Hospital handpiece EP0 series

for minimally invasive surgerysurgeryoperating room

Product overview
Disposable electrosurgical pencils provide precise cutting and coagulation with an ergonomic, lightweight and water-resistant design. They are EO-sterilized, individually packaged for single use, and built to limit fluid penetration while ensuring compatibility with standard electrosurgical units (ESU).

Application scenarios

• General surgery
• Hospital operating rooms
• Minimally invasive procedures

Product features

• Ergonomic, lightweight housing to support surgeon control and reduce fatigue
• Water-resistant construction to minimise risk of fluid ingress and ensure reliable operation
• Precise cutting and coagulation performance for consistent surgical outcomes
• Broad compatibility with standard 3‑prong and 1‑pin ESU connectors

Certifications
Product page displays certification icons indicating conformity with relevant medical device standards and quality assurance (visual certification marks presented on the page).

FAQ

• What electrode sizes are available for disposable electrosurgical pencils? Electrode lengths available: 70 mm, 90 mm, 110 mm and 160 mm to suit different procedures.
• Are the electrosurgical pencils compatible with standard ESU systems? Yes. The pencils use standard 3‑prong and 1‑pin connectors compatible with most electrosurgical generators.
• Are the disposable electrosurgical pencils sterile? Yes. Products are EO sterilized and supplied individually packaged for single‑use to reduce cross‑contamination risk.
• How long is the cable on the electrosurgical pencil? Each pencil is fitted with a 3‑meter cable to provide flexible movement and easier handling during surgery.

Technical specifications

• Electrode sizes: 70 mm, 90 mm, 110 mm, 160 mm
• Connectors: standard 3‑prong and 1‑pin connectors
• Sterilization: EO sterilized; individually packaged for single use
• Cable length: 3 meters
• Design: ergonomic, lightweight, water‑resistant
• Compatibility: compatible with most electrosurgical generators and ESU systems