
Guide

The DESMI151M inverter welder is designed for arc welding using the MIG/MAG method with gas shielding, the MMA method with coated electrodes ranging from 1.6 to 2.5 mm in diameter, and the TIG method with non-consumable electrodes in diameters of 1.6 mm, 2 mm, and 2.4 mm.
Inverter welding equipment is a type of welding machine that generates the required current values using electronic circuits. It is characterized by its compact size, low weight, high efficiency, wide range of applications, excellent welding performance, and significant transport mobility.
The DESMI151M inverter welder is intended for manual welding with self-shielded welding wire or with MIG/MAG gas shielding. It can also be used for welding materials such as alloy steels, structural steels, and cast iron with coated electrodes. Additionally, it can be used with non-shielded electrodes for welding non-ferrous metals and very thin semi-finished products, achieving significantly better weld quality.
This model of the welder is not suitable for welding aluminum and its alloys.
Note: The maximum spool weight suitable for DESMI151M is 0.45 kg and 0.9 kg (maximum spool diameter 100 mm).
Features of the IGBT DESMI151M Inverter Welder:
Technical Data of IGBT DESMI151M Inverter Welder:
Package Includes:
Our Site and our Trusted Partners process your personal data collected on the Internet, e.g. your device's IP address and information saved using tracking and storage technologies such as cookies, web beacons or other similar technologies.
Cookies are using to provide services in accordance with Privacy policy, as well as for analytical and marketing purposes, and to adjustment the content to your preferences and interests, including displaying personalized (advertising) content and for the proper functioning of the website. You can define the conditions for storing or accessing cookies in your browser.
By clicking "I AGREE, I WANT TO GO TO THE WEBSITE" you consent to the use of cookies in accordance with your browser settings and to adjustment the content on our website to your preferences, as well as for statistical and marketing purposes, including displaying personalized (advertising) content. You can withdraw your consent at any time by deleting cookies from your browser from a given end device.
If you click "I DO NOT AGREE" - you will not be able to access the website.