Based in Penang, Malaysia, MXPAC designs robot cells around the actual part, takt time, operator interaction and upstream/downstream equipment—not around a robot catalogue.
DESIGNED OUTCOMEA maintainable cell with clear operating logic, safe interaction and measurable production intent.
Repetitive or ergonomically difficult handling
Unstable cycle time and labour dependency
Machine loading that interrupts production flow
Manual palletising or assembly bottlenecks
These examples show deployment points, typical system components and the operating result. Final equipment selection follows the site, range, environment and interface study.
WHEREBeside CNC, press, moulding or test equipment
SYSTEMRobot, custom gripper, infeed tray, safety system, PLC handshake
FLOWPart arrives → robot loads machine → cycle completes → part is unloaded and confirmed
Reduces repetitive handling and keeps machine loading consistent.WHEREAfter assembly or before final packing
SYSTEMRobot, vision station, reject lane, recipe control and traceability interface
FLOWPick part → present to camera → receive result → sort PASS / FAIL / rework
Connects automatic inspection with physical handling and result records.WHEREAt carton sealing or finished-goods discharge
SYSTEMRobot, carton conveyor, pallet station, gripper and safety scanner
FLOWRead carton → pick by pattern → place on pallet → release completed load
Creates repeatable stacking while reducing heavy manual work.Process observation, samples, constraints and success criteria.
Concept, risk review, controls and integration details.
Build, testing and acceptance against the agreed intent.
Installation, training, handover and support planning.
Tell us what the process needs to achieve. We will help define the practical engineering questions first.
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ENGINEERING TOMORROW