Reverse Engineering & High-Precision Machining
OEM-Grade Manufacturing for Obsolete & Critical Components
In marine and power industries, critical components operate under extreme conditions, leading to wear, deformation, or failure. When downtime occurs, rapid recovery is essential, while OEM spare parts are often unavailable, obsolete, or subject to long delivery times.
What is Reverse Engineering ?
Reverse engineering is a structured engineering process used to recreate components when original drawings or manufacturing data are unavailable.
KIMI combines advanced 3D scanning, CMM inspection, and material verification with high-accuracy CAD/CAM modeling to reproduce complex geometries with precision up to 0.01 mm/m.
All processes are executed through multi-axis CNC machining, supported by an ESYD-accredited quality control laboratory, ensuring strict dimensional control, material integrity, and full traceability.
Where We Apply Reverse Engineering
Reverse Engineering Advantages
Reduced lead times for critical components
Cost-effective manufacturing versus OEM replacement
High-precision manufacturing of obsolete parts
Full dimensional accuracy and material verification
Why Choose KIMI for Reverse Engineering?
OEM-Grade Component Manufacturing
Manufacturing of complex components to original specifications and performance standards.
High Precision & Accuracy
Advanced measurement and machining ensuring tight tolerances and geometric integrity.
Rapid Response for Critical Parts
Manufacturing solutions minimizing downtime and operational disruption.
End-to-End Engineering Capability
3D scanning, design, machining, and quality control performed in-house.
Classifications Approvals
See Our Technologies
