Summary
SLM enables the production of highly durable, complex molds and tooling parts, as well as high-precision metal prototypes. With exceptional accuracy and material flexibility, it supports rapid prototyping, faster design iterations, optimized conformal cooling channels, and reduced overall production costs.
Technology Advantages
Design Freedom
Enable complex molds, tooling components, and metal prototypes with internal channels, fine features, and integrated structures beyond the limits of conventional manufacturing.
Functional Prototypes
Produce metal prototypes with production-grade mechanical and thermal properties, supporting realistic functional testing and early design validation.
Rapid Iteration
Accelerate development cycles by enabling fast prototype iterations and a smooth transition from metal prototypes to production-ready molds and tooling.
Thermal Optimization
Integrate conformal cooling channels directly into tooling designs to improve heat transfer, reduce cycle times, and enhance production stability.
Flexible Customization
Support quick design changes and localized modifications for prototypes, tooling, and molds, ideal for low-volume production and frequent engineering updates.
Application Cases
Mold
Aluminum alloy prototype model
Prototype model
Integrated extrusion mold
Recommended Materials
Stainless Steel
High-strength, wear-resistant tooling components
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Cobalt-Chromium Alloy (CoCr)
Excellent hardness and thermal stability
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Nickel-Based Superalloy
Ideal for high-temperature molds
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Titanium Alloy (Ti)
Lightweight, strong option for specialized tooling application
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