What is Sand Casting? What’s the added benefit of 3D printing?
Sand Casting is a cost-effective technique for the production of complex components from practically any metal alloy.
© 2019 Beamler
Manufacture high-quality parts with industrial 3D printers, worldwide.
Global network • Real-time technical data of 400+ materials • ISO 9001 partners
Your project’s success depends on the choice of material. Ensuring the material properties meet the requirements of your part is crucial for the final result. That is why we offer a wide selection of industrial 3D printing materials with real-time property data.
Great mechanical properties with high accuracy and thermal stability.
Elasticity Modulus: 1800 MPa
Tensile Strength: 48 MPa
Hardness: Shore A80
Biocompatible material with unique mechanical and chemical properties.
Elongation at Break: 450%
Tensile Strength: 6 MPa
Hardness: Shore A30
High strength material with great resolution and accurate surface quality.
Elasticity Modulus: 1250 MPa
Tensile Strength: 50 MPa
Hardness: Shore C40
Rubber-like material with outstanding physical and mechanical properties.
Elongation at Break: 250%
Tensile Strength: 10 MPa
Hardness: Shore A90
Find out which parts will increase your profit margins if you start 3D printing them.
Beamler conducts a technical and financial feasibility study of your inventory to identify which parts you should be switching to additive manufacturing.
We help you overcome a variety of implementation challenges and provide you answer to the most critical questions your business has in regards to 3D printing.
Sand Casting is a cost-effective technique for the production of complex components from practically any metal alloy.
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Scallmalloy is billed to be the first material specifically developed for 3D printing, meaning: there is no equivalent material for conventional manufacturing. So what is Scalmalloy and what makes it special?
PEEK is a material with interesting thermal and chermical properties and is being used in a wide range of industries
Your project’s success depends on the choice of material. Ensuring the material properties meet the requirements of your part is crucial for the final result.
That is why we offer a wide selection of industrial 3D printing materials with real-time property data.
Great mechanical properties with high accuracy and thermal stability.
Elasticity Modulus:1800 MPa
Tensile Strength: 48 MPa
Hardness: Shore A80
Biocompatible material with unique mechanical and chemical properties.
Elongation at Break: 450%
Tensile Strength: 6 MPa
Hardness: Shore A30
High strength material with great resolution and surface quality.
Elasticity Modulus: 1250 MPa
Tensile Strength: 50 MPa
Hardness: Shore C40
Rubber-like material with outstanding physical and mechanical properties.
Elongation at Break: 250%
Tensile Strength: 10 MPa
Hardness: Shore A90
E-mail: contact@beamler.com
Sales department
E-mail: sales@beamler.com
Phone: +31 (0)6 2001 8668
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© 2019 Beamler