Hosted once again in Houston, Texas, both events are packed with insightful sessions designed to make your manufacturing processes even more efficient.

From streamlining tax compliance to mastering inventory controls and embracing the power of AI, the user conference offers a look at how DELMIAWorks manufacturing ERP can empower your team and drive efficiency.

​​​​​​​DELMIAWorks User Conference Agenda Highlights

• Hear from DELMIAWorks executives on DELMIAWorks Product roadmap, strategic AI product initiatives and Customer of the Year announcement in the DELMIAWorks General Session.
• 45 (yes, 45) DELMIAWorks technical training sessions: tips and tricks and best practices for key areas spanning the entire manufacturing operation.
• Five-session hands-on workshop focused on the Quality management functionality within DELMIAWorks, including document control, inspections, ECOs, Corrective Actions, reporting and more.
• One-on-one DELMIAWorks Ask the Expert Sessions.

Our pick of the best DELMIAWorks sessions

DELMIAWorks and Avalara Integration – Tax Compliance Made Easy

Discover how the powerful integration between DELMIAWorks and Avalara simplifies and automates complex tax compliance for manufacturing and supply chain operations. See a live demonstration of AvaTax and learn how Exemption Certificate Management (ECM) seamlessly handles customer tax documentation, ensuring compliance and improving efficiency.

DELMIAWorks Certificate 1: Document Control and Workflow

Dive into the critical world of Document Control, the heart of any effective Quality Management System (QMS). This hands-on workshop will teach you the fundamentals of creating, organising, and maintaining essential QA documents, along with best practices for consistent and compliant document management using the DELMIAWorks QA Suite.

Navigating DELMIAWorks Implementation Together: A Proven Approach

Learn a structured, step-by-step framework for successful DELMIAWorks implementations. Gain practical insights into overcoming challenges, streamlining processes, and maximising collaboration with professional services to drive measurable improvements across your manufacturing operations.

DELMIAWorks Vision and Strategy

Get an exclusive look at how DELMIAWorks is reimagining and delivering a web-enabled EnterpriseIQ, bridging solutions within the Dassault Systèmes ecosystem and shaping future development based on customer portal ideas.

Supply Chain Wrangling: Mastering Inventory Controls

Stay ahead of volatile demand and rising costs with smart inventory controls. This advanced session explores real-world market challenges, such as balancing stockouts against excess inventory, visualising supply chain risks, and managing materials with long transit times in DELMIAWorks ERP.

DELMIAWorks Certificate 2: Managing Change in the Manufacturing Process

Effectively manage and document changes in your manufacturing operation to maintain quality compliance and operational integrity. This hands-on workshop explores DELMIAWorks tools for managing Deviations and Engineering Change Orders (ECOs), ensuring every product meets customer requirements.

DELMIAWorks Smart Invoicing: Boosting Efficiency Through Automation

Discover how to optimise invoicing through smart automation and proven efficiency tools, using DELMIAWorks ERP and third-party integrations. Streamline every step from invoice creation to sending, accelerating payment cycles and reducing errors.

DELMIAWorks Inventory Accuracy: Labeling, Lot and Serial Tracking and WMS

Build lot traceability and manage inventory transactions with best practices in labeling, lot and serial tracking, and warehouse management barcoding. Learn how to use DELMIAWorks tools to enhance inventory visibility and accuracy.

DELMIAWorks Sales Orders in Action: Improve Scheduling and Distribution

Optimise sales order processing with practical tips and tricks for DELMIAWorks ERP. This beginner-level session focuses on settings, parameters, and features that impact work order creation and distribution delivery, leading to more accurate work orders and improved delivery efficiency.

DELMIAWorks Smart Shop Floors: Scaling with Real-Time Connectivity

Explore best practices for building a connected shop floor. This advanced session discusses hardware and software considerations, use cases, and how connected environments drive faster decisions, reduce downtime, and enable scalable growth.

DELMIAWorks – From Query to Insight: Building BI Dashboards

Learn how to go from concept to a production-ready BI dashboard, accelerated by automated intelligence. This guided session will show you how to extract SQL queries, re-format and test them, connect to DELMIAWorks BI dashboards, and iterate layouts for data clarity.

Create a Robot Program with Robot Programmer

Join this hands-on session to learn the basics of creating robot programs using the Robot Programmer role. You’ll be able to review the interface, create programs for material handling and arc welding, and add logic for robot interaction.

DELMIAWorks EDI Simplified: All-in-One Integration and Demo

Experience how DELMIAWorks integrates EDI and ERP into a single platform. This session focuses on ease of use, built-in connectivity, and full-service support, with a live demo of seamless transaction flow.

DELMIAWorks Physical Inventory Best Practices

Learn essential strategies for conducting accurate and efficient inventory counts using DELMIAWorks ERP software. This informative session will help you streamline the physical inventory process and maintain optimal stock levels.

DELMIAWorks General Business, Product and Services Update

Open to all customers (and those thinking of implementing DELMIAWorks) this session features Devin Malone’s vision for DELMIAWorks, an update on customer support, and an exclusive first look at DELMIAWorks’ new native AI strategy and Dassault Systèmes’ AURA AI platform.

Devin is the Vice President of Worldwide Sales.

DELMIAWorks Certificate 3: When Production Goes Wrong and How to Deal with It

This hands-on workshop focuses on DELMIAWorks tools to identify, document, and resolve quality issues, covering internal findings and customer escapes. Explore end-to-end processes from managing customer returns to implementing Corrective Actions.

From Chaos to Clarity: Managing Production Disruptions

Regain control of your manufacturing operations when production doesn’t go as planned. This advanced session explores how DELMIAWorks ERP scheduling tools, resource visibility, and optimisation features can solve issues caused by labour, machines, and materials.

DELMIAWorks – Introduction to API: Extend, Connect, Evolve

Discover how APIs expand DELMIAWorks into the wider manufacturing business ecosystem. This session highlights real examples of how customers use the API Kit to connect data, improve visibility, and create solutions beyond “just” the core ERP system.

DELMIAWorks Smarter S&OP: Forecasting and Financial Modeling

Leverage the flexibility of DELMIAWorks ERP to streamline forecasting and budgeting processes. Easily model changes, evaluate “what-if” scenarios, and connect forecasting with operational execution to navigate volatile demand and rising costs.

DELMIAWorks Advanced Warehouse Management System Concepts and Strategies

Gain a solid understanding of how DELMIAWorks’ Advanced Warehouse Management (AWMS) optimises material handling and warehouse logistics. Learn the uses, requirements, and setup necessary for a successful AWMS implementation.

DELMIAWorks Certificate 4: Create Quality Inspections to Ensure Quality Production

This hands-on session covers the fundamentals of entering measurement devices into DELMIAWorks and building efficient and effective inspections. Learn about the In-Process Inspection tool for simpler data gathering on the production process.

DELMIAWorks Certificate 5: Inspection Fundamentals for Efficient Production

This hands-on workshop covers the gathering and processing of Inspection Data through DELMIAWorks Quick Inspection tools, and examining that data through Statistical Processes Control (SPC) for further insight into manufacturing processes.

Leveraging Plant Layout Design: Managing Large Assemblies

Learn how to easily leverage the 3DEXPERIENCE platform by using DELMIA Plant Layout Design to manage large assemblies for virtual factory layout and simulation.

DELMIAWorks – Connecting ERP with 3DEXPERIENCE Platform Analytics

Explore Factory Resource Intelligence on the 3DEXPERIENCE platform. Review available analytics, demonstrate how they solve real problems, and get a brief overview of migrating DELMIAWorks ERP to the 3DEXPERIENCE platform.

DELMIAWorks Robot Programming for the Shop Floor, A Practical Example

See a live demonstration of how Shop Floor Robot Programmer simplifies robot programming through a practical, real-world example. Learn to configure work cells, program end-of-arm tools, integrate welding torches, and automate stacking.

DELMIAWorks Shop Floor Mastery: Optimizing Parameters for Peak Performance

Unlock the full potential of your shop floor by fine-tuning work order, item, and shop floor parameters in DELMIAWorks. Discover practical tips and tricks to streamline processes, boost efficiency, and eliminate bottlenecks.

DELMIAWorks – Building Your Optimal Manufacturing Schedule

Discuss best tips and areas within DELMIAWorks to optimise your manufacturing schedule. Cover tooling and MRO, flexible scheduling, bottlenecks and dependencies, and capacity and resource planning.

