Maximize Die Life. Minimize Downtime.
See how our LPM 3D Metal Printer and SVM High-Performance Powder are revolutionizing die casting. Longer-lasting molds, higher shot counts, and precision manufacturing—this is the future of metal 3D printing.
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LPM 3D Metal Printing: Precision Built for Die Casting
The LPM325 is a state-of-the-art laser powder bed fusion (LPBF) system that creates ultra-durable dies directly from metal powder. Designed for die makers who demand high precision and reliability, the LPM printer enhances tool life and reduces costly production downtime.
More Shots Per Die – Extend Your Production Runs
Traditional die-making methods struggle to create durable dies, reducing the number of shots before a mold needs to be replaced. With SVM Powder, dies built with the LPM325 withstand extreme heat and wear, lasting up to 130,000 shots in aluminum die casting—nearly 3X longer than conventional materials like stainless steel.
Reduce Warpage, Improve Cooling, Boost Performance
Our LPM metal 3D printer enables conformal cooling—a game-changer for die cast molds. By integrating cooling channels closer to the part, heat dissipation is optimized, reducing thermal stress, minimizing warpage, and improving cycle times.
SVM Powder:
H13 Performance, Optimized for 3D Printing
SVM High-Performance Powder is engineered specifically for metal additive manufacturing. Designed to match H13 tool steel properties, it delivers superior hardness, thermal resistance, and longevity—perfect for the extreme conditions of die casting.
Physical Characteristics by Application
Die-Casting Molds | Plastic Molds | |
Hardness | HRC42 | HRC52 |
Tensile Strength | 1,352MPa | 2,023MPa |
Young’s Modulus | 220GPa | 228GPa |
0.2% Proof Stress | 1,173MPa | 1,500MPa |
Elongation | 20% | 10% |
Charpy Value | 42J/cm2 | 26J/cm2 |
Precision in Every Detail: See the LPM Advantage
From complex geometries to high-wear applications, our LPM and SVM combination delivers molds that outperform traditional methods.
