GE Additive

Concept Laser Powder

All powders are customized for our machines and available with corresponding parameters - this harmony allows customized component properties to be realized.

Make use of our filter function to obtain an individual overview and learn more about our wide range of materials. 

CL 20ES (316L, 1.4404) - Stainless Steel

CL 20 ES is an austenitic stainless steel which with corresponding approval* can be used for manufacturing functional components or tool components for pre-production tools. 

Properties

Corrosion-resistant
High tensile strength
Suitable for low temperatures
Resistant up to 300°C in continuous operation
Highly formable

Industry

Automotive
Aerospace
Medical
Jewellery

Machines
  • M1 cusing
  • M2 cusing
  • M2 cusing Multilaser
  • Mlab cusing
  • Mlab cusing 200R
  • Mlab cusing R
Datasheet
CL 20ES (316L, 1.4404)
Source: Concept Laser
CL 31 AL (AlSi10Mg(b)) - Aluminium Alloy

CL 31AL is a widespread aluminum alloy which with corresponding approval* can be used for manufacturing lightweight functional parts, e.g. in automotive engineering and the aerospace sector. Based on DIN EN 1706 corresponding to AlSi10Mg(b)

Properties

Low density
High mass-specific strength
High thermal conductivity
High electrical conductivity
High dynamic resilience
Easy to rework

Industry

Automotive
Aerospace

Machines
  • M2 cusing
  • M2 cusing Multilaser
  • Mlab cusing 200R
  • Mlab cusing R
Datasheet
CL 31 AL (AlSi10Mg(b))
Source: Concept Laser GmbH
CL 32 AL (AlSi10Mg(b)) - Aluminium Alloy

CL 32AL is a widespread aluminum alloy which with corresponding approval* can be used for manufacturing functional components or medical instruments. Based on DIN EN 1706 corresponding to AlSi10Mg(b) (exclusively for X LINE 2000R)

Properties

Low density
High mass-specific strength
High thermal conductivity
High electrical conductivity
High dynamic resilience
Easy to rework

Industry

Automotive
Aerospace

Machines
  • X LINE 2000R
Datasheet
CL 32 AL (AlSi10Mg(b))
Source: Concept Laser GmbH
CL 41TI ELI (TiAl6V4) - Titanium Alloys

CL 41TI ELI is a titanium alloy which with corresponding approval* can be used for manufacturing lightweight components in the motor sport and aviation sectors as well as implants in the medical technology sector. The chemical composition corresponds to ASTM F136-02a (ELI Grade 23)

Properties

Good strength-to-density ratio
Good endurance strength 
Corrosion-resistant
Biocompatible
Low thermal expansion
Low thermal conductivity
Established material for implants in the medical industry

Industry

Automotive
Aerospace 
Jewelry

Machines
  • M2 cusing
  • M2 cusing Multilaser
  • Mlab cusing
  • Mlab cusing 200R
  • Mlab cusing R
  • X LINE 2000R
Datasheet
CL 41TI ELI (TiAl6V4)
Source: Nanyang Polytechnic
CL 42TI (Titan Grade 2) - Titanium Alloys

CL 42 TI is a titanium alloy which with corresponding approval* can be used for manufacturing implants in the medical sector and also lightweight components for use in aviation. The chemical composition corresponds inter alia to ASTM F67 and ASTM B348 Grade 2

Properties

Good strength-to-density ratio
Good endurance strength 
Corrosion-resistant
Biocompatible

Industry

Medical 
Dental

Machines
  • M2 cusing
  • M2 cusing Multilaser
  • Mlab cusing 200R
  • Mlab cusing R
Datasheet
CL 42TI (Titan Grade 2)
Source: Fraunhofer IWU
CL 50WS (1.2709) - Stainless Steel

CL 50WS is a maraging tool steel which with corresponding approval* can be used for manufacturing tool components with conformal cooling for series injection-molding as well as diecasting and functional components.

Properties

High toughness
Low distortion
Simple thermal reworking
High strength

Industry

Mold

Machines
  • M1 cusing
  • M2 cusing
  • M2 cusing Multilaser
  • Mlab cusing 200R
Datasheet
CL 50WS (1.2709)
Source: Werkzeugbau Siegfried Hofmann GmbH
CL 80CU (Bronze) - Copper Alloy

CL 80CU is a material which with corresponding approval* is outstandingly well suited to additive processing. This material is a popular choice in the jewelry and art sectors due to its excellent polishability and visual similarity to precious metals.