DELMIAWorks – From Design Engineering to Manufacturing Planning to ERP

This session will cover the journey from design engineering through manufacturing planning to ERP, demonstrating the comprehensive capabilities of DELMIAWorks.

We hope this overview helps you plan your conference experience! Get ready to gain invaluable insights, learn best practices, and connect with industry leaders. See you in Houston!

Read previous articles about DELMIAWorks User Conference & 3DEXPERIENCE World events

Want to learn about other DELMIAWorks user conferences and Dassault events? Read these articles.

The post Unlock the Future of Manufacturing: DELMIAWorks User Conference & 3DEXPERIENCE World 2026 appeared first on Proximity Enterprise Solutions.

You only need to do a quick Google search to find dozens of news articles about ERP system implementations that have ended in acrinomy between manufacturer and software provider.

Despite modern manufacturing software tools and years of accumulated experience, failure rates remain stubbornly high across many industries. 

The reasons rarely lie in the technology itself. 

Instead, they stem from human, cultural, and organisational factors that no software package can fix.

Many companies approach ERP as a technical exercise—installing modules, migrating data, and training users—without confronting the deep process alignment and decision-making discipline such systems demand. 

Successful ERP implementations require leaders to view them as business redesign efforts, not IT upgrades. 

This shift demands honest conversations about project ownership, process standardisation and the willingness to let go of legacy habits that conflict with the new system’s structure. 

Without that level of commitment, the project will deliver software—but no improvement in performance, clarity, or coordination.

When implemented correctly ERP systems are simply indispensable. 

They promise streamlined manufacturing operations, improved efficiency, and better decision-making through access to and use of real-time production data. 

Yet, despite these promises, many manufacturers experience ERP implementation failures. 

Understanding why ERP systems fail is crucial for avoiding costly mistakes and ensuring successful deployment.

ERP System Implementation: a complex landscape 

Implementing an ERP system is a complex endeavor that requires meticulous planning and execution. 

The intricacies of manufacturing processes and the need for detailed configuration often lead to unforeseen challenges. In our experience, these are some of the top reasons why ERP systems fail for manufacturers:

Lack of Clear Objectives and Requirements

One of the most common pitfalls in ERP implementation is the absence of well-defined objectives and requirements. 

Without a clear understanding of what the ERP system is expected to achieve, manufacturers may find themselves with a solution that does not align with their needs. 

It’s essential to have a detailed list of objectives and requirements before selecting an ERP system.

Misalignment with Business Goals

Manufacturers often face challenges when the ERP system is not aligned with their strategic business goals. 

Are your strategic goals to increase revenues or profitability? 

Are you looking to achieve that by expanding into new product lines, for example automotive or medical devices? 

You may aim to increase gross profit margins? By adding cleanroom capabilities would that enable you to increase margins for instance?

Will your business goals also encompass improving operational efficiency or reducing costs by lowering defect rates? 

Making sure everyone in the decision making This misalignment can lead to investing time and resources into a system that doesn’t support long-term objectives. To avoid this, it’s crucial to involve key decision-makers in the planning process to ensure the ERP aligns with the company’s vision.

Incomplete Requirement Gathering

A thorough understanding of business processes and needs is vital, yet often overlooked.

 Incomplete requirement gathering can result in an ERP system that lacks critical functionalities.

Manufacturers should engage stakeholders from various departments to compile a comprehensive list of requirements, ensuring no essential feature is missed.

Overlooking Scalability Needs

As businesses grow, their ERP systems must be able to scale accordingly. 

Failing to consider scalability during the requirement phase can restrict future growth. 

It’s important to choose an ERP solution that not only fits current needs but can also adapt to increased demands and additional functionality as the business expands or, indeed, adapts to new market opportunities.

Inadequate Change Management

Change management is a critical component of any ERP implementation. 

Resistance to change can derail even the most well-planned projects. 

Employees may be reluctant to adopt new systems and processes, leading to underutilisation and, in worse case scenarios, complete project failure. 

Effective change management involves clear communication, training, and support to ensure a smooth transition.

Resistance to Change

Human nature often leans towards resistance when it comes to change, especially with established routines. 

Employees may fear the unknown or worry about job security with the introduction of new technology. 

Addressing these fears through transparent communication and involvement in the change process can ease the transition and ensure project buy-in.

Insufficient Training Programs

Effective training programs are essential to equip employees with the necessary skills to use the new ERP system. 

Training should be continuous and adaptable to different learning paces. 

Offering a variety of training formats, such as workshops, online modules, and one-on-one sessions, can accommodate diverse learning preferences within the workforce.

DELMIAWorks for instance, offers comprehensive online training and learning material to help your workforce get the most out of the software.

Lack of Ongoing Support

After initial training, ongoing support is critical to address any issues or questions that arise as employees interact with the new system. 

Establishing a dedicated helpdesk or support team can provide the necessary assistance to ensure employees feel supported and confident in using the ERP system.

Poor Data Quality and Management

ERP systems rely heavily on data. 

Poor data quality or ineffective data management can lead to inaccurate reporting and decision-making. Manufacturers must ensure that data is clean, accurate, and standardised before migrating it to the new system. 

Ongoing data management practices should be established to maintain data integrity.

Data Cleansing and Preparation

Before migrating data to a new ERP system, it’s crucial to cleanse and prepare it. 

This involves removing duplicates, correcting errors, and standardizing formats. 

Investing time and sufficient effort in data preparation can prevent costly mistakes and ensure the accuracy of reports generated by the ERP system.

Establishing Data Governance

Data governance involves setting up policies and procedures for data management. This includes defining roles and responsibilities for data entry, maintenance, and access. 

A robust data governance framework ensures consistency and reliability of data, which is essential for making informed decisions.

Continuous Data Quality Monitoring

Maintaining data quality is an ongoing process. 

Regular audits and quality checks can identify discrepancies and areas for improvement. Implementing automated tools for data monitoring can help catch errors early and maintain the integrity of the ERP system over time.

The Role of Vendor Support and Expertise

Choosing the Right ERP Vendor

Selecting the right ERP vendor is crucial for a successful implementation. 

Manufacturers should look for vendors with industry-specific expertise and a track record of successful implementations. 

It’s important to evaluate the vendor’s support services, including training and technical assistance, to ensure they can meet your needs.

Proximity Enterprise Solutions, is for instance, an award-winning implementation partner for DELMIAWorks with decades of experience in process manufacturing as well as manufacturing software.

Evaluating Vendor Expertise

When selecting an ERP vendor, it’s essential to evaluate their expertise in the manufacturing industry. 

This includes understanding the unique challenges manufacturers face and how the vendor’s solutions address these challenges. 

A vendor with a proven track record in the industry can provide valuable insights and tailored solutions.

Assessing Support Services

Support services play a significant role in the success of an ERP implementation. 

Manufacturers should assess the quality and accessibility of the vendor’s support services, including technical assistance, training, and customer service. 

Reliable support ensures that any issues can be quickly resolved, minimising disruptions.

Vendor-Client Relationship Management

Building a strong relationship with the ERP vendor is crucial for long-term success. 

This involves regular communication, feedback, and collaboration to ensure the ERP system continues to meet the evolving needs of the manufacturer. 

A proactive approach to relationship management can lead to enhanced support and continuous improvement.

Importance of DELMIAworks Support

DELMIAworks, a popular and market-leading ERP solution for process manufacturers, offers robust support services that can be instrumental in overcoming implementation challenges. 

Combining the manufacturing-specific nature of DELMIAWorks with the unrivalled expertise in manufacturing processes from Proximity, coupled with comprehensive support, can significantly enhance the success of an ERP implementation project and ongoing benefits. 

Accessing Expert Guidance

Proximity and DELMIAWorks provides expert guidance tailored to the manufacturing sector. 

By actively engaging with our technical and support teams, manufacturers can benefit from specialised knowledge and best practices that optimise the use of the ERP system. 

This expert guidance can be the difference between a smooth implementation and a challenging one.

Customisation and Configuration Support

Every manufacturer has unique needs that require a degree of customisation in their ERP system. 

Proximity offers DELMIAWorks support, customisation and configuration to align with specific business processes. 

This personalised approach ensures that the system is fully optimised for the manufacturer’s operations.

