Direct Metal Laser Sintering

Direct Metal Laser Sintering (DMLS) alternatively known as Direct Metal Laser Melting (DMLM) is a 3D printing technology where lasers sinter a variety of powdered metal materials creating prototypes layer by layer. It is optimal for parts with intricate geometries and thin wall sections which cannot be produced with other metal manufacturing methods.

Direct Metal Laser Sintering

Direct Metal Laser Sintering (DMLS) alternatively known as Direct Metal Laser Melting (DMLM) is a 3D printing technology where lasers sinter a variety of powdered metal materials creating prototypes layer by layer. It is optimal for parts with intricate geometries and thin wall sections which cannot be produced with other metal manufacturing methods.

ARRK’s Direct Metal Laser Sintering service provides customers with the ability to produce complex metal prototypes

This additive manufacturing process is best suited for producing complicated metal prototypes and is great for use in medical, mobility products, aerospace, and defense related applications because of its ability to produce very fine features. DMLS bypasses the standard metal prototype limitations of CNC and investment casting. Parts produced using the technology are strong and dense, making them ideal for field testing and engineering evaluation.
arrk-icons

Functionality testing

DMLS will provide you with a superior strength to withstand rigorous testing

arrk-icons

High Quality

Provides high quality metal prototypes with outstanding accuracy

arrk-icons

FINISHING EXPERTISE

Services including media blasting, polishing, and painting to match final product

Direct Metal Laser Sintering

DESIGN ADVANTAGES OF DIRECT METAL LASER SINTERING

REACHING PART PERFORMANCE GOALS

Our expertise and material options in your prototypes

EXPERIENCE

0 +
Parts produced every year
0 +
Years of expertise
0 +
Countries present
0 +
Factories around the world

END TO END SERVICES

Concept Design
1st Step

Rough
Sketch

Define
Specs

Material
Selection

Prototyping
2nd Step
3rd Step
4th Step

3D Design

Mock Up

Prototype

Pre / Mass Production
5th Step

DFM

Tooling

Production

END TO END SERVICES

Concept Design
1st Step
sketch

Rough
Sketch

spec

Define
Specs

Material
Selection

Prototyping
2nd Step
3rd Step
3d_design

3D Design

mock up

Mock Up

4th Step
prototype

Prototype

Pre/ Mass Production
5th Step

DFM

Tooling

Production

PRODUCT IMAGES BY INDUSTRY

TESTIMONIALS

INDUSTRIES

Precision manufacturing applications for every industry

Aerospace & Defense

Automotive

Consumer Products

Industrial

Medical Devices

Robotics

Transportation