Easy-Arc Cobot Weld Carts

Perfect welds: easy as point, click, run

EasyArc Collaborative Robot Welding Cart

A portable cobot welding system on wheels built with an ABB collaborative robot arm. Designed for operator safety and ANSI-level mobility, it boosts weld consistency, reduces labor strain, and drives ROI for small- to mid-sized manufacturers.

Learn More about the Collaborative Cart

EASYARC™ Collaborative Robot Welding Carts

The EasyArc™ welding cart is a plug-and-play collaborative welding solution that combines ABB’s GoFa™ robot with Fronius® welding technology. Designed to complement skilled welders, this cart-based system makes it simple for any shop to automate welding tasks – without fences or complex programming.

Whether you’re entering automation for the first time or expanding your welding capabilities, EasyArc is built to get you up and running fast with consistent, high-quality results.

EasyArc Welding Demonstration

Advantages to Cobot welding Carts

BOOST PRODUCTIVITY

Collaborative robots can weld faster and more consistently than manual labor, dramatically reducing rework and increasing production uptime. Free up skilled welders for complex tasks while the cobot handles the routine, high-volume work.

Automate Repetitive Tasks and Increase Throughput

IMPROVE WELD QUALITY & CONSISTENCY

Cobots maintain a consistent weld path every time—minimizing variation, improving joint strength, and ensuring quality across short and long runs. Ideal for manufacturers looking to reduce defects and meet tight tolerance standards.

Deliver Repeatable, High-Precision Welds

EASY TO PROGRAM

Teach new parts and weld paths quickly with drag-and-drop interfaces or by manually guiding the robot. Operators of all skill levels can deploy and adjust programs without advanced robotics experience—getting you up and running in less time.

User-Friendly Interface—No Coding Required

Harness collaborative robotic welding innovation with EasyARC by MWES. This entry‑level cobot welding cart delivers higher weld quality, lower downtime, and enhanced operator safety—without the need for cages or extensive floor modifications.