Continuous Improvement and Upgrades

Engaging with our dedicated DELMIAWorks support enables manufacturers to stay informed about system upgrades and new features. 

Regular updates and enhancements can provide additional functionalities and improve system performance. 

Staying current with these developments ensures that the ERP system remains a valuable asset to the business.

Real-Time Data and Decision-Making

One of the key benefits of ERP systems is the ability to access real-time data for informed decision-making. However, the failure to use this capability is a common reason for ERP failure.

Leveraging Real-Time Data

Manufacturers should focus on integrating real-time data into their decision-making processes. This involves setting up dashboards and reports that provide actionable insights into production, inventory, and financials. 

Training employees on how to interpret and use this data is essential for maximizing the benefits of the ERP system.

Creating Actionable Dashboards

Dashboards are a powerful tool for visualising real-time data. 

They should be designed to present key metrics and insights in a user-friendly format. Manufacturers can customise dashboards to highlight critical areas such as production efficiency, inventory levels, and financial performance, enabling quick and informed decision-making.

Training for Data Interpretation

Having access to real-time data is only beneficial if employees know how to interpret it. Training programs focused on data analysis and interpretation can empower employees to make data-driven decisions. Providing regular training sessions ensures that employees remain proficient in using the ERP system’s capabilities.

Integrating Data Across Departments

Real-time data should be integrated across all departments to provide a comprehensive view of the business. This integration breaks down silos and ensures that all departments are working with the same information. Cross-departmental collaboration in interpreting data can lead to more cohesive and strategic decision-making.

Overcoming Data Silos

Data silos, where information is isolated in different departments or systems, can hinder the effectiveness of an ERP system. 

It’s crucial to break down these silos and ensure seamless data flow across the organisation. 

This requires collaboration between departments and possibly integrating additional tools to facilitate data sharing.

Identifying and Addressing Data Silos

The first step in overcoming data silos is identifying where they exist within the organization. This involves mapping out data flows and pinpointing areas where information is not being shared effectively. 

Once identified, manufacturers can implement strategies to integrate these silos into the broader ERP system.

Facilitating Cross-Departmental Collaboration

Cross-departmental collaboration is essential for dismantling data silos. Encouraging communication and cooperation between departments can lead to a more unified approach to data management. 

Collaborative tools and regular inter-departmental meetings can foster an environment of shared information and collective problem-solving.

Implementing Integrated Tools

In some cases, additional tools may be necessary to facilitate data sharing and integration. Implementing integrated software solutions that complement the ERP system can ensure that data flows seamlessly across the organisation. These tools can bridge gaps between departments and enhance the overall effectiveness of the ERP system.

Conclusion: making sure your implementation DOES NOT fail

ERP systems hold immense potential for manufacturers, offering the promise of streamlined operations and enhanced decision-making. 

However, the path to successful implementation is fraught with challenges. By understanding the common reasons for ERP failure and adopting practical strategies, manufacturers can increase their chances of success. 

From setting clear objectives to engaging stakeholders and leveraging real-time data, a thoughtful approach to ERP implementation can unlock significant benefits for manufacturing operations.

Read these articles about ensuring ERP System success

The post Why ERP System implementations fail appeared first on Proximity Enterprise Solutions.

While manufacturing-specific Enterprise Resource Planning (ERP) and Manufacturing Execution Systems (MES) are now standard for running shop floors efficiently, true competitiveness begins earlier – in product design and engineering.

Proximity Enterprise Solutions is co-hosting a webinar with Dassault Systemes and DELMIAWorks, aimed at process manufacturers looking to streamline their operations. 

“Weaving the Digital Thread – Uniting PLM, ERP & MES for End-to-End Excellence” will provide attendees with an overview of how DELMIAWorks integrates with SOLIDWORKS.

Date: Thursday 18th September 2025

Time: 9:30 am BST / 10:30 CEST / 11:30 EEST

>> Register for the webinar

This event is designed to showcase the power of a unified digital thread, which connects Product Lifecycle Management (PLM), Enterprise Resource Planning (ERP), and Manufacturing Execution Systems (MES).

Attendees will see firsthand how the 3DEXPERIENCE Bridge (3DXBridge) connects SOLIDWORKS CAD models to the DELMIAWorks manufacturing ERP system.

During the session, there will be an opportunity to learn about the prerequisites and system requirements for this integration. 

There will also be a Q&A session to enable attendees to ask any they may have about maintaining data integrity, improving product quality and streamlining manufacturing operations.

This webinar is tailored for:

• Process manufacturing leaders seeking to digitise operations
• Engineering and operations teams wanting better alignment
• IT and ERP managers exploring system modernisation
• Business decision-makers focused on end-to-end operational excellence.

We have previously written about the benefits of DELMIAWorks ERP integration with SOLIDWORKS, but this webinar offers a unique opportunity to see the solution in action.

If you’re unable to attend the live session, the webinar will be recorded and shared with all registrants via email.

Join us to discover how this powerful integration can help you overcome manufacturing challenges and achieve end-to-end excellence.

More about DELMIAWorks as the SOLIDWORKS ERP solution:

The post Weaving the Digital Thread with Dassault Systèmes & DELMIAWorks appeared first on Proximity Enterprise Solutions.

Consumer products, textiles, packaging, construction, transportation and electronics to name but a few. Plastics are used in just about every sector, for instance:

• They’re used in the automotive and aerospace industry to cut weight and hence, reduce fuel consumption. 
• Plastics excellent strength to weight ratio, durability and corrosion resistance are used to full effect in the construction industry
• Hygienic, flexible and durable, plastics flexibility makes it the perfect choice for packaging.

But, what does the future hold for the plastics industry?

It is fair to say that the industry has been undergoing significant shifts over recent years.

Increasing concerns about plastics’ environmental impact. 

Sustainability.

Regulatory changes. 

In this article, we will explore the evolving landscape of the plastic industry and what it means for manufacturers.

The push for sustainability

Sustainability is no longer just a buzzword; it’s a, or even, THE driving force in the plastic industry. 

With growing awareness of the environmental impact of plastic waste, manufacturers are under pressure to adopt sustainable practices. 

This includes reducing plastic waste, increasing recycling efforts, and developing biodegradable alternatives.

We’ve written about sustainability a number of times within this blog – and how DELMIAWorks can help plastics manufacturers more sustainable including:

Learn how a plastic extruder, who manufactures custom profile and sheet extrusions, has used DELMIAWorks to drive their own sustainability story

Reducing Plastic Waste

Efforts to minimise plastic waste are at the forefront of the industry’s sustainability initiatives. 

Manufacturers are investing in technologies (hint: DELMIAWorks) that reduce waste during production and improve the efficiency of recycling processes. 

This not only helps the environment but also cuts costs associated with waste management.

Recycling and Biodegradable Alternatives

Recycling has become a key focus as the industry strives to create a circular economy. 

By developing new recycling technologies and encouraging consumer participation, manufacturers aim to reduce the amount of plastic ending up in landfills. Additionally, research into biodegradable plastics offers promising alternatives that can decompose naturally, reducing long-term environmental impact.

Learn more about ‘Simpler Recycling’ on the British Plastics Federation website.

Regulatory Changes and the Plastics Tax

Governments worldwide are implementing stricter regulations on plastic production and waste management. 

One significant development is the introduction of the plastics tax, which aims to discourage the production of non-recyclable plastics.

Understanding the Plastics Tax

The plastics tax is designed to incentivise manufacturers to use recyclable materials and invest in sustainable practices. 

Companies that fail to comply may face financial penalties, making it crucial for manufacturers to understand and adapt to these changes. 

This shift emphasises the need for manufacturers to incorporate sustainability into their business models to remain competitive.

We produced an article specifically about Plastic Packaging Tax and how to track recycled plastic usage in manufacturing with DELMIAWorks.

The Role of Technology in the Future of Plastics

Technology is playing a pivotal role in transforming the plastic industry. 

Innovations in manufacturing processes and materials are leading to more efficient production and less environmental impact.

Advanced Manufacturing Techniques

Manufacturers are increasingly adopting advanced manufacturing techniques such as 3D printing and automation. 

These technologies allow for more precise production, reducing material waste and energy consumption. 

Additionally, they enable manufacturers to experiment with new materials and designs that prioritise sustainability.

