Technast Success Stories

Dense red, orange and purple TECHNAST hard-hat production jigs displayed beside beige and blue hard-hat shells

How TECHNAST Rebuilt a Brittle PLA Hard-Hat Jig...

A Canadian manufacturer brought TECHNAST a recurring tooling failure. See how our scan-to-CAD workflow and dense TPU turned brittle PLA forms into resilient, locally reproducible production tooling.

How TECHNAST Rebuilt a Brittle PLA Hard-Hat Jig...

A Canadian manufacturer brought TECHNAST a recurring tooling failure. See how our scan-to-CAD workflow and dense TPU turned brittle PLA forms into resilient, locally reproducible production tooling.

Original blue metal endoscope service fixture beside TECHNAST's complementary white and grey-blue 3D-printed fixture on a wide dark workbench

3D-Scanned Endoscope Fixture Unlocks Opposite-S...

TECHNAST 3D scanned an endoscope control body and built a complementary fixture that secures the complete instrument after a 180-degree rotation for opposite-side repair access.

3D-Scanned Endoscope Fixture Unlocks Opposite-S...

TECHNAST 3D scanned an endoscope control body and built a complementary fixture that secures the complete instrument after a 180-degree rotation for opposite-side repair access.

Development print, original customer stopper and final TECHNAST PETG and TPU stopper shown side by side on a wide dark workbench

Rigid PETG Meets Flexible TPU: A Custom Stopper...

TECHNAST rebuilt a customer's stopper as one multi-material component: a rigid PETG body fused to a flexible TPU end, eliminating the separate glue joint used before.

Rigid PETG Meets Flexible TPU: A Custom Stopper...

TECHNAST rebuilt a customer's stopper as one multi-material component: a rigid PETG body fused to a flexible TPU end, eliminating the separate glue joint used before.

Customer component captured by TECHNAST for 3D scanning, CAD reconstruction, and ASA part production as an alternative to aluminum machining.

From Aluminum Machining to ASA: A Non-Contact 3...

A customer was machining parts from aluminum. TECHNAST captured the original without coating or damage, rebuilt it in CAD, and produced a functional ASA alternative—removing unnecessary machining cost for this...

From Aluminum Machining to ASA: A Non-Contact 3...

A customer was machining parts from aluminum. TECHNAST captured the original without coating or damage, rebuilt it in CAD, and produced a functional ASA alternative—removing unnecessary machining cost for this...

Technast reverse engineering: Original gray window shade brackets (left), purple 3D prototypes (center), and final black RH MPBR & LH MPBR production-ready parts (right) with CAD on screen.

Reviving Obsolete House Parts for a Major Home ...

A major home builder faced a crisis when their window and shade bracket supplier went out of business. Technast reverse-engineered the obsolete parts using 3D scanning, iterated through dozens of...

Reviving Obsolete House Parts for a Major Home ...

A major home builder faced a crisis when their window and shade bracket supplier went out of business. Technast reverse-engineered the obsolete parts using 3D scanning, iterated through dozens of...

Carbon Fiber Vacuum Forming Mold — Rapid, Iterative, Production-Ready

Carbon Fiber Vacuum Forming Mold — Rapid, Itera...

We replaced traditional metal tooling with a 3D printed carbon fiber mold featuring integrated airflow channels—delivering faster production, lower cost, and zero compromise on performance.

Carbon Fiber Vacuum Forming Mold — Rapid, Itera...

We replaced traditional metal tooling with a 3D printed carbon fiber mold featuring integrated airflow channels—delivering faster production, lower cost, and zero compromise on performance.