Four Leading Robotics Companies Who’ve Turned Connected Product Information Into Commercial Success

How do robotics companies scale from prototype to commercial production without losing control of their product information? For MMI, 4AG Robotics, hibot, and AMP, the answer was connected product information. Despite building very different robots for very different industries, each company faced scattered data, fast design iterations, and global supply chains. Discover how cloud connected CAD, PLM, and ERP helped these robotics leaders strengthen change control, improve traceability, and build a scalable foundation for growth.

Designing robots is more than commercializing thousands of parts into a product. Behind every innovative breakthrough is an intricate product that integrates mechatronic engineering into a cohesive whole. As the product evolves, change is inevitable. Managing product changes, coordinating teams and suppliers, and keeping product information aligned have become increasingly challenging for robotic companies.

To scale production without slowing innovation, engineering teams need formal change processes, a single source of truth for product information, and tight revision control. Equally important are accurate bills of materials (BOMs) and drawings, which keep outdated or unapproved designs from reaching manufacturing.

How Arena Customers Are Scaling Robotics Innovation Into Commercial Production

Arena customers know how connected product information supports the move from robotics innovation to commercial production. Meet the robotics companies putting this approach into practice:

• MMI (Medical Microinstruments) is the first surgical robotic platform for open, soft-tissue micro-level robotic microsurgery, helping address microvascular, lymphatic, and peripheral nerve repair. MMI’s proprietary Symani® Surgical System combines the world’s smallest wristed microinstruments with tremor-reducing and motion-scaling technologies to address significant unmet patient needs worldwide.
• 4AG Robotics uses cutting-edge robotic technology designed to address the labor-intensive nature of farming. Focused on automating the mushroom-picking process, 4AG Robotics has made significant strides in the agritech world, earning recognition and a global customer base.
• Hibot Corp. is pushing the boundaries of robotics inspection. These sophisticated machines reduce human risk in dangerous environments, such as nuclear waste areas and aircraft fuel compartments. Currently, the company is in full commercialization mode, building long-reach robotic arms for high-risk industrial inspection
• AMP designs, builds, and operates advanced, cost-competitive facilities that process single-stream recycling and municipal solid waste using artificial intelligence. AMP provides waste companies and municipalities with AI-powered sortation services and automation at scale. The company operates these systems to achieve best-in-class cost per unit of performance, increase diversion rates, and meaningfully extend landfill lifespans.

The Shared Challenges Behind Robotics Innovation

Although MMI, 4AG Robotics, hibot, and AMP develop highly customized robotic solutions tailored to distinct market segments, each company faced the same obstacle as it scaled: product information scattered across disconnected systems.

Disconnected Systems Made Product Information Difficult to Manage

MMI managed design and development information in siloed systems and on paper, while 4AG was left with disjointed tools after its rapid pivot to agriculture. Hibot relied on file-based CAD, an on-premises PLM, and Google Drive. At AMP, CAD and ERP systems weren’t integrated, leaving no centralized place to aggregate and manage product information. Without a single source of truth, teams couldn’t be certain which data was current.

How Did Rapid Design Changes Affect Revision Control?

That uncertainty only grew as design iterations accelerated. Fast iteration cycles made it difficult to track revisions and ensure that teams worked from the latest approved designs. AMP, for example, lacked formal change processes and had limited revision control, and only certain engineers could access, review, and approve changes.

How Did Disconnected Information Impact Global Collaboration?

These gaps didn’t remain confined to engineering. Each company worked with suppliers, manufacturing partners, or customers in multiple countries, so outdated or incomplete information quickly spread beyond the engineering team. With AMP, buyers, purchasing staff, and suppliers relied on accurate product information to support deployments across North America, Asia, and Europe.

Why Were Quality, Traceability, and Compliance Growing Challenges?

At the same time, pressure to maintain quality, traceability, and compliance continued to mount. MMI had to comply with global medical device regulations, and 4AG needed to serve regulated markets worldwide. Hibot was managing robots with up to 16,000 parts, while AMP needed to ensure release of accurate BOMs and documentation to ERP and production.

Despite these challenges, all four companies shared the same goal: to scale from R&D or early-stage development to commercial production without compromising speed or quality. Achieving that goal required a more integrated approach to managing product information.

Reducing Complexity With Connected Engineering Data

For each of these companies, disconnected design and product information was more than an inconvenience. When CAD models, BOMs, and drawings live in separate systems, teams are forced into manual work, and errors and confusion spread across mechanical, electrical, supply chain, and field service teams. Reducing that complexity starts at the source of product information: the design environment.

How Does CAD and PLM Integration Improve Robotics Development?

Connecting computer-aided design (CAD) with product lifecycle management (PLM) closes the gap between how products are designed and how they are built. When design data flows directly into the product record, every team, from engineering through manufacturing, works from the same accurate, current information.

How Does the Onshape-Arena Connection Support Robotics Teams?

The Onshape-Arena Connection brings this approach to robotics teams. Within the design environment, Onshape’s cloud-native CAD and built-in PDM enable engineers to collaborate in real time, manage versions, and branch and merge designs for complex robot models, all without hardware performance concerns. The connection then carries that data downstream. With a single click, BOMs, parts, and drawings sync from Onshape into Arena PLM, creating a single source of product truth without manual exports or uploads.

How Have Robotics Companies Benefited From Connected CAD and PLM?

This connected approach delivered measurable results. Hibot replaced fragile file-based workflows and increased engineering productivity within days. 4AG connected teams across its organization, while MMI consolidated all its product information and went paperless using Arena PLM and QMS connected with Onshape.