Real-Time Production Data and ERP Systems

Integrating real-time production data and ERP systems is crucial for manufacturers looking to improve operational efficiency and sustainability.

ERP systems help streamline processes, optimise resource allocation, and provide insights into production metrics. 

By using real-time data, manufacturers can make informed decisions that enhance product quality and reduce waste.

DELMIAWorks recently released details of more flexible options for manufacturers looking at software, including MES Systems only, ERP plus MES and manufacturing operations management only.

Challenges (and Opportunities) Ahead

The transition towards a more sustainable and efficient plastic industry presents both challenges and opportunities for manufacturers.

Overcoming Challenges

Plastics manufacturers face several challenges as they adapt to the evolving landscape. 

These include the initial costs of implementing new technologies, navigating complex regulations, and changing consumer expectations. 

However, by proactively addressing these challenges, manufacturers can position themselves as leaders in sustainability.

Schedule a brief discovery call with Tom Grigg, our Manufacturing Solutions Consultant to discuss your software and technology options.

Embracing Opportunities

The shift towards sustainability opens up new opportunities for manufacturers. By investing in research and development and advanced software technology, companies can create innovative products that meet consumer demand for environmentally friendly options.

Additionally, embracing sustainable practices can enhance brand reputation and attract environmentally conscious consumers.

Conclusion

The future of the plastic industry is being shaped by the demand for sustainability, regulatory changes, and technological advancements. 

Manufacturers must adapt to these changes to remain competitive and meet the growing expectations for environmentally responsible practices. By reducing waste, embracing new technologies, and leveraging real-time data, manufacturers can lead the way towards a more sustainable and efficient future for the plastic industry.

As the industry continues to evolve, manufacturers who prioritise sustainability and innovation will be best positioned to thrive in the changing landscape. 

By understanding the challenges and opportunities ahead, they can navigate the complexities of the industry and contribute to a more sustainable future.

The post What is the future of the plastic industry? appeared first on Proximity Enterprise Solutions.

With increasing pressure to enhance productivity, increase efficiency and maintain competitiveness, manufacturers must embrace digital transformation to streamline operations and reduce waste. 

The many benefits of paperless production floors

When ‘done right’, digital transformation can not only address current operational challenges but position manufacturers to take advantage of the latest – and future – technological development.

And, using a manufacturing ERP specialist and implementation partner such as Proximity Enterprise Solutions, for the digital transformation process can provide you with clear, actionable strategies to optimise production and improve quality, ultimately leading to a more efficient and effective operation. 

Moving to a paperless production floor involves adopting technology that streamlines processes, reduces errors, and enhances decision-making with real-time data. 

And, that’s before we even consider the financial implications of ‘going paperless’. It is estimated that organisations can save between 30-50% on document-related costs including expenses related to printing, storage, and paper handling.

At the same time, studies indicate that companies that implement paperless processes can improve productivity by as much as 20-30%, as employees spend less time handling and searching for documents.

In this article, we will explore how ERP systems, Manufacturing Execution Systems (MES), and lean manufacturing tools can facilitate this transformation. 

By integrating these systems, manufacturers can create a cohesive, integrated system that supports seamless communication and collaboration across all departments.

This approach ensures that every aspect of production is aligned with business objectives, leading to a more agile and responsive operation.

The Role of ERP Systems

ERP systems, especially those designed specifically for manufacturing, are pivotal in managing a paperless production floor. 

They integrate all facets of an operation, including production, planning, inventory management, and quality control, into a single, cohesive system. 

This comprehensive integration not only streamlines workflows but also enhances visibility across the organisation. 

By doing so, ERP systems eliminate the need for paper-based documentation, providing real-time data and analytics that are crucial for informed decision-making. 

With data-driven insights at their fingertips, managers can make proactive adjustments to improve efficiency and productivity.

Benefits of ERP Systems

Centralised Data: 

ERP systems centralise data, ensuring that all departments have access to the same information.

This eliminates discrepancies and ensures that everyone is, literally, working from the same ‘playbook’. 

With a unified, single source of the truth, collaboration becomes more effective, and decision-making processes are accelerated. 

Additionally, centralised data reduces the risk of errors associated with manual data entry and paper-based record-keeping.

Real-Time Production Monitoring: 

With an ERP, you can monitor production processes in real-time, identifying bottlenecks and inefficiencies as they occur. 

This immediate insight allows for quick corrective actions, minimising downtime. 

By addressing issues promptly, manufacturers can maintain steady production flows and meet delivery deadlines. Real-time monitoring also supports predictive maintenance strategies, further enhancing equipment reliability.

Improved Quality Control: 

ERP systems enhance quality control by tracking production data and identifying deviations from established quality standards. 

This proactive approach to quality management leads to fewer defects and higher customer satisfaction. 

By integrating quality management into the production process, ERP systems help maintain consistent product standards and reduce the risk of costly recalls or rework.

Implementing a Manufacturing Execution System (MES)

An MES system complements an ERP by providing detailed, shop-floor-level data and control. 

It bridges the gap between enterprise-level planning and production execution, ensuring that production processes align with business objectives. 

This alignment is crucial for maintaining operational efficiency and achieving strategic goals. 

MES systems facilitate seamless communication between the shop floor and management, enabling a more responsive and adaptive production environment.

Key Features of MES

Real-Time Production Monitoring: 

MES systems provide real-time visibility into production, allowing managers to track progress and identify issues immediately. 

This visibility empowers managers to make informed decisions that optimise production schedules and resource allocation. 

By having a clear view of operations, manufacturers can respond swiftly to changes in demand or unforeseen disruptions.

Process Optimisation: 

By analysing production data, an MES identifies opportunities for process improvements, reducing waste and enhancing efficiency. 

Continuous process optimisation supports lean manufacturing principles and contributes to a culture of continuous improvement. By eliminating non-value-added activities, manufacturers can focus on delivering high-quality products at lower costs.

Traceability and Compliance: 

MES systems offer full traceability of materials and processes, ensuring compliance with industry standards and regulations. 

This traceability is essential for maintaining product integrity and meeting customer expectations. 

By capturing detailed production records, MES systems support audits and help manufacturers demonstrate compliance with regulatory requirements.

Steps to move to a paperless production floor

Follow these steps to move your operations towards a paperless environment. You may want to use these steps in conjunction with the format suggested in our article about writing a business case for an ERP system.

Step 1: Assess Current Processes

Begin by assessing your current production processes and identifying areas where paper is heavily used. 

This could include work orders, quality checklists, and inventory tracking. 

Conducting a thorough analysis will help identify opportunities for digital transformation and prioritise areas for improvement. 

Understanding current workflows is essential for designing effective digital solutions that address specific operational needs.

Step 2: Choose the Right Technology

Select an ERP and MES that align with your business needs. 

Consider factors such as scalability, ease of use, and integration capabilities. 

It’s important to choose systems that can grow with your organisation and adapt to changing business requirements. 

Engage stakeholders from different departments in the selection process to ensure that the chosen technology meets the needs of all users.

Step 3: Implement Lean Practices

Adopt lean manufacturing tools to streamline processes and eliminate waste. 

This will complement the digital transition by ensuring that processes are optimised. 

Lean practices help create a foundation for digital transformation by establishing efficient workflows that can be easily digitised. 

By integrating lean principles with digital tools, manufacturers can maximise the benefits of both approaches.

Step 4: Train and Engage Employees

Employee buy-in is crucial for a successful transition. 

Provide training on new systems and involve employees in the decision-making process to ensure a smooth transition. 

Effective training programs should focus on both technical skills and the benefits of digital transformation. 

By engaging employees and addressing their concerns, manufacturers can foster a positive attitude towards change and encourage active participation in the transition process.

Step 5: Monitor and Optimise

Once the systems are in place, continuously monitor performance and make necessary adjustments. 

Use real-time data to drive continuous improvement initiatives. 

Regular performance reviews and feedback loops help identify areas for further optimisation and ensure that systems continue to meet evolving business needs. 

By embracing a culture of continuous improvement, manufacturers can sustain the benefits of digital transformation and remain competitive.

Overcoming potential challenges

Transitioning to a paperless production floor is not without challenges. 

Resistance to change, initial setup costs, and the learning curve associated with new technology can pose significant hurdles. 

However, these challenges can be mitigated with proper planning, employee engagement, and a focus on long-term benefits. 

