9 Best PLM Software For Solidworks in 2025

Best PLM Software For Solidworks: Are you tired of looking for the latest SolidWorks files? Or perhaps, you’ve spent frustrating hours trying to figure out the technology? In case the answer is yes, you are not alone.

Today’s fast-moving world of product development drives up the level of design data management to the point where it becomes unbearable. On top of that, the practice is compounded by the fact that the projects are getting larger and the teams are stretching across the globe, which frankly is why keeping tabs on every file, revision, and approval makes one believe it is simply not doable.

This is where Product Lifecycle Management (PLM) comes into play, especially when one is dealing with an awesome tool like SolidWorks. Just picture a scenario where you can directly enter the latest design files, work closely with your team and be able to process all the revisions just with a few clicks.

To draw a parallel, selecting the right software for specific purposes is just as critical. For example, discovering the best picture scanning software can make a significant difference in preserving visual data, while opting for the best reading software for struggling readers can help overcome challenges in learning.

This is not anymore something that only usual dreams but what you can get through meshing up the best PLM software with your SolidWorks suite. This piece is your roadmap to the most relevant PLM software of 2025 helping you find the best one for your design that will transform the process.

The advantages of combining the PLM system with SolidWorks are pretty diverse. For instance, the odds are that you will notice a huge increase in cooperation, reduction of errors, and time to market will also be significantly shortened.

In arranging the design data in a singular place, it means that you will have removed the uncertainty and inefficiency that are usually bound up with such old-style file management systems.

So your team will have more space to do what they do best; that is the production of the most top-rated and fancy products. Picking the right PLM software may lastly lead to efficient operation and the company’s development.

It is not a matter of finding a tool that functions well only today; it is all about obtaining an e-solution that will grow and fulfill the ever-changing demands of product development. In this guide, we will dive deep into the main features to check, analyze the top 9 PLM software options for SolidWorks, and give you useful suggestions on how to decide the best one for your conditions.

If you are an experienced engineer or a design manager, you will get the knowledge necessary through this article to improve the efficiency of your SolidWorks workflows and further the product development. So, let’s dig deep and discover the ways you can make your design process smoother and more efficient.

9 Best PLM Software For Solidworks

1. Jira
2. Arena
3. Teamcenter Siemens
4. Autodesk Fusion Lifecycle
5. Windchill
6. Oracle Agile PLM
7. SAP PLM
8. Aras PLM
9. Omnify Empower PLM

Understanding the Critical Need for PLM with SolidWorks

If you work with SolidWorks on a regular basis, you may already have had to work with the difficulties of data management in design. Right here is the fact, without a really efficient PLM program you are actually stepping on a minefield of possible problems that may truly affect your project productivity and success. Why don’t we go over a few of the major issues that could be the reason for your distress?

The Chaos of File Management

Imagine this: You’re working on a critical design, and you need to find the latest version of a specific component. You search through countless folders, only to find multiple versions with unclear labels. You’re not sure which one is the most recent, and you risk using an outdated file.

This scenario is all too common. Version control challenges, file duplication, and lost data are daily frustrations for many SolidWorks users. Without a centralized system, keeping track of every file and its revisions becomes nearly impossible.

Collaboration Bottlenecks

Collaboration is essential in modern product development. However, sharing designs, managing approvals, and communicating changes can be a major hurdle. You might find yourself sending large files via email, leading to version conflicts and confusion.

Approvals can get lost in endless email threads, causing delays and frustration. Communication gaps between teams can result in costly errors and rework.

Revision Control Nightmares

Using outdated designs in manufacturing can lead to catastrophic results. Imagine producing hundreds of parts based on an old revision, only to discover they don’t fit the final assembly.

The costs associated with rework and scrap can be substantial. Without a reliable revision control system, you’re playing a risky game.

Data Security Concerns

Your design data is a valuable asset. Protecting it from unauthorized access and data breaches is critical. Without proper security measures, you risk losing sensitive information and intellectual property.

