How Integrated Manufacturing Accelerates the Future of Surgical Robotics
Integrated Manufacturing: Enabling Precision and Scale in Surgical Robotics Innovation
As robotic-assisted surgery becomes more advanced, the demand for integrated, reliable and scalable manufacturing solutions has never been higher. Global OEMs are leading the charge, developing next generation surgical platforms that combine imaging, data and robotics into a single seamless system.
But what makes that level of integration possible? The answer lies in the unseen details: precision engineered interconnects, cleanroom-certified assemblies and manufacturing partners who can deliver on complexity, compliance and speed.
Here’s how the right manufacturing approach can accelerate innovation and improve outcomes in surgical robotics:
System-Level Thinking for Platform Integration
The convergence of imaging, AI and surgical robotics requires more than high-quality components. It demands system-level coordination. Every cable assembly, PCB and housing must integrate seamlessly both physically and electronically.
Key to Success:
Electromechanical builds that consider spatial constraints, heat management and EMI.
Harnessing in-house PCBA and cable capabilities to streamline assembly and reduce supplier fragmentation.
End-to-end traceability and validation aligned with FDA and EU MDR requirements.
Cleanroom Assembly for High-Precision Components
The convergence of imaging, AI and surgical robotics requires more than high-quality components. It demands system-level coordination. Every cable assembly, PCB and housing must integrate seamlessly both physically and electronically.
What to Look for in a Partner:
ISO 13485-certified processes.
Class 7/8 cleanroom assembly for sensitive subassemblies and final builds.
Advanced inspection protocols including AOI, 3D X-ray and electrical testing.
Global Manufacturing, Local Support
The global nature of today’s surgical platforms requires resilient, geographically balanced supply chains. Nearshoring and dual sourcing strategies help reduce lead times, mitigate geopolitical risk and support faster rollout to regional markets.
Strategic Manufacturing Can Provide:
In-region production in Europe, North America and Asia.
Reduced customs and logistics complexity.
Local engineering support for faster onboarding, design iterations and NPI.
Co-Development and Design for Manufacturability
The global nature of today’s surgical platforms requires resilient, geographically balanced supply chains. Nearshoring and dual sourcing strategies help reduce lead times, mitigate geopolitical risk and support faster rollout to regional markets.
Benefits Include:
Fewer design iterations and late-stage reworks.
Improved mechanicalelectrical integration for compact systems.
Faster validation and smoother production ramp-up.
Building What’s Next Together
At Volex, we partner with leading global OEMs to deliver integrated manufacturing for surgical robotics and imaging platforms, from initial prototyping to certified high-volume production.
Our capabilities include:
ISO 13485 and MedAccred-accredited global manufacturing.
Cleanroom assembly of high-reliability PCBA, cables and electromechanical builds.
Flexible production tailored for high-mix low-to-mid volume medical programmes.
Engineering and supply chain integration to reduce friction and accelerate time-to-market.
Why Choose Volex?
Whether you're launching a next-generation neurovascular robot or integrating surgical guidance with real-time imaging, Volex is here to help bring your vision to life - precisely, reliably and at scale.
Let’s talk about how Volex can help you improve uptime and move faster, without compromise.