System architecture & closed-loop control
In select platforms, real-time tissue response data modulates RF output instead of relying on preset power alone, supporting controlled thermal dosing.
RF energy · Electrosurgery · OEM development
We design and deliver electrosurgical and RF-based medical devices, supporting both proprietary product lines and engineering-led development programs, from early concept through regulated, scalable production.
Surgical RF devices & development expertise
We develop and supply commercial radiofrequency-based surgical devices used across clinical and procedural environments: electrosurgical electrodes, RF generators, vessel sealing systems and RF microneedling platforms designed for reliability, repeatability and scalable production.
Alongside our own portfolio, we provide development and manufacturing support for OEM and strategic partners, from device design, engineering and prototyping to process development and regulated manufacturing, so new surgical technologies can move from concept to commercial production.

Product portfolio
Single-use and reusable instruments, energy platforms and accessories engineered for precision, durability and consistent RF performance.

Blade, ball and needle electrodes, uncoated or RF-NonStick coated, plus tungsten needles.
View product
Two-button monopolar pencils with 3 m or 5 m cables and an optional ceramic coating.
View product
Advanced pencil engineered to reduce lateral thermal spread, charring and collateral damage.
View product
Multipurpose RF platform for monopolar, bipolar and vessel sealing applications.
View product
Bipolar hand device with a compatible generator for controlled hemostasis.
View product
Temperature-controlled RF microneedling with two handheld applicators.
View productTechnology
Generators, handpieces, electrodes and control algorithms are engineered as one coordinated system, so RF energy is delivered predictably across clinical environments.
Explore our RF technology
In select platforms, real-time tissue response data modulates RF output instead of relying on preset power alone, supporting controlled thermal dosing.
RF-NonStick ceramic coating is designed to reduce tissue sticking and thermal build-up compared with conventional metallic surfaces.
RF microneedling measures tissue temperature in real time, regulating energy by measured response rather than preset output.
Featured device · Super Pencil
An advanced electrosurgical pencil engineered to reduce lateral thermal spread, minimize charring and collateral tissue damage, and produce cleaner surgical smoke than standard pencils.
Medical device development & OEM support
End-to-end development and manufacturing for OEM partners and clinical innovators, executed within controlled processes appropriate for regulated medical devices.
Concept development, feasibility and system architecture.
Mechanical, electrical and RF engineering with iterative prototypes.
Process development and design for manufacturability and assembly.
V&V planning, risk management and design controls.
Pilot builds, scale-up and cleanroom production.
Regulatory compliance
Engineering and manufacturing under ISO 13485-compliant quality systems, aligned with applicable ISO and IEC requirements.
Google reviews
Feedback organized by service category: electrosurgical devices, vessel sealing, RF microneedling and OEM development.
Demo note: entries tagged “Sample review” illustrate the layout. Once a Google Business Profile is set up, live Google reviews will appear here, grouped by service.
FAQ
Need specifications, compatibility details or documentation? Ask our engineers.
Ask a technical questionInquiry
Product quotes, distributor opportunities, technical specifications or a new OEM program: tell us what you need and the right engineer will reply.