Engineering Change Order (ECO) Tracking

Managing engineering changes is a complex process. Tracking ECOs manually can lead to errors and delays. Without a streamlined system, you risk losing control of the change process.

Benefits of Integration

Integrating PLM with SolidWorks addresses these pain points and offers significant benefits. You gain enhanced data organization and accessibility, making it easy to find the information you need.

Collaboration improves across teams and departments, with streamlined communication and approval processes. Revision control becomes more efficient, reducing the risk of errors. You also benefit from improved audit trails and reporting, providing valuable insights into your design process.

According to a study by Tech-Clarity, companies that implement PLM see a 20% reduction in time-to-market and a 15% reduction in engineering change orders [Tech-Clarity, 2023]. These statistics highlight the tangible impact of PLM on productivity and efficiency.

As a SolidWorks user, you understand the intricacies of design workflows. You know the challenges of managing complex assemblies and dealing with numerous design iterations. By implementing the right PLM system, you can streamline your processes, reduce errors, and accelerate your product development cycles. PLM allows you to take control of your design data and focus on innovation.

With strong SolidWorks data management, engineering collaboration improves dramatically. CAD file management becomes a breeze, and revision control is no longer a nightmare. Effective ECO management ensures that changes are tracked and implemented accurately. By embracing PLM, you’re not just investing in software; you’re investing in a more efficient and productive future.

Key Features to Look for in SolidWorks PLM Software

To purchase an add-on PLM system that will integrate with SolidWorks, you must choose one that incorporates features that make the workflow easier, foster collaboration, and secure data integrity. As the year starts in 2025, we realize that the landscape of PLM software is being defined by several trends and you will need to make sure that your planned solution is in synchronization with these innovations.

Core PLM Functionalities or Features

• CAD Integration:
  • A seamless connection with SolidWorks is paramount. You need real-time data exchange, ensuring that changes made in SolidWorks are immediately reflected in the PLM system and vice versa. This eliminates the need for manual data transfers and reduces the risk of errors.
• Document Management:
  • Centralized storage and retrieval of all design files, specifications, and related documents is essential. This ensures that everyone has access to the latest information, reducing confusion and improving efficiency.
• Workflow Automation:
  • Streamlining design reviews, approvals, and change management processes is crucial. Automation minimizes manual tasks, reduces delays, and ensures consistency.
• Bill of Materials (BOM) Management:
  • Accurate and up-to-date BOM tracking is vital for manufacturing. The PLM system should allow you to manage and track BOMs efficiently, ensuring that everyone is working with the correct information.
• Change Management:
  • Controlled and auditable change processes are essential for maintaining data integrity. The PLM system should provide tools for managing engineering change orders (ECOs) and ensuring that changes are implemented correctly.
• Project Management:
  • The ability to manage project timelines, tasks, and resources within the PLM environment.
• Cloud Capabilities:
  • Cloud based PLM systems offer flexibility, scalability, and enhanced collaboration.
• Mobile Access:
  • Accessing critical design data from anywhere, at any time.

Advanced Features for 2025

• AI-Powered Search and Analysis:
  • AI-powered search and analysis are becoming increasingly important. These features allow you to quickly find the information you need and gain valuable insights from your design data.
• Enhanced Cloud Collaboration:
  • Real-time co-design and seamless remote access are essential for distributed teams. The PLM system should facilitate collaboration, regardless of location.
• Digital Twin Integration:
  • Linking physical products with their digital representations allows you to simulate and analyze product performance. This can improve design accuracy and reduce the need for physical prototypes.
• Improved Cybersecurity Features:
  • With the rise of cyber threats, robust security measures are more important than ever.

Usability and Implementation

• Intuitive User Interface:
  • An intuitive user interface is essential for easy adoption and minimal training. You want a system that your team can quickly learn and use effectively.
• Scalability:
  • The PLM system should be able to grow with your business. You need a solution that can handle increasing data volumes and user loads.
• Integration Capabilities:
  • Compatibility with other enterprise systems, such as ERP and CRM, is crucial. This ensures seamless data flow and eliminates data silos.
• Implementation and Support:
  • Consider the vendors implementation process, and level of support that is offered.

