#castingsimulation

Ever wondered how broken or legacy parts get recreated without the original design files? 🤔 That’s where reverse engineering steps in — and Uni Tritech is redefining the game with CT Scan + CAD precision.

🔍 It Starts with a CT Scan At Uni Tritech, high-resolution industrial CT scanning captures the internal and external geometry of complex components with insane accuracy. We’re talking micron-level details — cracks, voids, internal chambers — nothing gets missed.

🎯 Digital Dissection Next, our experts convert those scans into point cloud data or mesh files, creating a complete digital replica of the part — flaws and all. It's like giving the part an MRI... but for machines!

💻 Into the CAD Zone Once scanned, the magic happens in CAD software. We smoothen, modify, and enhance the geometry, transforming the scan into a clean, editable 3D CAD model. Whether it’s for remanufacturing, redesign, or optimization — your component gets a second life.

♻️ Applications? Endless.

Reverse engineer spare parts with no drawings

Digitally archive legacy tools

Validate internal structures

Optimize designs for 3D printing

In today’s high-precision manufacturing landscape, investment casting has gone digital. Gone are the days of relying solely on trial-and-error methods. Now, with the integration of CAD modeling, digital twin technology, and advanced casting simulation software, foundries are achieving unmatched accuracy and efficiency.

🔍 So, what’s changing?

CAD Tools enable engineers to design intricate components with extreme precision.

Digital Twins offer a real-time virtual replica of the casting process—predicting behavior before a single mold is made.

Simulation Software helps detect defects such as shrinkage or misruns in advance, reducing rework and scrap.

One company leading this digital transformation is Uni Tritech. With end-to-end engineering integration—from design to casting and CNC machining—Uni Tritech uses state-of-the-art simulation tools to deliver flawless castings across aerospace, medical, and industrial sectors.

🎯 The result?

Fewer defects

Faster prototyping

Higher yield

Reduced lead times