Multi-Spindle Tightening: Torque Traceability
Release multi-spindle tightening with per-channel entry proof, reaction control, approved joint rules, traceability, and fault recovery.
Phone Case Polishing: Fixture and Finish Control
Control phone case polishing with cosmetic-zone rules, nest checks, abrasive history, cleaning, inspection, batch holds, and acceptance records.
Robot Lathe Tending: Chuck Handoff and Interlocks
Engineer robot lathe tending with proven door, spindle, chuck, seating, robot-clear, chip-control, recovery, and cycle states.
Robot Grinding Cell: Contact, Coverage, and Wear
Validate a robot grinding cell through surface zones, fixture stiffness, contact control, abrasive wear, extraction, inspection, and recovery.
Robotic Electronics Board Handling: Support and Place
Plan robotic electronics board handling around support geometry, grip zones, load paths, motion, placement datums, release evidence, and fault recovery.
Four-Station Robotic Grinding: Balance the Line
Evaluate four-station robotic grinding through routing, datum control, tool wear, buffers, inspection, fault isolation, and changeover evidence.
Lighting Assembly Automation: Fixture, Handoff, Recovery
Plan lighting assembly automation around fixture datums, part grip, tray handoffs, inspection states, exception recovery, and real-component trials.
3D Vision Machine Tending: Grasp and Handoff Guide
Plan 3D vision machine tending around part presentation, coordinate frames, grasp checks, machine permissions, and controlled exception paths.
Battery Tray Grinding: Fixture Datum and Flip Recovery
Plan battery tray grinding around fixture datum, edge coverage, tool access, controlled reorientation, flip states, recovery, and acceptance evidence.
SCARA Vision Sorting: Coordinate Mapping and Pick Proof
Plan SCARA vision sorting around lighting, image validity, camera-to-robot calibration, pick-point rules, grasp confirmation, reject routing, and recovery.
Robotic Lathe Tending Interlocks: Chuck, Door, Part
Plan robotic lathe tending interlocks around blank and finished-part datum, door and chuck states, part presence, chip control, recovery, and acceptance.
Motor Housing Dual-Station Grinding: Balance the Cell
Plan motor housing dual-station grinding around datum control, station handshakes, robot travel, bottleneck timing, recovery, and acceptance evidence.