When searching for PLM software, look for strong SolidWorks integration, robust BOM management, and efficient workflow automation. Cloud PLM solutions provide the flexibility and scalability you need, while digital twin capabilities and AI in PLM offer advanced functionalities. Ensure the system has an intuitive user interface and offers scalability to grow with your needs.

The 9 Best PLM Software for SolidWorks in 2025

Choosing the right PLM software can significantly impact your design efficiency and product development success. To help you make an informed decision, we’ve compiled a list of the top 9 PLM solutions that excel in SolidWorks integration, user-friendliness, and overall performance. Our selection criteria focused on:

• SolidWorks Compatibility: Seamless integration and data exchange.
• Core PLM Functionality: Robust features for document management, workflow automation, and change management.
• User Experience: Intuitive interface and ease of use.
• Scalability and Flexibility: Ability to adapt to growing business needs.
• Vendor Reputation and Support: Reliable customer service and ongoing updates.

1. Jira

Jira is a software that can be used for various types of works and successfully increases the agility of project management through agile and complete issue tracking. It is also an effective PLM component in SolidWorks environments.

It provides a development environment with customization possibilities, zipline integration, and real-time progress tracking to promote teamwork and communication. The complexity of task assignments in a project might be handled by the Jira software package.

Its improved future and editing history monitoring are responsible for improving performance and accountability in the project.

Becoming larger or smaller and adjusting are things on which the task force can work, whereas the firm is engaged in productive management of difficult product lifecycles through the help of technology. Technology and especially this application keep empowering companies and lead them to a swift product development.

Key Feature:

• Agile task management with customizable workflows.
• Real-time progress tracking and reporting.
• Seamless integration with multiple development tools.
• Robust issue tracking and revision control.
• Scalable performance for teams of varying sizes.

Advantage:

• Enhances team collaboration and communication.
• Streamlines project management and process oversight.
• Adaptable to diverse industry needs and workflow complexities.

Disadvantage:

• May require training for full customization.
• Limited PLM-specific functionalities compared to dedicated PLM solutions.
• Can become complex in large-scale implementations.

Best For: Jira is suitable for agile teams needing effective project tracking and collaborative PLM integration within SolidWorks workflows.

2. Arena

Arena is a cloud-based PLM platform, was made in the idea of making the complex product development and collaboration a bit easier to implement. Are you tired of Product Development, Change Management, Regulatory Compliance, and Communication Issues?

You should use the Arena platform as a solution. It prov a lot of nice functionality – It’s a great one! In reality, typical traits of the Arena platform consist of the capability to seamlessly integrate with SolidWorks and have real-time access to design data and revision histories.

Besides, the interactive UI and the supporting environment of the platform make time management much easier and lead to less error prevalence.

This solution emphasises diverse teams using cloud technology, which secures information and permits wide-ranging scalable solutions to grow in the world. Vice versa, it is common for every single product life cycle to be highly efficient and product quality always gets better.

Key Feature:

• Cloud-based accessibility and integration.
• Centralized product data management.
• Comprehensive change and revision control.
• Real-time collaboration across teams.
• Efficient compliance and regulatory tracking.

Advantage:

• Improves communication within cross-functional teams.
• Simplifies complex product development processes.
• Accelerates time-to-market with streamlined workflows.

Disadvantage:

• Subscription costs may be high for smaller firms.
• Integration with legacy systems can be challenging.
• Limited customization compared to on-premise solutions.

Best For: Arena is suitable for organizations seeking cloud-based, collaborative PLM integration with SolidWorks.

3. Teamcenter Siemens

Teamcenter by Siemens is a complete product lifecycle management (PLM) solution that links product development processes together from the first design to the manufacturing branch.

Among its highlights are the following: design collaboration, change management and digital twin integration enabling real-time progress at all phases of the product which is made possible by the robust capabilities of the software.

