TPS/i Robotics — MIG/MAG welding system for robots up to 600 A

TPS/i Robotics — MIG/MAG welding system for robots up to 600 A

Country: Austria · Model: TPS/i Robotics

The robotic version of the TPS/i delivers up to 600 A and welds steel, chromium-nickel steels and aluminium by MIG/MAG processes with a robot. The manufacturer has been engaged in robotic welding since the 1990s, and the system combines arc control with software tools for integration and for recording and analysing welding data. The main industries are automotive, mechanical engineering, metal structures and series robotic welding.

Welding current: up to 600 A
Feeding: Push and PushPull (Robacta Drive)
Process packages: Standard, Pulse, LSC, PMC, CMT
Assistants: WireSense (sheets 0.5–20 mm), TeachMode, TouchSense, SeamTracking

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Technical specifications

Customs codes (for reference)
Welding current	up to 600 A
Feeding	Push and PushPull (Robacta Drive)
Process packages	Standard, Pulse, LSC, PMC, CMT
Assistants	WireSense (sheets 0.5–20 mm), TeachMode, TouchSense, SeamTracking
Integration	standard interfaces of robots from different manufacturers; WeldCube
Materials	steel, CrNi, aluminium
HS code	8515.39; 8515.31
UKTZED code (Ukraine)	8515399000 (источник отдельно); 8515310000 (в составе автоматической/роботизированной установки)
CN code (EU)	85153990 (источник отдельно); 85153100 (в составе установки)

Specifications are taken from the manufacturer’s technical documentation. Updated 11/06/2026. Customs codes are for reference only; the final code is determined at customs declaration for the specific model.

Description

The modular platform is built into systems with Push or PushPull feeding, where the Robacta Drive on the torch handles long hose packs, soft wires and the CMT process. For robots from different manufacturers all common standard interfaces are available, so a manual source is quickly converted into a robotic one. The Standard and Pulse packages are supplemented by LSC with soft re-ignition of the short arc, PMC with penetration and arc length stabilizers, and CMT with wire reversal. TeachMode holds a constant wire stick-out during programming and is included free of charge in all TPS/i configurations. TouchSense finds the workpiece by touching it with the wire or nozzle, and SeamTracking follows the seam by the torch oscillations. SlagHammer knocks off slag by reversing the wire before ignition, ShortCircuitDetection detects spatter in the gas nozzle, and SFI strikes the arc without spatter. WeldCube links all welding machines in production into a network and documents the welds.

How to choose

The configuration is determined by the material and the length of the hose pack, and for aluminium, soft wire and CMT, PushPull with the Robacta Drive is needed. When 600 A from one source is not enough for thick metal, the PowerSharing function combines two TPS/i units on one torch with their total power. For two wires in a common pool there is the tandem TPS/i TWIN system, and for manual stations on the same platform the ordinary TPS/i.

Request a price and lead time

TPS/i Robotics — MIG/MAG welding system for robots up to 600 A. We reply within one business day.

Or email office@usk.ua or call +38 (044) 339-50-20.

FAQ

Which robots is TPS/i Robotics compatible with?

All common standard interfaces are available for robots from different manufacturers. So a manual source can be converted into a robotic one quickly.

For what sheet thickness does WireSense work?

WireSense uses the wire as a sensor for edges, height and gaps on sheets of 0.5–20 mm without optical systems. The function requires the Robacta Drive CMT and a wire buffer.

What is PowerSharing in the TPS/i?

The function combines two TPS/i sources to work with one torch at their total power. It is used on thick metal and for high deposition rates.

Can the parameters of every weld be documented?

Yes, WeldCube links all welding machines in production into a network, monitors them and stores data for documentation.