Cebora TriStar 1636/M Mig Welder

The Cebora TRI-STAR is a lightweight, single-phase multiprocess inverter welder offering MIG/MAG, MMA, and TIG capabilities with simple controls and outstanding portability.

SKU: 1394

Product Overview

Cebora TriStar 1636/M Mig Welder

The Cebora TRI-STAR MIG 1636/M is a compact, versatile power source designed for professionals who need mobility without compromising performance. Engineered for maintenance, repair, installation, and workshop applications, the TRI-STAR delivers multiprocess functionality—MIG/MAG, MMA, and TIG (with Cebora lift ignition)—in one reliable machine. Its low weight, user-friendly interface, and single-phase input make it suitable for a wide range of environments, from on-site welding to everyday workshop use.

The intuitive control panel allows rapid process selection, while synergic programs ensure optimized performance across various materials and wire types. With compliance to EN 61000-3-12, the TRI-STAR offers substantial energy savings and reliable operation even on motor generators, making it both efficient and adaptable.

Key Features

  • Multiprocess Capability
    Weld in MIG/MAG, MMA, and TIG modes with one machine, ideal for versatility on-site or in the workshop.

  • User-Friendly Control Panel
    Simple front-panel design with clear displays and quick selection options for all welding processes.

  • Synergic MIG/MAG Programs
    Eleven built-in synergic curves optimized for steel, stainless steel, aluminium, MIG brazing, and flux-cored wire, with the ability to work with mixed gases or pure CO₂.

  • Arc Fine-Tuning
    Dedicated control for precise adjustment of arc length, ensuring consistent, high-quality welds.

  • Compact and Lightweight
    At only 13kg with compact dimensions, it’s easy to transport while offering professional-grade performance.

  • Wide Power Compatibility
    Operates from single-phase supply with ±15% / -20% voltage tolerance and can be powered by motor generators of 6 KVA minimum.

  • Energy Efficiency
    EN 61000-3-12 compliance ensures reduced energy consumption and greater reliability in diverse conditions.