The functional properties of Teamcenter are therefore not affected by SolidWorks but wanted data accuracy to be maintained when buying both products for effective revision control.

Its highly scalable design and a wide range of deployment options make it perfect for both small team projects and large company organizations. Teamcenter, with its continuous eye on product development spearheads the global productivity and market acceleration for various industries.

Key Feature:

• Unified product lifecycle management.
• Digital twin and change management integration.
• Robust revision and document control.
• Seamless SolidWorks integration.
• Scalable architecture with flexible deployment.

Advantage:

• Enhances collaboration across design and engineering.
• Provides real-time visibility into product data.
• Supports complex, large-scale product developments.

Disadvantage:

• Implementation can be time-consuming.
• Higher cost for small businesses.
• Steeper learning curve for new users.

Best For: Teamcenter Siemens is suitable for enterprises requiring comprehensive PLM integration with advanced features for SolidWorks.

4. Autodesk Fusion Lifecycle

Autodesk Fusion Lifecycle is the product lifecycle management solution that can be implemented based on the cloud; this way it is, in essence, the data center that you are looking for and it has all the elements of a good paper such as write streamlines product development through centralized data management process automation.

Created taking into account the peculiarities of dynamic collaboration, it offers a change management system that is robust and flexible, a well-ordered BOM control, and quality inspection features that exactly match those of SolidWorks and that are simple to use.

Fusion Lifecycle emphasizes its commitment to staying adaptable as a team that can cope with the bottlenecks that occur while producing Insight and Snapshots.

Its easy-to-use interface and its diagonal expandable structure are designed to support precise control of revisions and upgrading. What automation and congestion do is the postponement of tasks or even their dispensation. The purpose of Fusion Lifecycle

Key Feature:

• Cloud-based centralized data management.
• Integrated change, BOM, and quality control.
• Real-time progress monitoring and adaptation.
• Seamless SolidWorks integration.
• Scalable interface supporting process automation.

Advantage:

• Accelerates product release cycles.
• Enhances team collaboration and productivity.
• Simplifies process automation and data accuracy.

Disadvantage:

• Reliance on cloud connectivity.
• Subscription pricing may be expensive.
• Limited offline functionalities.

Best For: Autodesk Fusion Lifecycle is suitable for teams seeking automated, cloud-based PLM integration with SolidWorks.

5. Windchill

Windchill by PTC is a Powerful PLM solution that comes with a well-organized data exchange system. The tools include advanced schemes for design packaging, change control, and regulatory compliance while harmoniously integrating with SolidWorks.

Windchill provides live visibility into the products revisions and its documentation, which consequently sets up for the project accuracy and efficiency. Its architecture is modular and flexible enough, so it can support teams from around the globe and even the most complicated engineering workflows.

As a result, Windchill is designed in such a way that tries to reduce errors and make the new product come on time. Therefore, for a global market with stringent demands of a product, Windchill will always be the best choice.

Key Feature:

• Unified management of engineering data.
• Real-time tracking of revisions and documentation.
• Advanced change control and compliance tools.
• Seamless integration with SolidWorks.
• Scalable architecture supporting global teams.

Advantage:

• Enhances project accuracy and efficiency.
• Streamlines complex engineering workflows.
• Supports robust regulatory compliance.

Disadvantage:

• Implementation can be costly.
• Complexity may require specialized training.
• Customization options can be limited.

Best For: Windchill is suitable for enterprises requiring rigorous PLM with advanced engineering data management integrated with SolidWorks.

6. Oracle Agile PLM

Oracle Agile PLM is a product lifecycle management solution that is all-encompassing and was made to innovate and guarantee quality control throughout any and all the stages of product development.

It is a very powerful platform that lets you make changes, follow design changes, and comply with regulations all in the background while integrating smoothly with SolidWorks. Oracle Agile PLM supports the automation of processes and encourages you to collaborate effectively with cross-functional teams.

The financial reports, which are completely reliable and comprehensive, enable companies to rapidly take the right decisions based on the data from the reports. With a flexible and scalable architecture, the platform is the best option for all modern businesses that are looking forward to the future.