Clear communication and a strategic approach to change management are essential for addressing resistance and building support for the transition. 

By highlighting the benefits of digital transformation and providing ongoing support, manufacturers can overcome obstacles and achieve their paperless production goals.

Conclusion

Achieving a paperless production floor is a strategic move that offers numerous benefits, including increased efficiency, improved quality, and better decision-making. 

By using the many (established) benefits of a manufacturing ERP, MES systems and associated manufacturing software tools, businesses can transform their operations into a streamlined, digital-first environment. 

This transformation not only enhances current operations but also prepares manufacturers for future challenges and opportunities in the industry.

As a manufacturing manager, business analyst, or ERP consultant, understanding and implementing these strategies will not only enhance operational efficiency but also position your organisation for future success in an increasingly competitive market. 

By focusing on real-time data and continuous improvement, you can ensure that your production floor remains agile, responsive, and ready to meet the demands of tomorrow. 

Embrace the digital revolution and lead your organisation towards a more sustainable and prosperous future!

Have a chat about paperless production

If you’d like to have a chat about going paperless on your shop floor, you can contact our manufacturing ERP experts.

Alternatively, you can schedule a discovery call with Tom Grigg, our Manufacturing Solutions Consultant for DELMIAWorks to explore the ‘art of the possible‘ (absolutely free of charge and with no obligation).

You can access his calendar and select a date for your discovery call.

Tom has over 15 years experience in manufacturing, five of which involved working for a plastics processor. He has experience on both sides of the fence: evaluating, choosing, and implementing ERP systems as a manufacturer, as well as implementing ERP solutions to manufacturing companies.

Connect with Tom on LinkedIn

Read more about digital transformation & a paperless shop floor

The post How You Can Achieve a Paperless Manufacturing Production Floor appeared first on Proximity Enterprise Solutions.

As the market demands shift and technology evolves, organisations need to ensure that their processes are streamlined and capable of adjusting to new challenges. 

This emphasis on being efficient and adaptable allows manufacturers to stay competitive and responsive to the needs of their customers.

Recognising that a “one-size-fits-all” approach no longer serves the diverse needs of modern manufacturers, DELMIAWorks manufacturing ERP has announced new, flexible pricing structures for its industry-leading ERP and MES systems.

This innovative approach ensures that businesses can access the precise tools they need to optimise operations, without having to pay for features they don’t.

Whether you’re a rapidly scaling enterprise, a multi-site operation, or a company seeking tighter control on the shop floor, DELMIAWorks now offers packages designed to empower your growth and efficiency.

“Our new flexible DELMIAWorks pricing packages truly empowers manufacturers to select the exact tools they need for their growth and efficiency, ensuring they only pay for the features that directly benefit their operations.”

Tom Grigg, Manufacturing Solutions Consultant (connect with Tom on LinkedIn)

1. Fully Integrated ERP & MES System: Unify Your Operations

For manufacturers ready to consolidate and streamline their entire operation under one powerful system, the Fully Integrated ERP & MES System offers a comprehensive solution.

This package encompasses everything from accounting and inventory to the intricate processes of the plant floor.

• Includes: A full suite of manufacturing, inventory, supply chain, finance, shop floor operations, production monitoring, as well as robust reporting, communication, and workflow functions.
• Ideal for: Scaling manufacturers aiming for faster growth and greater overall efficiency. This package seamlessly handles multi-site operations, providing a holistic view of your business.

Learn more about the key DELMIAWorks features.

2. MES System ONLY: Master Your Shop Floor

For businesses that require enhanced real-time production visibility, shop floor control, and precise production scheduling, the MES System ONLY package is the perfect fit. 

This option allows you to integrate seamlessly with your existing ERP software, focusing solely on optimising your production environment.

• Includes: Real-time production and process monitoring, advanced production planning and scheduling, OEE (Overall Equipment Effectiveness) analysis, comprehensive quality management, and MRP (Material Requirements Planning).
• Ideal for: Manufacturers whose primary goal is to achieve superior shop floor control and detailed production monitoring without the need for additional back-office modules.

Learn more about the basics of manufacturing execution systems.

3. MOM System ONLY: Comprehensive Operational Management

The Manufacturing Operations Management (MOM) System ONLY option provides full functional control over your manufacturing processes, excluding financial modules. 

This package is designed to integrate effortlessly with your current accounting system, offering a powerful operational solution.

• Includes: All the core manufacturing, inventory, supply chain, shop floor operations, production monitoring, reporting, communication, and workflow functions found in the ERP & MES suite, but without the financials.
• Ideal for: Manufacturers who have an established or prescribed accounting system and wish to enhance their operational management capabilities with DELMIAWorks’ robust features.

Read this article to learn more about the basics of manufacturing operations management.

Empowering Your Manufacturing Future with DELMIAWorks

With these flexible new pricing tiers, DELMIAWorks is committed to providing smart manufacturing software choices for smart manufacturers. 

The goal is to ensure that businesses of all sizes can harness the power of an integrated ERP and MES system, or a dedicated MES / MOM solution, precisely tailored to their unique needs and budget.

Ready to transform your manufacturing processes? 

Schedule a brief discovery call to explore how the new DELMIAWorks pricing packages can help you manage your manufacturing processes efficiently.

The post Smarter Manufacturing: DELMIAWorks Pricing Introduces Flexible ERP & MES Systems to Fit Your Needs appeared first on Proximity Enterprise Solutions.

You’re not simply keeping up with production demands, you’re optimising processes, improving product quality and, if you’re able, using production monitoring technology to access real-time insights into shop floor performance.

Maybe your business is looking to implement a new manufacturing software application, or it is considering replacing an existing system that’s not quite providing the efficiency it is looking for. 

Whatever the scenario, you’ve probably been asked to put together a business case to justify the investment.

But, the big question is: Where do you start?

This guide aims to provide a framework for that ERP software business case, including the areas you may need to consider and the type of questions you need to ask.

Having the right industry and process specific manufacturing ERP and MES System can deliver significant operational improvements, including (but, certainly not limited to):

• Enhanced Production Planning: ERP systems provide tools for better forecasting and manufacturing planning, which in turn helps manufacturers optimise their production schedules.
• Improved Quality Control: By monitoring production processes in real-time, the right ERP systems help maintain high-quality product standards and reduce waste. This becomes even more important in high compliance environments.
• Consolidating business functions: ERP systems consolidate vital business functions like inventory management, order processing, and production scheduling into a single platform. Having a ‘single source of the truth’ enhances collaboration and efficiency. 
• Real-time data access: With ERP and MES systems, manufacturers can access real-time data, which is crucial for making informed decisions quickly and effectively.

Structuring your ERP system business case

There are, of course, many ways you can structure your ERP system business case. 

Whatever structure you choose, it is vitally important to present the information in a clear and concise way so that the people making the ultimate decision on selecting the software can quickly and easily understand the benefits of investment. 

This article is merely a suggested framework. 

Feel free to copy, paste and edit the sections and any suggested content as you see fit.

If you’d like to discuss the ‘art of the possible‘ for an implementation, Tom Grigg, our Solutions Architect for DELMIAWorks is more than happy to schedule a call (absolutely free of charge and with no obligation). You can access his calendar and select a date for your discovery call.

Tom has over 15 years experience in manufacturing, five of which involved working for a plastics processor. 

He has experience on both sides of the fence: evaluating, choosing, and implementing ERP systems as a manufacturer, as well as implementing ERP solutions to manufacturing companies.

Executive Summary

Your ‘Executive Summary’ briefly outlines the current challenges and your proposed solution (your chosen ERP & MES System) and the key benefits implementing the software solution will deliver (quantified where possible).

You should include a high-level financial overview to support the investment.

Introduction

Provide background on your business, your current manufacturing operation and the objectives for the business case.

It is also important to explain why the investment in new manufacturing is critical now.

Your business or industry might be facing increased competitive pressure, or it might have growth objectives that are achievable with the current ‘tech stack’. 

There might be new compliance regulations or you’re recommending moving into manufacturing products that deliver a higher margin, but come with increased compliance.

Rising material costs might be reducing margins or customers are demanding shorter lead times, whatever the reasons, you need to highlight these in your final report.

Current situation: Where are we now?

Detail the ‘as is’ state of the operation. Layout the pain points and inefficiencies as you see them. 

