Casting inspection methods — CMM, 3D scanning, and X-ray radiography — explained and compared by Uni Tritech's NADCAP-certified aerospace precision casting quality engineers.
Investment casting lead time explained — key drivers, realistic timelines, and proven strategies to get your precision investment cast parts faster without compromising quality.
HIP hot isostatic pressing for castings eliminates porosity, improves fatigue life, and upgrades material properties — explained by Uni Tritech's NADCAP aerospace casting experts.
Precision casting defects — porosity, shrinkage, cold shuts, and hot tears — identified, explained, and prevented by Uni Tritech's NADCAP-certified foundry quality engineers.
Non-destructive testing in casting - X-Ray, FPI, and ultrasonic methods explained by Uni Tritech's NADCAP-certified NDT team for aerospace investment casting quality assurance.
Investment casting vs sand casting: Uni Tritech engineers compare tolerances, surface finish, tooling cost, lead time, and alloy suitability to help you choose the right casting process.
Design for investment casting (DFM) tips from Uni Tritech engineers — reduce cost, cut lead time, avoid common defects, and get first-article approval faster.
Complete medical grade castings guide. Learn biocompatible materials casting and medical device material requirements. ISO 13485 certified expertise.
Discover how the investment casting process explained step-by-step creates precision aerospace components. Learn lost wax casting from experts.
We are thrilled to share the momentous news that Uni Tritech Private Limited, a Neterwala Group Company has been honoured with the prestigious NADCAP certificate for our Metallic Materials Manufacturing (MMM) processes. This remarkable achievement places us on a global pedestal, making us the first investment casting foundry in Asia…