Key Feature:

• Powerful change management and revision tracking.
• Seamless integration with SolidWorks.
• Enhanced process automation and workflow efficiency.
• Robust reporting and analytics.
• Scalable architecture for diverse enterprise needs.

Advantage:

• Streamlines innovation from ideation to market.
• Improves collaboration across teams.
• Empowers informed, rapid decision-making.

Disadvantage:

• Complex implementation requiring expert support.
• High initial setup cost.
• User interface can be overwhelming.

Best For: Oracle Agile PLM is suitable for enterprises needing comprehensive lifecycle management and seamless SolidWorks integration.

7. SAP PLM

SAP PLM is a product lifecycle management solution that is integrated and connects design, manufacturing, and service processes in one comprehensive system. The software has a variety of tools for handling product data, change orders and compliance, making sure that there is not only seamless collaboration with SolidWorks but also great visibility into the product’s life cycle.

The SAP PLM system gives users in real time access to essential data and analytics which are integral for project strategic planning, workflow optimization, making the organization more efficient.

The system’s architecture is modular and can be easily integrated into other SAP software, which allows businesses to be more flexible and keep up with global markets while managing large and complex product portfolios.

SAP PLM can help companies to cut down time to market and assure better returns on innovations while also making quality improvements more scrupulously and continuously.

Key Feature:

• Unified management of product data and change orders.
• Real-time insights and analytics.
• Seamless integration with SolidWorks and SAP modules.
• Scalable architecture for global portfolios.
• Comprehensive compliance and process optimization tools.

Advantage:

• Enhances strategic decision-making.
• Streamlines complex production and service processes.
• Facilitates agile innovation and continuous improvement.

Disadvantage:

• Implementation can be complex.
• Requires extensive customization.
• High investment cost.

Best For: SAP PLM is suitable for organizations needing integrated lifecycle management and strategic insight with SolidWorks.

8. Aras PLM

Aras PLM is an adaptable, open-source product lifecycle management system designed to meet the intricate needs of the present product development. It has tailored tools for design cooperation, change control, and quality control, among others, which can be integrated with SWX.

Aras PLM allows businesses to improve their workflows, which is done by effortlessly tracking updates in real time and making it easier to handle big chunks of data fast. Aras’ modular architecture and low-code customization enable it to deliver the perfectly matched solution for any business or industry. 

It has been adding value with its infinite flexibility which is the main reason behind Aras PLM’s innovation and efficiency improvements that happen throughout all stages of product development.

Key Feature:

• Flexible, open-source framework.
• Customizable change management and quality control.
• Seamless SolidWorks integration.
• Real-time monitoring and workflow streamlining.
• Low-code options for tailored solutions.

Advantage:

• Highly customizable to industry needs.
• Encourages continuous innovation.
• Reduces operational inefficiencies.

Disadvantage:

• Implementation may require technical expertise.
• Limited out-of-the-box features.
• Community support varies by region.

Best For: Aras PLM is suitable for organizations that require a highly flexible, customizable PLM solution integrated with SolidWorks.

9. Omnify Empower PLM

Omnify Empower PLM is a web-based, easy-to-use product lifecycle management application for designers. The solution has been developed to position design files in a central repository and to guide product development to be easier and quicker.

It has an option of creating documents fast, change control process, and compliance monitoring that gets integrated smoothly with SolidWorks. Empower PLM is a software tool that enhances team collaboration through real-time access to modified design files and revision histories.

It is a very flexible platform which can be adapted to all types and sizes of organizations because of its user-friendly interface and flexible design. This platform is created to eliminate inefficiencies, decrease time-to-market, and help to drive the development of new products.

Companies can achieve efficiency increases while implementing Empower PLM which then contributes to even more productivity.

Key Feature:

• Web-based centralized data management.
• Efficient document and change control.
• Real-time design file access.
• Seamless SolidWorks integration.
• Scalable and user-friendly interface.

