Engineered for precision, speed, and absolute reliability.
Robotic Picking from feeder cartridges or conveyer belt. Repeatable accuracy every cycle. Eliminates human error and fatigue.

One-shot locking mechanism. Consistent force distribution. Rapid cycle times with zero manual adjustment.
Pre-weld inspection. Checks presence, placement, and orientation. Prevents bad welds before they happen.
Transforming your production line with measurable impact.
One operator can now oversee multiple cells, just reloading part cartridges occasionally.
No waiting for someone to load and clamp parts. The cell runs continuously.
Robot placement = repeatable positioning
Pneumatic clamping = consistent force
AI vision = error detection
Operators stay away from hot parts, clamps, and repetitive handling.
"We were struggling to find skilled welders. Kern didn't just automate the welding; they automated the entire loading process. We cut our labor costs by 70% in the first quarter."
"I used to go home with back pain every day from loading jigs. Now I just manage the feeders and check the screens. It's safer, cleaner, and I can actually focus on quality control."
"The AI vision system is a game changer. It caught a misaligned part last week that would have scrapped a $500 assembly. The consistency we're getting now is unmatched."
Free Consultation then 30% deposit to start the project.
Send us samples & requirements.
We engineer custom fixtures, clamping & feeding around your specific welded product.
Test production video for your approval.
Ship complete system ready to integrate.
(not including robotic arms) Or a total cost of $42,000 ($17000 Welding Robot + $6000 Cobot for Parts Placement. Final cost depends on the specific requirements of the project such as parts size or whether you use your current robotic arms. )
We support TIG and MIG welding, as well as laser welding.
For the welding robot arm, you may use your existing system or have us supply one. We offer both conventional 6-DOF welding arms and more cost-effective XYZ+ welding arms.
For pick-and-place robot arms, the selection will be based on the required payload capacity.