MXPAC precision fabrication in Penang, Malaysia covers CNC components, machine frames, jigs and fixtures. Our fabrication work is informed by how the part will locate, move, assemble and be maintained inside the complete machine.
DESIGNED OUTCOMEAccurate hardware delivered with system fit, access and assembly—not only dimensional compliance—in mind.
Custom frames or tooling with poor fit-up
Long iteration loops between design and build
Parts that meet drawing but fail in assembly
Need for one-off or low-volume precision hardware
These examples show deployment points, typical system components and the operating result. Final equipment selection follows the site, range, environment and interface study.
WHEREUnder and around a new automation cell
SYSTEMWelded frame, levelling feet, panels, access doors and safety guarding
FLOWDesign for load/access → fabricate → inspect → assemble → verify machine fit-up
Provides a rigid, maintainable foundation for the complete system.WHEREAt a camera, gauge or manual quality station
SYSTEMMachined datum plate, locators, clamps, replaceable inserts and sensor mounts
FLOWLoad part → locate on datums → clamp → inspect → release
Controls part presentation so measurements remain repeatable.WHEREOn assembly, dispensing, test or robot stations
SYSTEMBase plate, keyed change part, locating pins, clamps and identification sensor
FLOWRemove model tooling → install keyed set → verify identity → load recipe
Shortens model changeover and reduces incorrect-tooling risk.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