Advantage:

• Enhances team collaboration.
• Accelerates product development processes.
• Intuitive, easy to deploy.

Disadvantage:

• Limited advanced customization.
• May lack enterprise features.
• Integration with legacy systems sometimes challenging.

Best For: Omnify Empower PLM is suitable for organizations seeking an intuitive, web-based PLM solution tightly integrated with SolidWorks.

Choosing the Right PLM: A Step-by-Step Guide

Selecting the right PLM software for your SolidWorks environment is a critical decision that can significantly impact your productivity and efficiency. To help you navigate this process, we’ve outlined a step-by-step guide.

Step 1: Define Your Needs

Before you start evaluating software options, take the time to clearly define your needs.

• Identify Your Specific Pain Points and Requirements:
  • What challenges are you currently facing with your design data management?
  • Are you struggling with version control, collaboration, or change management?
  • What specific features are essential for your workflow?
  • Do you need robust BOM management, workflow automation, or digital twin capabilities?
  • Consider your team size, project complexity, and industry-specific requirements.
• Determine Your Budget and Timeline:
  • How much are you willing to invest in a PLM solution?
  • Consider both upfront costs and ongoing maintenance fees.
  • What is your timeline for implementation?
  • Do you need a solution that can be implemented quickly, or do you have a longer timeframe?

Step 2: Evaluate Software Options

Once you have a clear understanding of your needs, you can begin evaluating software options.

• Compare Features, Pricing, and User Reviews:
  • Create a spreadsheet to compare the features of different PLM solutions.
  • Pay attention to the core functionalities, advanced features, and integration capabilities.
  • Compare pricing models and licensing options.
  • Read user reviews to get insights into the user experience and vendor support.
• Request Demos and Trials:
  • Request demos from vendors to see the software in action.
  • Take advantage of free trials to test the software with your own data and workflows.
  • Involve your team in the evaluation process to get their feedback.

Step 3: Consider Integration and Scalability

• Ensure Seamless Integration with SolidWorks and Other Systems:
  • Verify that the PLM software integrates seamlessly with your SolidWorks environment.
  • Check for compatibility with other enterprise systems, such as ERP and CRM.
  • Ensure that data can be easily exchanged between systems.
• Choose a Solution That Can Grow with Your Business:
  • Select a PLM system that can scale with your business.
  • Consider the vendor’s roadmap and future development plans.
  • Ensure the system can handle increasing data volumes and user loads.

Step 4: Implementation and Training

• Plan for a Smooth Implementation Process:
  • Develop a detailed implementation plan with clear milestones and timelines.
  • Assign a dedicated project team to manage the implementation.
  • Communicate with your team throughout the implementation process.
• Provide Adequate Training for Your Team:
  • Ensure that your team receives comprehensive training on the PLM software.
  • Provide ongoing support and resources to help your team adapt to the new system.
  • Consider training from the PLM vendor.

Step 5: Ongoing Support and Maintenance

• Understand the Support Provided by the Vendor:
  • Evaluate the vendor’s support options, including phone, email, and online support.
  • Check for availability of documentation, tutorials, and knowledge bases.
  • Ensure that the vendor provides regular updates and maintenance.
• Consider Long Term Maintenance Costs:
  • Be sure to understand the long term maintenance costs, and if they will increase over time.

By following these steps, you can make an informed decision and choose the right PLM software for your SolidWorks environment. The PLM selection process is a detailed one, and proper PLM implementation is key. Careful PLM evaluation will lead to finding the correct PLM requirements. When choosing PLM software, take your time and do your research.

Future Trends in PLM Software

The landscape of Product Lifecycle Management is continuously evolving, driven by emerging technologies and the demands of Industry 4.0. As we move into 2025 and beyond, several key trends will shape the future of SolidWorks PLM.

