Telwin Bimax 132 Turbo Mig Welder
The Telwin Bimax 132 Turbo MIG Welder is a flexible and compact welding machine designed for home workshops, small garages, and light maintenance tasks. Capable of both gasless FLUX-core welding and MIG-MAG gas welding (with optional kits), it allows users to tackle a wide range of welding jobs on materials such as mild steel, stainless steel, and aluminium.
Built with thermostatic protection and a durable design, the Bimax 132 Turbo offers both safety and reliability. It comes complete with FLUX welding accessories for gasless operation straight out of the box, with the option to expand to gas-shielded welding when required. Lightweight and portable, this welder is a smart choice for DIY welders and tradespeople alike.
Key Features
- Dual Welding Options
Supports gasless FLUX-core welding as standard and can be upgraded for MIG-MAG gas welding, offering flexibility for different materials and applications. - Thermostatic Protection
Equipped with built-in protection to prevent overheating, ensuring safe and reliable operation. - Supplied with Accessories
Delivered with FLUX welding accessories, so you can start welding immediately without needing additional purchases. - Versatile Material Use
With the optional gas kit, this welder can handle steel, stainless steel, and aluminium, expanding its range of applications. - Compact and Portable
Weighing only 21kg (see datasheet, page 1 - Flexible Wire Size
Compatible with wire diameters from 0.6mm to 0.9mm, making it suitable for light fabrication and repair jobs. - Single-Phase Power
Runs on 230V single-phase power, making it convenient for most workshop and garage setups. - Integrated Safety Standards
Built to EN 60974-1, EN 50445, and EN 60974-10 standards, ensuring compliance with European welding equipment requirements. - Durable Build Quality
Made by Telwin, a trusted European brand known for quality and innovation in welding technology. - Compact Dimensions
Measuring only 48 × 27.5 × 38 cm, it’s designed for tight workshop spaces without sacrificing performance.