01.2Prototyping & Tooling
3D printing and scanning to reach the right part faster.
Admatek uses additive manufacturing to shorten time-to-market and 3D scanning for rigorous quality control — applying DFMAA from the very first prototype.
01Overview
Technology in service of the workflow
The speed of 3D printing is used to validate design concepts quickly, so metal production — cutting and machining — can start with more confidence and fewer iterations.
3D scanning captures complex geometries quickly and accurately. The data feeds reverse engineering, dimensional analysis and a direct comparison between the produced part and the CAD model.
02What we deliver
Two technologies, one goal
- A
3D printing
Functional prototyping, tools and fixtures that complement dedicated machining, produced in engineering polymers and reinforced filaments.
- B
3D scanning
High-resolution capture for reverse engineering, dimensional analysis and part inspection — including complex geometries.
033D Printing & Scanning
Where we add value
- 01.2.1
Design and assembly validation
Full-scale prototypes to validate fits and assemblies before metal production, optimizing the design with DFMAA.
- 01.2.2
Non-destructive quality control
Direct scan-to-CAD comparison to confirm that complex machined or welded parts are within the required tolerance.
- 01.2.3
Rapid, custom tooling
On-demand jigs, supports and tools for the customer’s assembly line and dimensional control.
043D Printing & Scanning
Benefits
-
Lower total cost
Optimizes the design and removes errors before metal production.
-
Proven precision
Dimensional inspection by 3D scanning confirms component accuracy.
-
Speed
From weeks to days: decisions based on functional prototypes.
-
Fewer design failures
Reverse engineering identifies and corrects structural design flaws.
05Methods applied
Quality engineering applied at every step — from design to delivery.
- DFMAA Design for Manufacturing, Assembly and Automation
3D scanning feeds reverse engineering to create optimized designs; 3D printing tests functionality before committing machining resources.
- DOE Design of Experiments
Scanning is the control used in DOE to validate the precision of pilot parts and confirm the process meets critical tolerances.
- PPAP Production Part Approval Process
Final tools — jigs and fixtures — can be managed with PPAP traceability.
- 8D Eight Disciplines method
Deviations found during inspection trigger an 8D: root cause, correction and prevention, all documented.
06Prototyping & Tooling
Related services
Shall we review your project?
Send drawings, requirements and quantities. Our technical team will review them and get back to you with the next steps.
Prefer to talk now? +55 19 3778-9610