MIG-350W Water-Cooled High Speed Pulse MIG Welding Machine
The MIG-350W is an advanced water-cooled high-end pulse MIG welding machine designed for production environments that need longer operating cycles, lower torch temperature, and stable welding quality under sustained use. By combining integrated water cooling, pulse MIG control, and a separate speed-feedback wire feeder, it is built for more intensive fabrication work than a standard air-cooled setup.
This model adds an integrated water cooling system to a high-end pulse MIG platform, supporting more stable extended operation, lower torch temperature, and stronger production continuity.
MIG-350W Technical Specifications
Official technical specifications for the MIG-350W water-cooled high speed pulse MIG welding machine, preserving the published model name and values while improving the surrounding presentation and wording.
Integrated water cooling for longer welding cycles, steadier torch temperature, and stronger production continuity.
MIG-350W is intended for production users who want the control advantages of a high-end pulse MIG platform together with the operational benefits of built-in water cooling for longer or more demanding welding sessions.
Built-In Water Cooling Tank For Extended Operation
The official page highlights the integrated water cooling tank as a key advantage for longer welding cycles, helping maintain more suitable torch temperature and improving operating continuity in demanding applications.
Synergic Control With Feedback-Based Wire Feeding
The published synergic logic and wire feeder speed feedback system are designed to make setup faster and wire delivery more consistent, supporting better repeatability across different materials and jobs.
High-End Pulse Performance For More Intensive Welding Work
The machine is positioned for professional pulse MIG welding where stronger thermal control, broader parameter adjustment, and repeatable performance are more important than maximum portability.
Select compact pulse, advanced industrial pulse, or transformer and SCR MIG platforms by output, cooling, and working reach.
The MIG family in this catalog spans portable synergic models, higher-output pulse systems, water-cooled production units, silicon-carbide industrial power sources, and conventional transformer or SCR machines for routine fabrication through heavy structural welding.
Portable pulse and multi-process machines for workshop work, repair, and lighter fabrication
- MIG-160 and MIG-230 support compact pulse MIG work for thinner materials and general shop use.
- MIG 250ST adds MIG and MMA capability with wide 1/2/3-phase input flexibility for changing site power conditions.
- These models are a practical fit when mobility, easier setup, and moderate current demand matter most.
Separate-feeder, SiC, air-cooled, and water-cooled machines for production welding and multi-material control
- MIG-280, MIG-280X, MIG-350X, and MIG-500X cover high-speed pulse MIG with separate-feeder industrial layouts.
- MIG-350W and MIG-500W add integrated water cooling for longer high-amperage operation.
- MIG-400SiC and MIG-500SiC focus on higher real-output industrial performance with compact silicon-carbide power design.
Conventional wire-feed systems for routine fabrication, thicker plate work, and durable production environments
- MIG-250T and MIG-350T serve general semi-automatic welding with transformer-based construction.
- MIG-350SCR, MIG-500SCR, and MIG-630SCR extend the range for heavier plate welding and higher-current duty.
- Choose these models when simple structure, long-service durability, and conventional heavy fabrication positioning are priorities.
Verify package scope and application suitability before order confirmation.
Published specifications, standard delivery scope, and accessory ratings are for reference only and may change without notice. Included torch assemblies, wire feeders, interconnection cables, work return cables, regulators, water-cooling units, plugs, and other accessories may vary by model, package, and destination market. Before supply, confirm the required welding process, input power, output current, duty cycle, cable or torch length, and applicable local compliance requirements for the intended application.