Capabilities
Everything a device program needs, from first build to pilot production.
Design, prototyping, testing and manufacturing for leads, complex catheters and implantable electronics, with AI, connected software and intelligent systems designed into the program. Filter by what you need right now.
Design · Leads
Lead design →
- Cardiac and conduction system pacing
- Neuromodulation (SCS, PNS)
- Defibrillation
- Deep brain stimulation
- Sleep apnea, spinal
Design · Catheters
Complex catheter design →
- Steerable
- Ablation: RF, cryo, PFA
- Balloon
- Multi-lumen
Design · Electronics
Implantable electronics →
- Pulse generators, IPG, ICD
- RF powered systems
- Wireless charging, inductive coupling
- Hardware, firmware, software
Prototyping
Microfabrication & components
- Micro injection molding (TPU, silicone)
- Silicone molding
- Coil winding, braiding
- Flex circuit fabrication
Prototyping
Electronics assembly
- PCB fabrication and assembly
- SMT and BGA assembly
- Blind and buried micro vias
- Impedance-controlled traces, 1–3 mil
Prototyping
Catheter builds
- Catheter reflow and shaping
- Catheter tipping
- Laser welding
- Advanced device assembly
Prototyping · Manufacturing
Surface preparation
- Polymer and metal surface treatment
- Chemical priming, etching
- Micro bead blasting
- Passivation
Testing
Pre-clinical & simulated use
- Pre-clinical testing, including animal models
- Perfused heart testing
- Fresh tissue testing
- Anatomical model testing
Testing
Mechanical & functional
- Fatigue and stiffness testing
- Device characterization
- Custom device-specific testing
- Statistical modeling
Testing
Electrical & signal
- Hi-pot testing
- Impedance and pacing impedance
- Signal analysis
- MRI conditional testing
Manufacturing
Cleanroom production
- Class VII cleanroom
- Device and component inspection
- Vertically integrated manufacturing
Manufacturing
Super Intelligence · 01Process & supply
- Process development and installation
- Custom work cell design
- Specialty component sourcing
- Supplier validation
Intelligent Devices & Sensing →
- Connected sensors and wearables
- Embedded and edge AI
- Device interfaces and signal interpretation
Vision & Procedural Systems →
- Medical image and video analysis
- Capture-quality guidance
- Procedural visualization and review
Personalized Therapy & Control →
- Therapy-setting decision support
- Sensor-guided rehabilitation
- Control-system research and development
Connected Care Platforms →
- Remote-monitoring platforms
- Multimodal patient timelines
- Clinician review and decision-support tools
Clinical Software & Automation →
- Clinical workspace integrations
- Documentation and review workflows
- Tool-using agents and coordinated automation
Simulation & Digital Engineering →
- Device and physiological simulations
- Virtual patient scenarios
- Hardware-connected testing and AI evaluation
A connected device program
Cardiac intelligence, engineered from the lead to the software.
Bring leads, implantable electronics, firmware and testing into the same development effort. Add AI-assisted signal review and programming support around the device and its clinical workflow.
DEFINEClinical need, requirements, system architecture and feasibility
BUILD & TESTIterate on leads, electronics, firmware and bench performance
EVALUATEBring device testing and AI evaluation into the evidence plan
DEVELOPRefine the product and prepare for the next clinical milestone
Markets
Where our devices go.
Cardiac rhythm management
Pacing, ICD and CRT systems, cardiac leads.
Electrophysiology
RF and PFA ablation controllers and catheters.
Neuromodulation
Neuro leads, SCS devices, sleep apnea systems.
Novel therapies
First-of-their-kind devices and exploratory platforms.
Intelligent systems open up opportunities across ENT, GI, wearables, rehabilitation, respiratory care and more.
Explore applications across medicine →Don't see your device here? Ask anyway.
Proton works on first-of-their-kind devices all the time.
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