Selective Laser Sintering (SLS) - 3D Printing Prototypes - ARRK UK

Selective Laser Sintering (SLS) -
3D Printing

Our Selective Laser Sintering (SLS) service provides tough, rapid, durable prototype components in 1-5 days from acceptance of CAD data. With a range of materials on offer, from flexible to enhanced strength, we’ll find a material to suit you.

Why produce prototypes using SLS technology?

Functional prototypes: arrk ico wht 0049

Functional prototypes

Good mechanical properties. Parts withstand shocks, strain, aggressive liquids, heat

Speed:arrk ico wht 007

Speed

Parts can be obtained quickly (typically 2-3 days)

Rapid Model Production: arrk ico wht 0082

Rapid Model Production

Large number of machines ensure even large orders will be produced quickly

High quality, production intent components

Selective Laser Sintering (SLS) is a well established 3D printing / additive manufacturing process used to provide designers and engineers with a physical representation of the CAD design in as little as 1 to 3 days depending on part geometries and complexity. Using a sintered plastic powder, parts can be built to provide customers with a tough, durable component that can be used for form, fit and function testing in rigorous environments. SLS parts can also be joined, bonded and finished to form much large structures or assemblies. Examples of these include automotive instrument panels and rear spoilers.

From one off components to low volume production runs

In many instances today clients have been using SLS as a low volume manufacturing solution, as parts can be produced in a fraction of the time when compared to hard tooling and injection moulding. Parts can also be modified easily allowing for niche volume batch runs to accommodate clients target market needs. SLS is a very popular process and used across most industry sectors. In particular Automotive, Defense, Medical, Marine, Consumer Products, Architectural, Electronics and transportation industries.

Ability to build large or small parts

SLS allows customers to have small, large and even volume parts in a relatively short timescales. Even if the component designed is larger than the SLS machine build chamber, parts can be built in sections then joined, bonded and where necessary re-enforced with glass fibre matting to form a complete structure. The model can then be finished and painted to match specified colours or corporate RAL requirements.

The speed in which these parts can be manufactured provide customers with significant time and cost saving, whilst also allowing them to provide various iterations of the same model. The opportunities that this process offers customers to respond quickly to market needs are significant and a key competitive advantage when bringing products to market.

END TO END SERVICES

Single Source Solution for your Prototyping through to Low Volume needs.

Concept Design
1st Step

Rough
Sketch

Define
Specs

Material
Selection

Prototyping
2nd Step
3rd Step
4th Step
3d

3D Design

mock-ups

Mock Up

prototypes

Prototype

Pre / Mass Production
5th Step
gfm

DFM

tool

Tooling

low-volume-production

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

Our clients

We have worked with many worldwide leading corporations in many different industries
bhm
3ds
HONDA-logo
infonet-institute
mazda-logo

TESTIMONIALS

INDUSTRIES

Precision manufacturing applications for every industry
Aerospace

Aerospace

Automotive

Automotive

Building

Building

Consumer Product

Consumer Product

Electronics

Electronics

Medical Devices

Medical Devices

Luxary

Luxary

Robotics

Robotics

Transport

Transport

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