How Did AMP Achieve a Tenfold Increase in Product Development Efficiency?

AMP demonstrated the same principle using a different toolset. AMP integrates Arena PLM with its SOLIDWORKS and NetSuite ERP environments, making Arena the “keystone” that links product information from design through customer service. The result was a tenfold increase in product development efficiency.

Accelerating Production With Better Change Management and Traceability

As design iterations accelerate, so does the risk of releasing incorrect information. When outdated drawings or BOMs reach production, the result is costly rework, delayed builds, and compliance gaps that are difficult to close after the fact. For robotics companies managing thousands of parts and frequent design updates, every change must be controlled before it reaches the factory floor.

How Does Connected CAD and PLM Improve Engineering Change Control?

Connected CAD and PLM mitigates this risk through structured engineering change processes and formal revision control. Each change is directly linked to the affected items, BOMs, and documents, providing teams with real-time visibility into what changed, why, and where it stands in the approval process. Engineers can iterate quickly, while manufacturing builds only from released, approved data.

Faster Production Through Better Change Control

That level of control led to faster, more reliable production across all four companies. Hibot ensures that only approved drawings and BOMs reach production while maintaining traceability for BOMs, change orders, and firmware. 4AG accelerated design releases and reduced production errors, and MMI shortened its response time to engineering changes. AMP improved engineering change efficiency through controlled processes and fewer change rejections, ensuring that approved BOMs and SOPs reached production and reducing late-stage errors.

How Does Connected Product Information Improve Compliance and Audit Readiness?

The benefits also extend beyond the production line. For MMI, which must comply with global medical device regulations, connecting product and quality records improved compliance management. Audit documents could be retrieved faster, reducing wait times and easing the anxiety that often accompanies audits.

Connecting Global Teams and Supply Chains

Controlling changes is only part of the equation. Robotics companies also rely on distributed networks of engineering teams, manufacturing sites, and suppliers, each of which needs controlled, real-time access to the same product information. When partners work from emailed files or outdated exports, errors multiply and coordination slows.

How Does Arena PLM Improve Supplier Collaboration?

Arena PLM meets this need by bringing suppliers, contract manufacturers, and design partners directly into the product record. Role-based access policies give each partner secure, real-time access to the items, BOMs, approved manufacturer lists (AMLs), drawings, and changes they need, while protecting critical intellectual property.

Keeping Global Partners Aligned With Approved Product Data

Because internal teams and partners work from the same revision-controlled record, there are no file transfers to manage and no question about which version is current. Partners can also review and comment on engineering changes, keeping production aligned with the latest approved design. Connecting Arena with ERP extends that product information to purchasing and operations, eliminating redundant data entry across systems.

How Are Robotics Companies Improving Global Operations With Arena?

This shared access already supports global operations. Hibot onboards new suppliers in Arena within minutes and collaborates across manufacturing sites in Italy, the U.S., and beyond, while MMI manages more than 4,666 supplier items and 319 suppliers. ERP integration delivers similar gains downstream. 4AG achieved rapid ROI through automated syncing via its Arena–NetSuite integration, and AMP also integrates Arena with NetSuite, giving buyers, purchasers, and suppliers access to accurate product information across its global deployments.

Building a Scalable Foundation for Commercial Growth

Connected teams and supply chains set the stage for the ultimate objective: sustainable commercial growth. Each company was scaling toward a distinct milestone. MMI aimed to launch a first-of-a-kind surgical platform while complying with global medical device regulations, and 4AG needed scalable infrastructure to support international growth. Hibot transitioned from a research organization to a commercial manufacturer, while AMP is scaling its products and solutions to modernize recycling infrastructure worldwide.

How Does Cloud-Native PLM Support Robotics Business Growth?

Reaching these milestones requires systems that scale with the business rather than hold it back. Arena’s cloud-native, multi-tenant platform grows with each company as products, teams, and supply chain partners expand, and its intuitive interface makes user adoption easy. Arena is also built to connect. Beyond the Onshape-Arena Connection, Arena integrates with other CAD, ERP, MES, and business systems through prebuilt Marketplace connectors, which offers more than 200 prebuilt connectors and low-code workflow tools.

Reducing IT Costs and Integration Complexity

As a result, product information flows across the systems teams already use, with less custom coding and fewer complex custom integrations. Because Arena runs in the Cloud, companies also avoid the cost and IT overhead of maintaining on-premises infrastructure, freeing resources for product development.

How Are Robotics Companies Benefiting From Scalable PLM?

The customers see the difference firsthand. For hibot, Peter Sommer notes that eliminating hidden on-premises costs lets the team focus on what matters most: building robots. AMP reached a similar conclusion about scalability. As Scott Krueger of AMP put it, “If you’re not fully integrated, that’s not scalable for sure.”

Different Robots, One Path from Innovation to Production

From robotic microsurgery and automated mushroom harvesting to hazardous-environment inspection and AI-powered recycling, MMI, 4AG Robotics, hibot, and AMP build very different robots for very different industries. Yet each company shares the same need: connected, controlled product information from design through production.

The Onshape-Arena Connection delivers that foundation. Linking cloud-native CAD with Arena PLM reduces complexity, strengthens change control and traceability, and gives distributed teams and suppliers real-time access to a single product record as they scale globally. AMP’s integrations with SOLIDWORKS and NetSuite show the same connected approach at work.

To see how these robotics leaders turned connected product information into commercial success, read the full MMI, 4AG Robotics, hibot, and AMP customer stories, or request an Onshape-Arena demo today.