Match robot motion to the real production task.
Industrial robots provide programmable multi-axis motion for assembly, machine tending, material handling, welding, packaging, palletizing, inspection, and other repetitive production tasks requiring reach, repeatability, and flexible paths.
Choose equipment around the production requirement.
Cycle, load, motion, accuracy, environment, maintenance, integration, controls, safety, and recovery should all be considered before equipment is selected.
Performance is more than nameplate speed.
Useful production output depends on uptime, changeover, integration, loading, fault recovery, maintenance access, and how equipment interacts with the rest of the line.
CRIT-AWork Envelope
Reach charts should be checked against all required points, approach angles, tooling length, machine interference, and service positions.
CRIT-BPayload & Inertia
Robot selection should account for the part, end-of-arm tooling, center of gravity, wrist loading, and dynamic motion—not only nominal payload.
CRIT-CPart Presentation
Robots work best when parts arrive predictably or vision, feeders, fixtures, and conveyors provide a reliable strategy for locating them.
CRIT-DRecovery
Gripper faults, dropped parts, missed picks, machine alarms, and operator intervention should have defined recovery paths that protect uptime.
See how equipment fits into the production system.
Each equipment page uses different technical diagrams focused on the specific machine function and its relationship to production flow.
Work envelope.
A robot must reach every task point with the required orientation while avoiding fixtures, machines, guarding, and singular positions.
Task interface.
The robot is only one part of the cell; tooling, part presentation, machine interfaces, and downstream transfer determine total cycle performance.
Relevant equipment and automation resources.
External references are selected from the approved TempoJS link inventory and matched directly to each equipment category.
Robot selection starts with the task. Reach, payload, tooling, part presentation, safety, controls, and recovery determine whether robotic motion becomes reliable production.