RF-NonStick

The Best Medically Approved Ceramic Coating

RF Kinetics Inc. is proud to introduce our newest breakthrough technology: The RFK-NonStick all ceramic coating for electro-surgical electrodes. Non-stick coatings are extremely valuable for electro-surgical products. They improve performance in RF energy transfer, reduce eschar buildup, and eliminate time wasted on frequent cleaning of non-coated electrodes.

Our exciting new non-stick coating has the following advantages:

Durability and Resistance: The RFK-NonStick coating is designed to withstand repeated use and sterilization, including steam autoclaving. It is scratch-resistant and hard enough to prevent peeling, unlike silicone rubber coatings.

Biocompatibility: The RFK-NonStick coating is entirely non-toxic and biocompatible, ensuring safety for patients and clinicians alike. It does not contain any PTFE or related materials that may be harmful to health.

Performance: Our non-stick coating enhances RF energy transfer and reduces eschar buildup, thereby improving the performance of electro-surgical products.

Convenience: RFK-NonStick eliminates the need for frequent cleaning of non-coated electrodes, saving time and effort for clinicians. Additionally, the coating does not emit fumes, making it a safer option for electro-surgical procedures.

Cost-Effective: Despite its many advantages, RFK-NonStick is competitively cost-effective, making it an affordable solution for improving the quality of electro-surgical procedures.

In conclusion, RFK-NonStick all-ceramic coating for electro-surgical electrodes is a groundbreaking technology that offers unparalleled advantages. With its durability, biocompatibility, improved performance, convenience, and cost-effectiveness, RFK-NonStick is set to revolutionize the field of electro-surgery.

 

SIDE-BY-SIDE after-use COmparison of RF-nonstick versus competitor’s nonstick

A blade that is coated with RF-NonStick (left) and a blade that is coated with a competitor’s coating were utilized during a specific procedure, and the results of this comparison are clearly depicted in the images presented below. These visuals highlight the differences observed between the two coatings in practical application.

RF NonStick Coating remains fully intact even after heavy usage. This demonstrates the exceptional durability and quality of the coating, making it a reliable choice for extended use in various applications.

 

The Teflon/PTFE coated blade shows clear signs of wear after light use at power levels under 10 Watts. This is worrisome because the missing particles can either stay in the patient’s body or become airborne in the fumes and steam from electrocautery procedures. This emphasizes the need to monitor equipment condition and ensure patient safety during medical procedures.