Emerging Technologies

• AI and Machine Learning:
  • AI and machine learning are transforming PLM by enabling predictive analytics and automated workflows. Imagine PLM systems that can predict design flaws, optimize manufacturing processes, and automate repetitive tasks. AI-powered search and analysis will make it easier to find and analyze design data, leading to faster decision-making. AI in design will become more common.
• Internet of Things (IoT) Integration:
  • IoT integration will allow PLM systems to collect real-time data from connected products. This data can be used to improve product design, predict maintenance needs, and enhance product performance. IoT in PLM will continue to grow.
• Augmented Reality (AR) and Virtual Reality (VR):
  • AR and VR technologies will revolutionize design visualization and collaboration. Engineers will be able to immerse themselves in virtual prototypes, collaborate on designs in real-time, and identify potential issues before physical prototypes are built.
• Low-Code/No-Code PLM Customization:
  • The ability to customize PLM systems without extensive coding knowledge is becoming increasingly important. Low-code/no-code platforms will empower users to tailor PLM solutions to their specific needs, reducing the reliance on IT departments and accelerating implementation.

Industry 4.0 and Digital Transformation

• The Role of PLM in Enabling Digital Manufacturing and Smart Factories:
  • PLM plays a crucial role in enabling digital manufacturing and smart factories. By providing a central repository for product data, PLM facilitates seamless integration between design, manufacturing, and other enterprise systems.
• The Importance of Data-Driven Decision-Making:
  • In the age of Industry 4.0, data is king. PLM systems will provide the data needed to make informed decisions throughout the product lifecycle. This includes data on product performance, customer feedback, and manufacturing processes. Digital transformation will continue to push data driven decisions.
• PLM Trends:
  • PLM is becoming more cloud based, and more available to remote teams.
• Future of PLM:
  • The future of PLM is very bright, with AI and Cloud solutions becoming more prominent.

These trends will significantly impact the future of SolidWorks PLM, driving innovation and efficiency. By staying informed about these advancements, you can ensure that your PLM strategy remains relevant and effective.

Conclusion

In the fast-changing world of product development today, the ability to handle design data swiftly and accurately is more important than ever. Being a SolidWorks user, you realize the high efficiency of your CAD software.

Nevertheless, without a strong Product Lifecycle Management (PLM) system, your company will not be able to reap the full benefits of saving time through the automation of some of your workflows, increasing collaboration, and launching the products.

We have demonstrated how others have been affected by a lack of PLM. This has been done through traditional file management as they seem to be an ineffective approach to a problem that can be solved by the adoption of a suitable PLM system.

The advantages, given the use of a well-implemented PLM software, are huge, as it provides a one-stop solution for all design challenges including version control and change orders. Deciding the right PLM tool is not just a copying process for a new tool but the entire process for your company to provide it with a strategic asset that can push your business to the next level.

We’ve gone through the top 9 PLM software to choose for SolidWorks in 2025, description of each having its strengths and capabilities. Among the best systems we recommend will be SolidWorks-integrated and with a good BOM manager and digital twins.

Remember that the successful PLM implementation is more about the correct specification of your needs, a thorough software evaluation, a plan that involves a seamless integration and training.

We have resulted in an in-depth how-to guide that should help you to easily figure out the process and select a product that fits your team’s needs. In the future, developing technologies like AI, IoT, and AR/VR will be the ones that will determine the direction the PLM market will take.

These developments will create smarter and more connected product development processes which, in turn, will provide the consumers with a greater number of innovative solutions and increasing the efficiency.

The future of product development is bright and with the right PLM solution, you can be able to lead the pack. It is our most earnest advice to you to take action and try the PLM software we suggest.

You should ask for a demonstration from the vendor, be it online or in-person, try the software through a free trial, and negotiate the pricing with several vendors to find the best choice for your company.

The process of connecting PLM with your existing SolidWorks is one that would bring new profit and product quality to your operation. You do not have to look back. Currently, let’s embark on this exciting journey of re-discovering the benefits of SolidWorks PLM and enhancing our product development process.

By employing the best PLM software solutions, you not only will be able to optimize design workflows, but also you will be able to innovate in your product development sector.

Frequently Asked Questions