Scan to Production
We offer an engineering solution with design and manufacturing services for reproduction of obsolete parts and components.
Completed Projects
Reproduce damaged P2 Planetary Carrier for Allison Gear box Model 1000-2000 Series, Avibras-Astros 2
- Material: Material Carbon Steel 4140H
- Client: Military (Classified)
- Fabrication Method: 5-axis CNC Machining
Reproduce C2 Hub for Allison Gear box Model 1000-2000 Series, Avibras-Astros 2
- Material: Material Carbon Steel 4140 H
- Client: Military (Classified)
- Fabrication Method: 5-axis CNC Machining
Replicate Injection Gun Short Side Load
- Material: CS
- Client: Oil & Gas (Classified)
- Fabrication Method: CNC Machining
To reproduce damaged FAC Tool Mandrel
- Material: AISI 4145H
- Client: Oil & Gas (Classified)
- Fabrication Method: 3-axis CNC Lathe Machining
Upcoming Projects
Hard Masking Jig Prototype
- Material: PEEK
- Client: Aerospace
- Fabrication Method: 3D Printing
Radome Mold
- Material: Aluminium/Invar
- Client: Aerospace
- Fabrication Method: 3D Printing (WAAM)
3D Laser Scanning
3D laser scanning plays a role by providing high-precision, non-contact measurement for design, manufacturing and maintenance processes. It allows engineers to capture detailed 3D models of components, ensuring accuracy, quality and efficiency in various applications.
Volumetric accuracy up to 0.04 + 0.06 mm/m
High-speed capture of millions of points per second
Scan in-field components for quick validation or redesign
Reverse Engineering
The process of analyzing and reconstructing an existing part or product to understand its design, structure and functionality. This technique is commonly used to recreate lost or outdated components, improve existing designs, or generate digital models for manufacturing and quality inspection.
