Solutions

Real-world applications of AI-powered welding automation across industries.

Orbital Welding with a Positioner

Automate tank welding - even when the path drifts

Rotating a tank on a positioner gives you precision motion - but not a perfect seam. In real-world production, the weld joint often rises and falls slightly along the cylinder's axis as it rotates.

The Problem

Even 1-3 mm of axial drift can throw the torch off target. Laser profilometers often fail on reflective surfaces like aluminum.

How RocketWelder Solves It

Live Seam Tracking - robust to arc light, spatter, fume

Z-Axis Torch Correction - compensates for up to 30mm drift

One program, multiple tanks - no re-teaching required

Tank Diameters 20-60 cm

Precision 0.5 mm

Welding Types TIG, MIG/MAG

Full Automation for Long Structural Welds

Fully automated welding - no manual correction needed

Welding long components - like crane columns, beams, or frames - involves carriages and gantry arms that don't track the actual seam.

The Problem

Traditional systems follow external geometry, not the seam. Tolerance stack-up over long distances leads to inconsistency and rework.

How RocketWelder Solves It

Live seam detection using Retina welding camera

Automatic left-right correction during motion

Operator just loads the part and presses start

Part Length 2-11 m

Precision 0.5 mm

Welding Types MIG/MAG

Welding Training & Certification Station

Coming Soon

AI-assisted feedback for the next generation of welders

Built for welding instructors, vocational schools, and certifiers.

Launching on Kickstarter

This is your chance to bring AI-powered weld tracking to your program.

Key Benefits

Real-time visual feedback for faster skill development

Makes training scalable - fewer instructors, more results

Records every weld with objective, repeatable metrics

Students can share branded recordings