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Forceps-Style Bipolar Bendable Plasma Electrode for UBE and Endoscopic Spine Surgery

Forceps-Style Bipolar Bendable Plasma Electrode for UBE and Endoscopic Spine Surgery

The bendable distal section improves lateral reach and positioning around target tissues, making the electrode suitable for UBE surgery, transforaminal endoscopic spine procedures, decompression, and intervertebral fusion-related tissue treatment. When connected to a compatible plasma RF generator, it supports targeted tissue ablation and coagulation.

Product Introduction
DJQ Series · Spine Surgery

Bipolar Spine Electrode & Bendable RF Electrode

A forceps-style bipolar spine electrode designed for controlled access and targeted soft-tissue ablation and coagulation in minimally invasive spinal fusion and decompression procedures.

Model DJQ0360-01 2.5 mm Shaft 360 mm Working Length Non-Irrigated
DJQ0360-01 bipolar spine electrode and bendable RF electrode for minimally invasive spine surgery
Product Overview

Bendable RF Electrode for Deep and Confined Spinal Access

The DJQ0360-01 is a forceps-style bipolar bendable plasma electrode developed for minimally invasive spinal procedures. Its forceps-type handle mechanically controls the distal working end, helping the operator adjust tip direction and approach target tissue in deep or restricted surgical channels. The 2.5 mm shaft and 360 mm working length support extended access for spinal fusion and decompression-related tissue treatment. Buyers searching for a UBE RF probe, UBE plasma electrode, endoscopic spine electrode or endoscopic spine probe should confirm the intended procedure, access system and applicable product labeling before ordering, because the source configuration is specified for minimally invasive spinal fusion and decompression-related use rather than a separately stated UBE indication.

01

Bendable Bipolar Spine Electrode Tip

The controllable distal section improves access to lateral or difficult-to-reach tissue within confined spinal channels.

02

Forceps-Style Control

The trigger-style handle provides stable grip and direct mechanical control of the working-end direction.

03

Extended 360 mm Reach

The long working section supports access to deeper treatment areas in minimally invasive spinal procedures.

04

Focused Plasma Treatment

When connected to a compatible plasma RF generator, the bipolar tip supports targeted ablation and coagulation.

Rounded bipolar working tip of DJQ0360-01 plasma spinal electrode

Working-End Design

Directional Working End for Endoscopic Spine Probe Selection

The distal working end has a compact rounded profile for controlled contact with target tissue. Mechanical actuation through the forceps-style handle allows the working end to be directed without large movements of the entire shaft.

Clinical positioning: intended for plasma-assisted soft-tissue treatment during spinal fusion and decompression-related procedures. For procurement terms such as UBE plasma electrode or endoscopic spine electrode, final suitability must be confirmed against the intended access technique, product label, IFU and applicable registration scope.
Technical Specifications

DJQ0360-01 Bipolar Spine Electrode Specifications

Model DJQ0360-01
Product category Forceps-style bipolar bendable plasma electrode
Clinical area Spine surgery
Working-tip structure Bipolar, bendable distal section
Metal shaft diameter 2.5 mm
Conventional working length 360 mm
Integrated irrigation channel No
Main application Plasma-assisted tissue treatment for intervertebral fusion and decompression-related procedures
Applicable Procedures

Bipolar Spine Electrode for Minimally Invasive Spine Workflows

Intervertebral fusion-related tissue treatment
Spinal decompression procedures
Targeted soft-tissue ablation
Localized coagulation and hemostasis
Detailed Connector Display

Connector Configurations for Different Generator Platforms

The images below are for preliminary structural comparison and interface communication. Final matching still needs to be confirmed according to the generator brand, model, interface structure and original connector sample.

5-pin connector
5-Pin / GAOTON
Forerunner connector
Forerunner Interface
6-pin Korean connector
6-Pin / Korea
6-pin connector
6-Pin Interface
8-pin connector for Quantum 2
8-Pin / Quantum 2
Alternative 8-pin connector
8-Pin Alternative
13-pin button-type connector
13-Pin Button Type
14-pin connector
14-Pin Interface
27-pin connector
27-Pin / Quantum 2
Johnson and Johnson connector
Johnson & Johnson
4.0L banana connector
4.0L Banana Plug
4.0 banana connector
4.0 Banana Plug
2.5 banana connector
2.5 Banana Plug
High-frequency connector
High-Frequency Connector
Bonss ENT connector
Bonss ENT Interface
Bonss orthopedic connector
Bonss Orthopedic
MECHAN ENT connector
MECHAN ENT Interface
Coblator 8-pin connector
Coblator 8-Pin
Stryker connector
Stryker Interface
Additional 8-pin connector
8-Pin Additional Body
Compatibility confirmation: Please send the generator brand and model, a clear photo of the generator nameplate, the electrode port and the original connector. Our technical team will confirm the appropriate interface before ordering.
FAQ

UBE RF Probe & Bipolar Spine Electrode FAQ

What procedures is the DJQ0360-01 designed for?

It is designed for minimally invasive spinal procedures, particularly plasma-assisted tissue treatment associated with intervertebral fusion and decompression.

What is the purpose of the forceps-style handle?

The handle provides mechanical control of the bendable distal section, helping the operator direct the working tip in confined surgical spaces.

Why is the working length 360 mm?

The extended length supports access to deeper spinal treatment areas through compatible minimally invasive approaches.

Does this model include an irrigation channel?

No. The standard DJQ0360-01 is a non-irrigated model. Fluid management should be provided through the surgical system or an independent setup when required.

What tissue effects are supported?

When used with a compatible plasma RF generator, the bipolar working end supports targeted soft-tissue ablation and coagulation according to the selected system mode.

Is DJQ0360-01 a dedicated UBE plasma electrode?

The source specification identifies DJQ0360-01 for minimally invasive spinal fusion and decompression-related plasma procedures, but it does not separately state a UBE-specific indication. Buyers searching for a UBE RF probe or endoscopic spine probe should confirm procedural suitability from the product label, IFU and local registration requirements.

How can generator compatibility be confirmed?

Provide the generator brand and model, port photo, nameplate photo and original electrode connector photo for technical checking.

Can specifications be customized?

Eligible projects may be evaluated for changes to working length, shaft structure, cable, connector, packaging or labeling, subject to technical feasibility and order requirements.

Technical Matching Support

Confirm Your UBE / Endoscopic Spine Probe Configuration

For distributors comparing a UBE electrode manufacturer, send the intended procedure, access technique, generator model, port photo and original connector image. Our team will check the available bipolar spine electrode configuration and prepare the appropriate quotation. The term spine coblation wand is treated here as a procurement search term; final product identity and use follow the applicable labeling and compatibility confirmation.

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