Telwin Inverpulse 425
The Telwin Inverpulse 425 MIG/TIG/MMA Inverter Welder is designed for maximum versatility and precision in demanding industrial environments. With advanced microprocessor control, it offers seamless welding across MIG-MAG (continuous, pulse, and double pulse), flux/brazing, TIG-DC lift, and MMA processes. Its 4-roller wire feeder ensures consistent results on a wide range of materials, including steel, stainless steel, high-strength steels, galvanised sheets, aluminium, and alloys.
The synergic function makes setup simple by automatically adjusting welding parameters while still allowing operators full control. With connectivity for remote regulation, computers, and robotic plants, plus robust built-in protections, the Inverpulse 425 is the ideal choice for workshops and industrial production lines requiring reliability, flexibility, and quality results.
Key Features
Multi-Process Capability
Supports MIG-MAG (continuous, pulse, and double pulse), TIG-DC lift, MMA, and brazing, making it a versatile solution for a wide range of applications.
Synergic Control
Features 50 pre-set synergic programmes for rapid, easy setup, while maintaining precise control of arc stability and weld quality.
Custom Programme Storage
Stores up to 40 customised welding programmes and retains the last 10 alarm states for quick recall and efficient troubleshooting.
Industrial Connectivity
Can be connected to computers or robotic welding systems, ensuring compatibility with modern automated production lines.
Advanced Welding Adjustments
Fine-tune your process with settings for bi-level, post-gas time, current down slope, electronic reactance, wire feeder start-up, and burn-back time.
Flexible Operation Modes
Choose between 2/4 times, spot, or bi-level modes to suit different welding requirements and operator preferences.
Professional Wire Feeding System
Equipped with a 4-roller separate wire feeder for smooth and consistent wire delivery, especially with aluminium and softer wires.
Built-in Safety Protections
Comprehensive protections against overcurrent, overvoltage, undervoltage, overheating, and phase failure ensure reliability and operator safety.