Some of the key challenges we see in other manufacturing businesses include:

• Data fragmented across the operation: production data, inventory levels, order status and quality metrics ‘live’ in multiple spreadsheets or software applications. This leads to inconsistencies and delayed reporting.
• Lack of real-time visibility from the shop floor: an absence of real-time production monitoring makes it difficult to identify bottlenecks, machine downtime or quality deviations quickly.
• Inefficient production planning & scheduling: manual or semi-manual scheduling of machines is complex, error-prone, and struggles to adapt to urgent changes or unexpected issues. This results in inefficient machine utilisation and missed delivery dates.
• Poor inventory management: inaccurate stock levels lead to overstocking (tying up capital) or understocking (causing production delays and rush orders for raw materials or components).
• Quality control gaps: manual data collection for quality checks delays identification of process issues and limits comprehensive traceability from raw material to finished product.
• High operational costs: inefficiencies in staffing, material waste, excessive downtime and rework contribute to higher manufacturing costs.
• Limited scalability: current systems cannot easily support increased production volumes, new product introductions or expansion into new markets and / or production processes.
• Poor customer satisfaction: inaccurate lead times and missed delivery dates negatively impact customer relationships.
• Inaccurate job costing: challenges capturing the true costs of labour, materials and energy costs etc. per job means costing projects is difficult.
• Limited capacity planning: not being able to accurately understand machine and / or labour capacity leads to either over-commitment or underutilisation.
• Traceability issues: challenges in tracing raw materials through production to finished goods, which is especially important for heavily regulated industries.
• Maintenance issues: a lack of insights into machine performance and uptime leads to reactive maintenance and disrupted production schedules.

Defining project objectives & aligning with strategic goals

Here’s your opportunity to define what the implementation of a new ERP & MES system is going to achieve. Example objectives (that can also be used to evaluate shortlisted solutions) could include:

• Reduce production lead times by X% within Y months.
• Improve on time delivery performance to X%.
• Decrease material waste by X%.
• Increase overall equipment effectiveness (OEE) by X%.
• Improved data accuracy for costing and forecasting by X%.
• Real-time shop floor visibility of all production orders.

We would also suggest documenting how the implementation project will also align with your company’s wider strategic goals. 

Proposed solution

Now is your opportunity to introduce your proposed ERP and MES system.

An integrated solution will ensure seamless data flow from the top floor to the shop floor and back, enabling informed decision-making and automated processes.

Example use cases

This section can be used to detail specific pain points and illustrate how the new system will address them. The following are examples we have seen at other plastics manufacturing companies.

Optimising Production Planning and Scheduling

Scenario: a new large order is received from a key customer. The order requires specific injection moulding tooling and machine capacity.

Current issue: your business relies on legacy software, spreadsheets or whiteboards, which leads to errors, conflicts and an inability to react quickly to changes.

New ERP/MES functionality: the software will assess available capacity (machines, moulds, labour), raw material stock, and existing order commitments. It will then generate an optimised production schedule, considering tooling changeovers, preventative maintenance, and lead times.

Benefit: Reduced scheduling conflicts, minimal downtime between jobs, improved on-time delivery and a satisfied customer.

Real-time Production Monitoring & OEE Tracking

Scenario: A specific injection moulding machine experiences an unexpected fault, leading to downtime.

Current issue: Reactive maintenance due to lack of insights into machine performance and uptime.

New ERP/MES Functionality: sensors on the machine automatically report its status to the MES System. Operators can log reasons for downtime directly into the system. The MES calculates OEE (Overall Equipment Effectiveness) in real-time for each machine and line.

Benefit: Immediate identification of production issues, reduced downtime, accurate OEE metrics for continuous improvement initiatives, and better resource allocation.

Quality Management & Traceability

Scenario: a batch of plastic pellets used in production is suspected of being defective, and several finished parts from that batch fail quality checks.

Current issues: manual recording of quality checks, difficulty in tracing defects to specific batches or processes.

New ERP/MES Functionality: the system will track raw material batches from receipt through consumption, linking them to specific production orders, machines, and finished product batches. Quality control parameters are defined in the MES, and operators record inspection results directly. Non-conformance reporting and corrective action workflows are integrated.

Benefit: Enhanced product quality, full traceability (forward and backward), faster root cause analysis for defects, reduced scrap and rework.

Inventory and Materials Management

Scenario: the production team needs to know the exact quantity and location of a specific type of resin for an urgent order.

Current issues: Discrepancies between physical and recorded inventory, resulting in stockouts, overstocking, and production delays.

New ERP/MES Functionality: real-time inventory updates upon receipt, consumption, and finished goods production. Batch/lot tracking, expiry date management, and automated reorder points for raw materials and components.

Benefit: minimise inventory holding costs, reduced stockouts, improved material flow, and accurate inventory valuation.

Financial job costing

Scenario: the finance department needs to understand the true cost of producing a specific component.

Current issues: Difficulty in capturing true labour, material and overhead costs per job.

New ERP/MES Functionality: all operational data (material consumption, labour time, machine costs, scrap rates) flows into the ERP’s financial modules, enabling accurate job costing, variance analysis, and financial reporting.

Benefit: More accurate product costing, better financial forecasting, and improved profitability analysis.

Commercial details

In this section, provide information on the commercial aspects of implementing the new ERP & MES system, for example: 

• Software Licensing: initial purchase and recurring fees.
• Hardware: servers, network infrastructure, shop floor terminals/tablets.
• Implementation services: consultancy, configuration, data migration, integration.
• Training: user training for all departments.
• Ongoing maintenance & support: Annual fees and internal IT resources.

Benefits & Return in Investment

Providing expected return on investment plus benefits and advantages post implementation should be detailed in this section. Examples of tangible benefits may include:

Reduced Operational Costs

• Decrease in material waste/scrap by X% due to improved quality control, real-time process monitoring, more efficient production scheduling, etc.
• Reduction in inventory holding costs by X% due to accurate inventory management, reduced stockouts/overstocking, improved forecasting, etc.
• Lower labour costs by X% due to increased efficiency, reduced manual data entry, lights-out production, etc.
• Savings from reduced machine downtime/maintenance costs by X%.

Improved Efficiency and Productivity

• Increase in Overall Equipment Effectiveness (OEE) by X%.
• Reduction in production lead times by X%.
• Improvement in throughput by X%.
• Faster and more accurate order processing and invoicing cycles.

Enhanced Quality and Compliance

• Decrease in customer returns / warranty claims by X%.
• Reduced cost of poor quality (i.e. rework, scrap) by X%.
• Real-time production and process monitoring with alerts when machines deviate from pre-configured tolerances.
• Easier compliance with industry standards (i.e. ISO 13485,  ISO 9001, GXP, etc.) due to robust traceability and data logging.

Better Decision Making

• Access to real-time, accurate data for strategic and operational decisions.
• Improved forecasting and demand planning.
• Accurate job costing for better pricing strategies and profitability analysis.

Slightly more difficult to document in your business case are the intangible benefits of a new system. In our experience, though, other manufacturers have reported the following benefits:

• Improved on-time delivery, higher quality products, better responsiveness leads to increased customer satisfaction.
• Reduced frustration from manual tasks, clearer work instructions, access to advanced manufacturing software tools improves employee morale.
• Ability to respond to market changes, take on new orders, optimise production, meet strict quality standards increases competitiveness.
• Ability to support future growth and expansion.
• Centralised and secure data management breaks down data silos and improves security.
• Reduce reliance on ‘tribal knowledge’, improve disaster recovery capability for operational data and deal with external events (i.e. the Covid pandemic).

Project Approach and Implementation Plan

In this section of your business case, outline the expected implementation plan and approach your chosen solution provider has outlined.

We would also suggest defining who will be involved in the project both internally and externally so that you can get ‘buy in’ and the necessary resources as soon as possible.

Also within this section, you’ll need to detail the resource requirements, i.e. your internal project team, external consultants and budget allocation.

We would recommend including information on how you will communicate the new system to your company as a whole and ensure key stakeholders are kept updated on progress throughout.

