Explore robotics

Assembly & part handling

Assembly automation starts with the part presentation and required placement quality. Choose tooling, sensing and fixtures around real tolerances before comparing arm specifications.

What to consider before choosing

Typical environments include:

  • Production cells
  • Part transfer
Decision factors

Validate the deployment, not only the spec sheet.

  • Define part variation and cycle time
  • Test gripping and placement
  • Check repeatability versus absolute accuracy
Find the right robot
Limits & trade-offs

What the product page may not tell you.

  • Arm reach alone does not establish process feasibility
Robots available

6 potential matches in the sourced catalog.

Inclusion means the robot is mapped to this use case from available product information. It is not a guarantee that the product fits every site.

A starting comparison

Ask the right questions.

Compare 4 models
RobotPrice / statusPublished detailCheck before choosing
ABB IRB 1200-7/0.7 Gen2Contact manufacturerArm payload: 7 kgTooling and cell integration require separate engineering
FANUC CRX-10iAContact manufacturerArm payload: 10 kgApplication risk assessment still required
FANUC M-20iD/25Contact manufacturerArm payload: 25 kgGripper mass is part of the load calculation
KUKA LBR iisy 11 R1300Contact manufacturerArm payload: 11 kgApplication safety assessment remains necessary
Techman TM12SContact manufacturerArm payload: 12 kgValidate vision performance on the actual parts
Yaskawa MOTOMAN GP8Contact manufacturerArm payload: 8 kgConfirm controller and programming package in the quote

Prices refer to the source market and configuration on each robot page. An unpublished price does not establish whether a quotation service is offered.

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