VIO® 3n Fire

ERBE VIO® 3n Fire Electrosurgical Generator — Available at JP Biochem
The ERBE VIO® 3n Fire represents the latest generation of high-performance electrosurgical technology from one of the world's most respected names in surgical energy systems. Designed to expand electrosurgical applications across clinical specialties, the VIO® 3n Fire combines state-of-the-art microprocessor technology, a patented high-dynamics generator module, and an extensive range of cutting and coagulation modes — giving surgeons and endoscopists an unmatched level of control, reproducibility, and safety in every procedure. erbegroup
Whether in the operating theatre, endoscopy suite, or outpatient procedure room, the VIO® 3n Fire is engineered to meet the most demanding surgical requirements while remaining intuitive and straightforward to operate.

Microprocessor Precision — 25 Million Measurements Per Second
At the heart of the VIO® 3n Fire is a fundamentally different approach to energy delivery. A state-of-the-art microprocessor measures conditions at the target tissue more than 25 million times per second, continuously adapting energy output to what the tissue actually needs at that precise moment. This level of real-time responsiveness is what separates modern intelligent electrosurgery from older fixed-output systems. erbegroup

Patented High-Dynamics Generator — Exceptional Performance at All Impedances
The patented generator module, rated at 400W in the high-dynamics device class with up to 8 amperes of output, enhances energy delivery especially in high and varying impedance loads — such as saline-enriched electrosurgical circuits. This makes the VIO® 3n Fire particularly well-suited for laparoscopic procedures, endoscopic resections, and any setting where circuit conditions change rapidly during activation. erbegroup

Spark Recognition — Controlled, Reproducible Cuts
Spark Recognition technology automatically detects the formation of micro electric sparks, enabling controlled and reproducible cuts, and for applicable coagulation modes, reducing carbonisation and adhesion of tissue to the instrument. Spark Regulation provides reproducible, efficient cutting in tissue with high or extremely low impedance, ensuring consistent outcomes regardless of tissue type or surgical technique variation. erbegroup

Constant Voltage Regulation & Power Dosing
Constant voltage regulation with power dosing automatically delivers the lowest effective adjusted power output in all modes, minimising unnecessary thermal spread and protecting surrounding tissue. This is a critical safety feature, particularly in procedures near sensitive structures. erbegroup

Initial Control Support — Confidence in Challenging Circuits
Starting an electrosurgical cut reliably is one of the most technically demanding moments of any procedure. Initial Control Support assists even the most challenging electrosurgical circuits through the Power Peak System™ (PPS and Special PPS), Initial Cut Support, and Spark Support — ensuring clean, predictable activation every time, regardless of electrode geometry or tissue conditions. erbegroup

Tissue Effect Control — autoSTOP™ & softCOAG®
Tissue effect control further optimises clinical applications across interventions. autoSTOP™ ends activation of select waveforms automatically, softCOAG® with autoSTOP™ ends activation automatically when sufficient desiccation is achieved, and forcedCOAG® with autoSTOP™ ends activation automatically on detection of a spark. These automated tissue-protective features reduce the risk of over-treatment and charring — crucial in delicate procedures. erbegroup

NESSY® Neutral Electrode Safety System
Patient safety during monopolar electrosurgery depends critically on correct neutral electrode function. NESSY® provides an enhanced safety profile through dynamic, patient-specific neutral electrode monitoring of patient impedance levels and return electrode orientation, providing continuous protection against return electrode burns throughout every procedure. erbegroup

Comprehensive Cut & Coag Mode Library
The VIO® 3n Fire supports monopolar, bipolar, and Erbe's proprietary hybrid technology with an extensive waveform library. CUT modes include autoCUT®, highCUT™, dryCUT™, endoCUT® I, endoCUT® Q, and the new endoCUT® U and autoCUT® bipolar. COAG modes include preciseSECT™, softCOAG®, forcedCOAG®, swiftCOAG®, twinCOAG®, sprayCOAG™, and softCOAG® bipolar. APC® waveforms, including the new moveAPD® and senseAPD® are available with the APC® 3 module. erbegroup

Intuitive Design — Built for the Clinical Environment
The VIO® 3n Fire features a compact form factor with a touchscreen user interface, digital instrument recognition technology that automatically configures the system to preprogrammed starting settings, stepGUIDE with illuminated socket frames for increased user-friendliness, and FOCUSVIEW, which displays the active instrument on screen. Up to 1,500 program settings and 10 program groups allow complete customisation to unique clinical requirements. The immersible and machine-washable footswitch with ReMode® functionality allows selection of up to 6 sub-programmes directly from the procedural field. erbegroup

Continuous Improvement via ARTUS Stick
Software updates and improved service via the proprietary ARTUS stick offer continued access to the latest performance and application enhancements and more efficient service from Erbe, protecting the long-term investment value of the device. erbegroup

Why Choose JP Biochem?
JP Biochem is your trusted local supplier of ERBE surgical equipment in Botswana. We provide full product support, clinical guidance, and after-sales service for hospitals and surgical facilities across the country. Sourcing the ERBE VIO® 3n Fire through JP Biochem means world-class electrosurgical technology backed by local expertise and dependable in-country support.