Power and precision in every joint: Arthroscopic electrodes for maximum precision
FirePen electrodes enable precise bipolar ablation and coagulation in arthroscopic procedures and are supplied as single‑use, ready‑to‑deploy instruments. Specially designed non‑clogging electrode geometries prevent tissue build‑up at the tip and ensure consistent energy delivery, even during prolonged use.
Various tip shapes and angulations allow targeted work in anatomically demanding joint areas, while the integrated suction supports clear visualization and a smooth, reproducible workflow during capsular procedures, synovectomy, and soft‑tissue decompression.
Focused energy delivery
The bipolar electrodes enable targeted energy delivery with minimal heat spread, thereby protecting surrounding tissue and increasing control within the joint space. Various tip and angle geometries support vaporization, ablation, and coagulation in shoulder, knee, and hip arthroscopy
Work comfortably
The electrodes and handpieces feature a lightweight, ergonomic design that enables precise guidance and reduces strain. Optional integrated control buttons allow for direct power control on the instrument without interrupting the surgical procedure.
Versatile application
Whether straight, angled, or with integrated suction, the electrodes cover the entire spectrum of arthroscopic HF surgery. Their precise tip shapes enable efficient synovectomies, capsular work, and soft-tissue decompressions, even in hard-to-reach joint areas.
BiVac
BiVac electrodes enable precise bipolar vaporization and coagulation in arthroscopic procedures. The integrated suction maintains a stable intra‑articular temperature while consistently maintaining a clear field of view within the joint.
The modular design, combining a reusable handpiece with single‑use electrode tips, offers flexible application for shoulder, knee, and hip arthroscopy and supports a controlled and efficient HF workflow.
FirePen
FirePen electrodes enable precise bipolar ablation and coagulation in arthroscopic procedures and are supplied as single‑use, ready‑to‑deploy instruments.
Specially designed non‑clogging electrode geometries prevent tissue build‑up at the tip and ensure consistent energy delivery, even during prolonged use.
Various tip shapes and angulations allow targeted work in anatomically demanding joint areas, while the integrated suction supports clear visualization and a smooth, reproducible workflow during capsular procedures, synovectomy, and soft‑tissue decompression.
