Bio Nil
WB
Bionil WB Anti-Spatter
MIG/MAG Welding Anti-Spatter
Prevents flying spatter and molten slag from sticking to the metal surface and the torch during welding, plasma and laser cutting. No corrosion occurs. Contains no silicone.
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Bio Nil
Bionil WR Robot Welding Torch Anti-Spatter
For Automatic Welding Robots
Bio Nil· WR
Bionil WR Robot Welding Torch Anti-Spatter
For Automatic Welding Robots
Bionil WR prevents spatter from sticking to the torch on automatic welding robots and keeps the torch clean. On continuous production lines it extends torch life and reduces downtime.
Key Features
- Optimized for robotic welding
- Extends torch life
- Reduces downtime
- Compatible with automatic dosing
Application Images
The product in application
MIG/MAG welding anti-spatter products catalogue page
Technical Properties
Specifications
| Property | Value |
|---|---|
| Form | Liquid (automatic dosing) |
| Application | Robot torch body |
| Effect | Prevents spatter from sticking to the torch |
Material Compatibility
Robot welding torchesMIG/MAG automatic systems
Usage Areas
Where is it used?
- Automotive robotic welding
- Industrial production lines
- Robot torch maintenance
Application Procedure
Step-by-step usage
- 01
Fill the reservoir of the robot torch maintenance system
- 02
Set the automatic dosing parameters
- 03
Periodically check that the torch is clean
Application step01 / 03
01
Fill the reservoir of the robot torch maintenance system
- 01
Fill the reservoir of the robot torch maintenance system
- 02
Set the automatic dosing parameters
- 03
Periodically check that the torch is clean
Safety Warnings
- Wear PPE
- Keep out of reach of children
Frequently Asked Questions
About Bionil WR Robot Welding Torch Anti-Spatter
How does it differ from manual application on robot welding lines?
With manual application the operator has to spray the torch every shift, which means line stoppages and inconsistent film thickness. By integrating Bionil WR into the robot torch maintenance station, it is dosed automatically according to the welding cycle time; on continuous production lines human intervention drops to zero.
How much does it extend torch life?
With regular WR application, spatter build-up on the torch tip (contact tip) and the gas nozzle is minimized. In field-reported usage, the contact-tip replacement interval increases by a factor of 2-3, gas-flow stability is maintained and the weld defect rate drops noticeably.
How is automatic dosing carried out?
It is filled directly into the reservoir of the robot torch maintenance station (e.g. ABB BullsEye, Fanuc Cleaning Station). The cycle parameters are set to 5-10 seconds of application followed by a blow-off. The dosing amount is calibrated according to the line speed and amperage.