You should also include a high-level project timeline with key milestones. A phased approach, for example, may look include the following stages: 

• Phase 1: Planning & Discovery: requirements gathering and detailed scope definition.
• Phase 2: Design & Configuration: system setup, process mapping, data migration strategy.
• Phase 3: Development & Integration: configuration, integration with existing machinery and development of integrations with other systems (if required).
• Phase 4: Testing & Training: user acceptance testing (UAT), comprehensive training for all users. 
• Phase 5: Go-Live & Post-Implementation Support: system launch, ongoing support, continuous improvement.

Mitigating project risks

You don’t need to search far before you read of ERP implementation projects that have failed. In this section, provide details of common risks and how you propose mitigating those risks, for example:

High Cost / Budget Overruns 

• provide detailed budgeting
• adopt a phased implementation process
• ensure strong vendor and implementation partner management
• and plan for contingencies.

User Resistance / Adoption Issues

• Ensure stakeholders are involved as early as possible and engaged in the process throughput
• Plan for comprehensive training
• Clear communication channels 
• Appoint project champions.

Data Migration Errors

• Thorough data cleansing before starting migration
• Validation of all data
• Phased migration
• Robust backup plans.

Scope Creep

• Clearly defined project scope, change management process.

System Downtime / Disruptions

• Phased rollout
• Pilot programs
• Robust internal testing
• Strong vendor and implementation partner support.

Integration Challenges: 

• Detailed integration planning
• Employ experienced integrators
• Ensure the application has open APIs.

Vendor and partner lock-in

• Thorough due diligence on vendor and partner reputation / experience
• Scalability capabilities
• Regular updates and release cadence
• Long-term support.

Conclusion and Recommendation

Implementing a new ERP and MES system is not just an IT project. Done right, it is a fundamental business transformation initiative. Use this section to reiterate the value your project and chosen vendor will deliver.

Formally recommend the selection and implementation as a critical investment for the company’s future success, competitiveness and profitability.

Finally, detail suggested next steps for the project, for example:

• Approval for vendor selection
• Selection of recommended implementation partner
• Detailed budget.

And, that’s it. We hope our framework for the business case enables you to get your project approved.

If you’d like to discuss your business case in more detail, we’re more than happy to chat!

Once you’ve written your business case and the project has been signed off, you might want to refer to this article with practical tips on driving ERP Software adoption.

Whilst these articles might prove useful for understanding more about manufacturing ERP and MES Systems:

The post Building a business case for a manufacturing ERP & MES System appeared first on Proximity Enterprise Solutions.

Integrating your enterprise resource planning (ERP) system with your design tools is crucial for streamlining operations, improving product quality and maintaining data integrity.

With the introduction of the 3DEXPERIENCE Bridge (3DXBridge), manufacturers can now connect the 3DEXPERIENCE platform with the DELMIAWorks manufacturing ERP system.

3DXBridge creates a ‘single source of truth’ throughout the product lifecycle. It connects data from a SOLIDWORKS CAD model to the engineering BOM and the manufacturing BOM. 

You can then effortlessly allocate materials and manage the manufacturing process from within DELMIAWorks ERP. DELMIAWorks has a built-in MES system that gives real-time data from the shop floor. This helps identify issues in the original design. Any necessary adjustments can then be applied to the next production run.

What is DELMIAWorks ERP?

DELMIAWorks, formerly known as IQMS, is an ERP system designed specifically for manufacturers. It manages everything from inventory and production to finance and customer relations, providing a comprehensive solution for operational management.

What is SOLIDWORKS?

SOLIDWORKS is a powerful 3D CAD design software used by engineers and designers worldwide. It allows for the creation of detailed digital models, aiding in the design and development of products.

Understanding the design to manufacturing process

Now that we have defined each software product, we can explore what it means to integrate the two applications. 

As we can see in the diagram, manufacturers are able to not only use a design, plan and then manufacture, but also incorporate a feedback loop to constantly improve the initial design.

Design with SOLIDWORKS

Connecting SOLIDWORKS to DEMIAWorks saves manufacturers significant time savings during the design to engineering process. 

As we are using the same information in SOLIDWORKS and in DELMIAWorks, we can ensure data accuracy and consistency throughout.

You’ll be able to create your design in SOLIDWORKS and then transpose your engineering Bill of Materials (eBOMs) to your manufacturing Bill of Materials (mBOMS).

Plan production in DELMIAWorks

From here, DELMIAWorks can be used to allocate materials needed to complete manufacture of the parts.

You can also ensure the right equipment, tooling and shop floor capacity is available to complete production on time and in full. 

DELMIAWorks can also be used to manage the supply chain of raw materials and you can also use its inbuilt forecasting tools to calculate costs.

Manufacturing with real-time visibility

DELMIAWorks’ fully embedded MES Systems provides real-time visibility and production monitoring from the plant floor.

You can capture information about cycle times, capture process information from any machine, work centre or assembly line and track every part through production as they are made. 

This information is then applied to the shop orders and updated automatically in DELMIAWorks.

Refining designs to improve quality & efficiency

As DELMIAWorks ERP is based on a single database, the software is your ‘single source of the truth’. Using the 3DXBRIDGE, effectively joins SOLIDWORKS to this single database.

You are now able to analyse the data captured from your manufacturing process (materials consumed, labour used, machine capacity and cycle times etc.) and identify any issues caused by your initial design.

Once that analysis has been completed, you’ll be able to make any modifications to ensure BOMs and production schedules are more accurate and efficient for future cycles through the loop.

Learn more about the SOLIDWORKS to DELMIAWorks integration 

Integrating DELMIAWorks ERP with SOLIDWORKS through 3DXBridge offers numerous benefits for manufacturers. 

Proximity Enterprise Solutions is partnering with DELMIAWorks and Dassault Systemes to enable visitors to the Smart Factory Expo to learn more about the integration.

The expo will be held at the NEC in Birmingham from 4-5 June 2025. It will showcase the top smart manufacturing solution vendors all in one event.

>> Register for the Smart Factory Expo today

Visit the DELMIAWorks ERP and Proximity Enterprise Solutions at booth 5/K182.

If you’re unable to attend, but still want to learn more, why not contact us about the 3DXBRIDGE and how it can improve your design to manufacturing processes?

More about SOLIDWORKS & DELMIAWorks ERP

Read these articles to learn more about DELMIAWorks as SOLIDWORKS’ ERP System:

The post DELMIAWorks ERP integrates with SOLIDWORKS appeared first on Proximity Enterprise Solutions.

Taking place at the NEC, Birmingham from 4-5 June 2025, the expo brings together the most innovative manufacturing technology providers in one event.

In a powerful collaboration, Proximity Enterprise Solutions in partnership with DELMIAWorks and Dassault Systemes will be demonstrating the latest advancements in smart manufacturing technology and enterprise solutions on stand 5/K182.

We will be sharing insights into how DELMIAWorks ERP & MES System and SOLIDWORKS can help transform manufacturing operations, enhance productivity, and drive innovation. 

Attendees can expect to see live demonstrations of DELMIAWorks’ production monitoring capabilities and be able to engage with our team of experts who are ready to answer questions and provide valuable insights.

What to Expect

Visitors to our stand will have the opportunity to:

• Witness first hand demonstrations of DELMIAWorks production monitoring capabilities
• Understand the benefits of an integrated manufacturing ERP and MES System with SOLIDWORKS
• Explore how combined technologies can revolutionise manufacturing processes and drive the smart factory of the future
• Learn more about the Proximity Enterprise Solutions as primary reseller and implementer for DELMIAWorks in Europe.
• Engage with our knowledgeable team and learn about tailored solutions to meet specific manufacturing needs.
• Discover strategies for enhancing efficiency, reducing costs, and improving overall operational agility.

Interested in more content about smart factories and smart manufacturing?

Check out the links below for more relevant articles.

The post Proximity Enterprise Solutions Gears Up for Smart Factory Expo with DELMIAWorks & Dassault Systemes appeared first on Proximity Enterprise Solutions.

It encompasses everything from the initial planning of resources to the delivery of the final product.

The primary objective of MOM is what could be described as the holy trinity for manufacturers:

• Optimise production efficiency
• Improve product quality
• Reduce operational costs.

By effectively managing these areas, manufacturers can ensure that their production lines are not only efficient but also agile enough to respond to market demands.

Manufacturing Operations Management covers various aspects, such as production scheduling and planning, quality management, and equipment maintenance. Each of these components plays a critical role in the overall success of manufacturing operations.

