Precision RF generator systems
Programmable RF energy platforms, from waveform control and power electronics to disposable interfaces and clinician UX.
We design and develop medical, consumer, and industrial devices engineered to stand up to clinical, regulatory, and strategic scrutiny.
From RF energy systems to vascular and surgical platforms, we develop devices that stand up to clinical trials, regulatory review, and the demands of real-world use.
Programmable RF energy platforms, from waveform control and power electronics to disposable interfaces and clinician UX.
Mechanisms and delivery systems for vascular access and closure, balancing tactile feel, reliability, and high-volume manufacturability.
Surgical console for brain tumor removal and clot evacuation with toggleable white and blue excitation light for glioma visualization. Hand-held directional light with non-ablative, non-thermal resection.
Electrical, mechanical, firmware, software, and human factors under one roof.
From feasibility and prototyping through DFM, V&V, and design transfer.
ISO 13485 quality system designed for FDA, MDR, and global regulatory pathways.
Two decades of devices shipped — and several acquired by global medtech leaders.
FDA-ready medical devices engineered under ISO 13485.
Beautifully engineered, mass-manufacturable consumer hardware.
Secure connected devices, including Microsoft Azure Sphere.
Rugged, reliable systems for industrial environments.
Requirements, user research, regulatory landscape.
Architecture, industrial design, human factors.
EE, ME, firmware, software, prototyping.
V&V testing, design history file, FDA/MDR readiness.
DFM, supplier qualification, manufacturing handoff.
End-to-end design of a precision RF energy system — power electronics, waveform control, and disposable interface electronics for interventional procedures.
Embedded control, motor drive, and sterile-field user interface for a Class II surgical platform deployed across major hospital systems.
Ultra-low-power analog front-end, BLE telemetry, and firmware enabling multi-day ambulatory cardiac monitoring on a single-use form factor.
High-voltage capacitor charging, ECG rhythm analysis, and voice-guided UX engineered into the smallest fully-featured AED in its class.
Closed-loop motor control, occlusion sensing, and safety-critical firmware compliant with IEC 60601 and IEC 62304 software lifecycle.
Sensor fusion, fluid temperature control, and embedded software for a hospital-grade patient temperature management system.
Optical dose control, RFID tray tracking, and closed-loop verification for an FDA-cleared blood pathogen reduction instrument.
Custom sub-GHz radio stack, low-power MCU firmware, and cloud telemetry — delivered with a 30% bill-of-materials reduction.
9-axis IMU fusion, BLE pairing, and embedded analytics translating raw motion into real-time performance metrics on mobile.
End-to-end design of a precision RF energy system — power electronics, waveform control, and disposable interface electronics for interventional procedures.
Console based touch screen multi wavelength fiber optic illumination system, Concept through production. Continued production support.
Ultra-low-power analog front-end, BLE telemetry, and firmware enabling multi-day ambulatory cardiac monitoring on a single-use form factor.
High-voltage capacitor charging, ECG rhythm analysis, and voice-guided UX engineered into the smallest fully-featured AED in its class.
Closed-loop motor control, occlusion sensing, and safety-critical firmware compliant with IEC 60601 and IEC 62304 software lifecycle.
Sensor fusion, fluid temperature control, and embedded software for a hospital-grade patient temperature management system.
Optical dose control, RFID tray tracking, and closed-loop verification for an FDA-cleared blood pathogen reduction instrument.
Custom sub-GHz radio stack, low-power MCU firmware, and cloud telemetry — delivered with a 30% bill-of-materials reduction.
9-axis IMU fusion, BLE pairing, and embedded analytics translating raw motion into real-time performance metrics on mobile.
One short brief a month: breakthrough devices, regulatory wins, and lessons from the bench.
From early concept to acquisition-ready product — share your goals and we'll map a path.