Robotic laser cells
Plan weld access, loading and part positioning as one coordinated cell. A practical route for assemblies with multiple seams or orientations.
Explore solutionOne cell.
More possibilities.
Move from a promising weld to a practical production concept. Explore robotic laser cells, integrated process modules and flexible workholding with 3D Robotic.
US PROJECT SUPPORTFranklin Park, Illinois
ROBOTIC LASER CELLAPPLICATION CONCEPT / 01
01 / PROCESS DEVELOPMENT02 / CELL ENGINEERING03 / LINE INTEGRATION04 / PRODUCTION HANDOFF
A starting point for
your production challenge.
Choose the integration approach first. We define the robot, tooling, enclosure and controls around the job they need to do.
Integrated laser modules
Bring laser processing into a machine or line concept with clear mechanical, control and safety boundaries.
Explore solutionFlexible cell engineering
Develop workholding and changeover concepts around your part families, available floor space and material flow.
Explore solutionGood automation starts
at the joint.
Material condition, fit-up and accessibility shape the process long before equipment is selected. We use your representative parts to define a useful evaluation plan.
Explore process development01Understand the part
Materials, coatings, joint geometry and the purpose of the weld.
02Prove the process window
Representative trials and evaluation methods agreed for your application.
03Engineer the complete cell
Fixtures, handling, guarding and controls developed together.
Different parts.
The same engineering discipline.
Start with a part family. Suitability, output and acceptance requirements are established for each project.
01
Automotive structures
Access and positioning for brackets, profiles and body assemblies.
02Battery enclosures
Joint planning for trays, covers and enclosure assemblies.
03Precision assemblies
Workholding and process review for compact metal components.
04Tubes & formed parts
Positioning strategies for repeatable seams on formed components.
A clear path through
a complex project.
Share the brief
Part drawings, materials, variants and production targets.
Review the evidence
Sample trials, joint assessment and agreed acceptance methods.
Build the cell scope
Layout, interfaces, workholding and operating sequence.
Plan the handoff
Factory and site acceptance, documentation and training scope.
Engineering insights
Ideas for your next production line.
October 28, 2026
What Belongs in a Laser Cell Interface Review?
Bring utilities, controls and material flow into one review.
Read articleOctober 28, 2026
Planning Fixture Changeover for Part Families
Make product variation visible in the cell brief.
Read articleOctober 28, 2026
Choosing a Loading Strategy for a Laser Cell
Compare loading approaches before committing to a layout.
Read articleBring the part.
We’ll help define the next step.
Talk to our US team about your materials, joint requirements and production goals.