Key Components of MOM

• Production Management: This involves the planning, coordination, and control of manufacturing processes. The goal is to produce goods efficiently, at the right cost, and with high quality. Effective production management ensures that manufacturing resources are used optimally, reducing waste and increasing throughput. It also involves the continuous assessment and adjustment of production schedules to meet changing demands and minimise downtime.
• Quality Management: Ensures that products meet certain standards and specifications. It’s essential for maintaining customer satisfaction and compliance with regulations. Quality management systems help in identifying defects and implementing corrective actions promptly. This proactive approach not only improves product quality but also enhances brand reputation and customer trust.
• Inventory Management: Involves tracking raw materials, work-in-progress, and finished goods to ensure that production runs smoothly without delays due to shortages. Efficient inventory management reduces holding costs and minimises the risk of stockouts. It also facilitates better demand forecasting and supply chain coordination, which are crucial for just-in-time production strategies.
• Performance Analysis: Involves monitoring and evaluating production processes to identify areas for improvement. This component focuses on collecting and analysing data to drive continuous improvement initiatives. By identifying bottlenecks and inefficiencies, manufacturers can implement targeted strategies to enhance productivity and reduce operational costs.

The Role of Real-Time Data in MOM

The integration of real-time data into manufacturing operations is something we’ve been advocating for a number of years (and is entirely possible with DELMIAWorks ERP and MES System).

It allows managers to make informed decisions quickly and respond to issues as they arise, minimising downtime and enhancing productivity.

Real-time data provides a dynamic view of the production floor, enabling proactive management of resources and processes. This immediate access to information helps in maintaining optimal production conditions and quickly addressing any deviations from the norm.

Benefits of Real-Time Data

• Improved Decision Making: Access to real-time data helps managers make quick and accurate decisions. By having up-to-date information at their fingertips, managers can better allocate resources, schedule maintenance, and adjust production plans to meet demand fluctuations. This agility is crucial for staying competitive in fast-paced markets.
• Enhanced Productivity: By identifying bottlenecks and inefficiencies, companies can streamline operations and improve output. Real-time data allows for the continuous monitoring of production processes, enabling quick identification of areas that require attention. This proactive approach leads to more efficient operations and higher overall productivity.
• Reduced Downtime: Real-time monitoring can alert managers to potential issues before they cause significant disruptions. Predictive analytics, powered by real-time data, can forecast equipment failures and maintenance needs, reducing unplanned downtime. This not only saves costs but also ensures that production schedules are met without delays.

Differences Between MOM and ERP Systems

While MOM and ERP systems are often discussed interchangeably, they serve different purposes within a manufacturing environment.

Understanding these differences is crucial for optimising your production processes.

MOM focuses on the intricacies of the manufacturing process itself, while ERP systems offer a broader perspective on business operations. Each has its unique strengths, and their combined use can provide a comprehensive solution for managing manufacturing operations.

ERP Systems

Enterprise Resource Planning (ERP) systems are comprehensive software solutions designed to manage and integrate core business processes. They provide a centralised platform for managing finances, supply chain, operations, reporting, manufacturing, and human resources.

ERP systems are instrumental in ensuring that all aspects of the business are aligned and that information flows seamlessly across departments. This integration helps in reducing operational silos and improving overall business efficiency.

Distinguishing MOM from ERP

• Focus: MOM is specifically focused on the manufacturing floor, ensuring production efficiency and quality. In contrast, ERP systems cover a broader range of business functions beyond just manufacturing. This difference in focus means that MOM systems provide more detailed insights into production processes, while ERP systems offer a bird’s-eye view of the entire organisation.
• Functionality: MOM systems provide detailed insights into production processes, such as machine performance and quality control. ERP systems, however, offer a macro perspective, integrating various business processes across departments. This distinction makes MOM systems more suitable for addressing specific manufacturing challenges, while ERP systems are better for overarching business management.
• Integration: While MOM systems can operate independently, they are often integrated with ERP systems to provide a holistic view of both operational and business data. This integration ensures that decisions made on the manufacturing floor are informed by overall business strategies and objectives. It also facilitates better coordination between different departments, leading to more cohesive operations.

Integration of Modern Manufacturing Systems

The integration of advanced manufacturing systems like DELMIAWorks can enhance the functionality of MOM and ERP systems.

DELMIAWorks offers a robust suite of tools that facilitate the seamless operation of manufacturing processes.

By integrating these systems, manufacturers can achieve greater efficiency and flexibility in their operations. This integration enables a unified approach to managing production and business operations, leading to improved outcomes.

Benefits of Integrating DELMIAWorks

• Comprehensive Overview: Offers a unified platform that combines MOM and ERP functionalities, providing a complete view of production and business operations. This comprehensive overview allows for better strategic planning and decision-making, as all relevant information is accessible in one place. The integration streamlines communication between the shop floor and management, leading to more effective coordination.
• Enhanced Efficiency: Streamlines manufacturing processes by offering real-time insights and predictive analytics. This leads to better resource allocation, reduced waste, and optimised production schedules. Manufacturers can quickly adapt to changes in demand and production conditions, maintaining high levels of efficiency and productivity.
• Scalability: Flexible enough to adapt to the changing needs of a growing manufacturing operation. As businesses expand, DELMIAWorks can scale to accommodate increased production volumes and more complex operations. This scalability ensures that manufacturers can continue to meet market demands without compromising on quality or efficiency.

Strategies for Achieving Operational Excellence

Achieving operational excellence requires a strategic approach to manufacturing operations management. Here are some actionable strategies that can help manufacturers optimise their operations and remain competitive. By focusing on continuous improvement and leveraging the latest technologies, manufacturers can achieve significant gains in efficiency and quality.

Streamline Production Processes

• Automate Where Possible: Implement automation technologies to reduce manual intervention and increase production speed. Automation not only speeds up production but also improves accuracy and consistency. By reducing the reliance on manual processes, manufacturers can lower labour costs and minimise the risk of human error.
• Lean Manufacturing Principles: Adopt lean methodologies to eliminate waste and improve process efficiency. Lean principles focus on creating more value with fewer resources, streamlining operations, and enhancing product flow. By eliminating non-value-added activities, manufacturers can increase productivity and reduce costs.

Enhance Product Quality

• Implement Quality Control Systems: Use advanced quality management systems to monitor and improve product standards. These systems help in identifying defects early in the production process, reducing the likelihood of defective products reaching customers. By maintaining high quality standards, manufacturers can enhance customer satisfaction and loyalty.
• Regular Training: Ensure that staff is well-trained in the latest manufacturing techniques and quality standards. Continuous training ensures that employees are equipped with the knowledge and skills needed to maintain high levels of quality and efficiency. Investing in employee development also fosters a culture of continuous improvement and innovation.

Use ERP and MOM Systems

• Integrated Systems: Use ERP and MOM systems in tandem to gain comprehensive insights into both production and business operations. The integration of these systems allows for better coordination and communication across departments, leading to more effective decision-making and strategic planning.
• Regular Updates and Maintenance: Keep software systems updated to take advantage of the latest features and security enhancements. Regular updates ensure that systems remain efficient and secure, protecting against potential disruptions and data breaches. Staying current with the latest technology advancements also enables manufacturers to maintain a competitive edge.

Use Data for Continuous Improvement

• Data Analysis: Regularly analyze production data to identify trends and areas for improvement. By understanding production patterns and performance metrics, manufacturers can implement targeted strategies to enhance efficiency and quality. Data-driven decision-making leads to more informed and effective management of operations.
• Feedback Loops: Establish feedback mechanisms to continuously refine production processes based on real-time data insights. Feedback loops enable manufacturers to respond quickly to changes in production conditions and customer demands. This adaptability is crucial for maintaining competitiveness in dynamic markets.

Conclusion

Understanding and effectively managing manufacturing operations is critical for maintaining competitiveness in today’s industrial landscape.

By leveraging the synergy between MOM and ERP systems, manufacturers can optimise their production processes, enhance product quality, and achieve operational excellence. The integration of advanced systems like DELMIAWorks further augments these efforts, providing a comprehensive platform for managing complex manufacturing operations. Implementing these insights and strategies will equip you to navigate the complexities of manufacturing with confidence and success.

Embracing these tools and methodologies is not just about staying competitive; it’s about setting the standard for operational excellence in the manufacturing industry.

Talk to us to find out more about DELMIAWorks and MOM.

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