Properties

Good thermal conductivity
Corrosion-resistant
Highly polishable

Industry

Jewelry
Mold

Machines
  • Mlab cusing
  • Mlab cusing 200R
  • Mlab cusing R
Datasheet
CL 80CU (Bronze)
Source: Grown at Legor Group S.p.A. Design by Beatriz Biagi
CL 91RW - Stainless Steel

CL 91RW is a stainless tool steel with a high chromium content. With corresponding approval* the material is suitable for manufacturing tool components with conformal cooling for series injection-molding and stainless steel components which are subjected to high mechanical loading.

Properties

Corrosion-resistant
Wear-resistant
Highly polishable
Readily machinable
Curable

Industry

Mold

Machines
  • M1 cusing
  • M2 cusing
  • M2 cusing Multilaser
Datasheet
CL 91RW
Source: Werkzeugbau Siegfried Hofmann GmbH
CL 92PH (17-4 PH) - Stainless Steel

With corresponding approval* CL 92 PH can be used for manufacturing functional components or medical instruments. Based on ASTM A564 / A564M - 12 UNS S17400 / SUS 630

Properties

High strength 
High toughness
Corrosion-resistant

Industry

Automotive
Aerospace
Medical
Mold

Machines
  • M1 cusing
  • M2 cusing
  • M2 cusing Multilaser
  • Mlab cusing
  • Mlab cusing 200R
  • Mlab cusing R
Datasheet
CL 92PH (17-4 PH)
Source: Concept Laser GmbH
CL 100NB (Alloy 718) - Nickel-Base Alloys

With corresponding approval* CL 100NB can be used for manufacturing components for high-temperature applications. The chemical composition corresponds to ASTM B 637 UNS N07718

Properties

Corrosion-resistant
Resistant to high temperatures
Tensile strength
Good endurance strength
Fracture strength
Good welding properties

Industry

Automotive
Aerospace

Machines
  • M LINE FACTORY
  • M1 cusing
  • M2 cusing
  • M2 cusing Multilaser
  • Mlab cusing 200R
  • X LINE 2000R
Datasheet
CL 100NB (Alloy 718)
Source: MBFZ-toolcraft GmbH
CL 101NB (Alloy 625) - Nickel-Base Alloys

With corresponding approval* CL 101NB can be used for manufacturing components for high-temperature applications. The chemical composition corresponds to ASTM B446-03 UNS N06625

Properties

Corrosion-resistant
Resistant to high temperatures
Good welding properties
Tensile strength
Fracture strength

Industry

Automotive
Aerospace

Machines
  • M1 cusing
  • M2 cusing
  • M2 cusing Multilaser
Datasheet
CL 101NB (Alloy 625)
Source: MBFZ-toolcraft GmbH
remanium star® CL (CoCrW) - Titanium Alloys

remanium® star CL is a CoCrW alloy which with corresponding approval* can be used for manufacturing dental prostheses such as caps, crowns and bridges as well as model castings. According to DIN EN ISO 9693 / DIN EN ISO 22674, Type 5, Image removed. 0483

Properties

Corrosion-resistant
Biocompatible
High strength
High hardness
Certified material

Industry

Dental
Medical

Machines
  • M1 cusing
  • M2 cusing
  • M2 cusing Multilaser
  • Mlab cusing
  • Mlab cusing 200R
  • Mlab cusing R
Source: LAC Laser Add Center GmbH
rematitan® CL (TiAl6V4) - Titanium Alloys

rematitan® CL is a titanium alloy which with corresponding approval* can be used for manufacturing metallic dental prostheses. According to DIN EN ISO 9693 / DIN EN ISO 22674, Type 4  0483

Properties

Certified material for the dental industry
Biocompatible according to DIN ISO-10993
Good strength-to-density ratio
Good endurance strength
Corrosion-resistant
Low thermal expansion
Low thermal conductivity

Industry

Medical 
Dental

Machines
  • M2 cusing
  • M2 cusing Multilaser
  • Mlab cusing 200R
  • Mlab cusing R
Datasheet
rematitan® CL (TiAl6V4)
Source: LAC Laser Add Center GmbH
Precious Material - Precious Metals

Precious metals are particularly suitable for the jewelry and watch industry. The materials are procured directly through our precious metal suppliers. Please contact us to obtain further information. The following precious metals are available with corresponding parameters on our machines:

  • Yellow gold 18 carat 3N
  • Rose gold 18 carat 4N
  • Platinum alloy 950 ‰
  • Silver alloy 930 ‰

Industry

Jewelry

Machines
  • Mlab cusing
  • Mlab cusing R
Source: AM Finland designed by Tony Puronranta

* The approval is for a specific sector and/or application and should therefore be carried out by the consumer/user. Concept Laser GmbH does not have approval for the material.

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