Investment Casting in the Defense Supply Chain
Uni Deritend leverages advanced casting simulation technology to predict flow, solidification, and shrinkage—achieving superior accuracy, minimal defects, and consistent performance across global manufacturing standards.
Casting Simulation – Improving Accuracy & Reducing Defects
Uni Deritend leverages advanced casting simulation technology to predict flow, solidification, and shrinkage—achieving superior accuracy, minimal defects, and consistent performance across global manufacturing standards.
Best Stainless Steel Grade for Your Casting
Discover Uni Deritend’s expert insights on selecting the right stainless steel grade for castings—compare SS 304, SS 316, and duplex steel for strength and corrosion resistance.
Investment Casting Design Guidelines for Engineers
Master investment casting design with Uni Deritend’s engineering guidelines covering CAD modeling, tolerances, thin wall optimization, and near-net-shape design principles for high-performance cast components.
Metallurgical Precision in Casting Manufacturing – Uni Deritend’s Formula for Perfection
Learn how Uni Deritend integrates metallurgical precision and simulation-driven processes to produce defect-free, high-performance castings for aerospace, defense, automotive, and energy sectors.
Advanced Lost Wax Casting Process
Explore how Uni Deritend’s advanced lost wax casting process ensures superior dimensional accuracy, material strength, and consistency for aerospace, defense, and automotive industries.