Turn digital designs into precious metal components
Direct Metal Laser Sintering transforms digital CAD data into detailed precious metal components. The technology enables complex geometries, reduces development time, and supports the production of prototypes and finished parts for jewelry and watchmaking applications.
Direct production from digital CAD data
Complex geometries without tooling limits
Suitable for prototypes and end-use parts
Developed for jewelry and watchmaking
From CAD design to finished precious metal parts
Direct Metal Laser Sintering (DMLS) enables the production of highly detailed precious metal components directly from three-dimensional CAD data. The additive process creates parts layer by layer using laser energy and fine metal powder. Complex geometries, hollow structures, and intricate details can be produced without conventional tooling, opening entirely new possibilities for jewelry and watchmaking applications.
Expanding design possibilities with additive manufacturing
Direct Metal Laser Sintering enables production concepts that are difficult or impossible to achieve with conventional manufacturing methods.
Design without traditional constraints
Complex shapes, hollow structures, and intricate details can be realized directly from digital design data.
From concept to component
The technology shortens the path from design development to physical production.
Ready for finishing processes
Components are produced as near-finished parts for subsequent processing and refinement.
Precious M 080 technology platform
The Precious M 080 was developed specifically for jewelry and watchmaking applications. The machine converts CAD data into highly detailed precious metal components through a fully automated additive manufacturing process. The technology was developed by Cooksongold in cooperation with EOS.
Machine operation
Status indication
Production system
Precious M 080
AdvancedMetalPowder for additive precious metal manufacturing
AdvancedMetalPowder materials are developed specifically for Direct Metal Laser Sintering applications. The atomized metal powders are designed for stable processing conditions and undergo quality control procedures to support consistent manufacturing performance and reliable production results.
Developed for DMLS
Atomized metal powders developed specifically for Direct Metal Laser Sintering applications and manufacturing processes.
Quality controlled batches
Each batch undergoes quality control procedures to support consistent material quality and reliable performance.
Broad machine compatibility
Suitable for use with laser melting systems across a wide range of manufacturing environments and applications.
Applications for precious metal 3D printing
Direct Metal Laser Sintering supports innovative product development and production across jewelry and watchmaking applications. Complex geometries, lightweight structures, prototypes, and finished precious metal components can be produced directly from digital design data.
Jewelry
Create intricate jewelry concepts with complex geometries, delicate details, and design freedom beyond conventional manufacturing limitations.
Watchmaking
Produce detailed components for watchmaking applications where precision, consistency, and complex forms are essential.
Complex geometries
Realize structures and shapes that are difficult or impossible to manufacture using traditional production methods.
Hollow structures
Create lightweight designs with internal cavities while maintaining high precision and design flexibility.
Functional prototypes
Transform CAD concepts into physical precious metal components for design evaluation, refinement, and development.
Frequently Asked Questions
Direct Metal Laser Sintering (DMLS) is an additive manufacturing process that creates metal components directly from CAD data by selectively melting fine metal powder with a laser.
DMLS enables complex geometries, hollow structures, intricate details, and design concepts that are difficult to realize using traditional manufacturing methods.
Yes. The technology supports both prototype production and the manufacture of finished precious metal components.
The Precious M 080 is a Direct Metal Laser Sintering system developed by Cooksongold in cooperation with EOS specifically for jewelry and watchmaking applications.
The technology was developed for jewelry and watchmaking applications where complex geometries, precision, and design flexibility are required.
Let’s discuss your precious metal 3D printing project
Whether you are developing a new jewelry collection, evaluating complex geometries, or exploring additive manufacturing opportunities, our specialists can help assess how Direct Metal Laser Sintering can support your project requirements.