Artis 300 DC XT

The mobile TIG welding machine

Artis 300 DC XT: A true all-arounder

The Artis 300 DC XT (Extended Version) is designed for mains voltages from 200 to 600 V and can be used worldwide. Depending on the power category and the mains fuse, up to 300 A is possible in single-phase operation.

The Artis 300 DC XT is the ideal choice for businesses that value energy efficiency and performance.

Special features of the Artis 300 DC XT:

Available for gas or water-cooled variants
Can be used worldwide
Full generator compatibility
Optimized welding performance due to higher output characteristic
CEL-compatible

Highlights of Artis 300 DC XT

XT Variant

The XT variant offers single phase at 230v, and three phase 200-600v. It can be used worldwide and is fully generator-compatible. It also offers higher energy efficiency and optimized welding performance thanks to a higher output characteristic.

Favorite button

The Favorite button allows you to access the most important background parameters in one easy-to-use step.

5 EasyJobs

5 EasyJobs simplify repetivie welding.

Welding current display

A clear welding current display allows precise control over the entire welding process.

Artis versions

Artis is available as a gas- or water-cooled version.

The TIG welding functions

Gas pre-flow and post-flow

The welding machine that thinks with you. Artis automatically calculates the duration of the optimal gas post-flow time according to the set welding current. This improves the gas shield at the end of the weld and around the tungsten.

Automatic shutdown

Once the welding process is complete, the welding current switches off automatically after a specific change in the arc length.

TAC function

Up to 50% time savings when tacking. Pulse currents are used to make the weld pool oscillate. This makes it easier to tack components together and reduces tacking time, leaving minimal to no temper colors on the tacking points.

Pulse and TAC display curve

This allows you to add two additional welding parameters—“Pulse” and “TAC”—to the function curve on the control panel.

TIG Pulse: For thin sheets

MIG/MAG pulse welding is used primarily for welding in tight spaces or for welding particularly thin materials. The pulse setting range is from 1 Hz to 990 Hz.

Touch high-frequency ignition

If limited component accessibility requires the use of torches without a torch trigger, touch HF ignition is the answer. The machine detects contact with the workpiece and, after a defined period of time, ignites the arc precisely at the desired point.

Variable TIG welding torch

We offer TIG welding torches with standard, UpDown function, long trigger, or potentiometer, depending on your requirements.

Spot and stitch welding

The spot welding mode allows you to apply welding spots at even intervals. With the freely adjustable stitch pause time, you can also continue this as stitch welding.

Gas pre-flow and post-flow

Automatic shutdown

Once the welding process is complete, the welding current switches off automatically after a specific change in the arc length.

TAC function

Pulse and TAC display curve

This allows you to add two additional welding parameters—“Pulse” and “TAC”—to the function curve on the control panel.

TIG Pulse: For thin sheets

MIG/MAG pulse welding is used primarily for welding in tight spaces or for welding particularly thin materials. The pulse setting range is from 1 Hz to 990 Hz.

Touch high-frequency ignition

Variable TIG welding torch

We offer TIG welding torches with standard, UpDown function, long trigger, or potentiometer, depending on your requirements.

Spot and stitch welding

The spot welding mode allows you to apply welding spots at even intervals. With the freely adjustable stitch pause time, you can also continue this as stitch welding.

The stick welding functions

Electrode pulse welding

The electrode pulse mode enables better weld properties in tight spaces and increased gap-bridging ability. It is ideal for welding vertical-up seams.

HotStart function

In order to make the electrode easier to ignite, the current is increased for a split second during ignition on the welding machine.

Cellulose electrodes

Optimum characteristic for welding cellulose electrodes. This requires a higher open circuit voltage or ignition power.

Arc-force dynamic

If basic electrodes are welded with coarse droplet material transfer at a low current (underloaded), there is a danger of sticking. To rule this out, more current is supplied for a split second so that the electrode burns freely, preventing sticking.

Anti-stick

If a short circuit occurs (electrode sticks during MMA welding), the welding current is interrupted. This prevents annealing of the electrode and serious weld faults.

TrackingArc

This function acts like a flashlight. Igniting the arc with only eight amperes makes it easier to find the exact starting position when re-igniting after the end of welding or an electrode change. This helps you avoid welding errors such as insufficiently filled end-craters or notch effects as well as time-consuming rework. The TrackingArc function is specifically designed for applications that do not use an automatic welding helmet or shield.