S&S Scheftner® Starbond CoS Powder 30

S&S Scheftner®

Starbond CoS Powder 30

Non-Precious Metal Powder for Dental Prostheses Production with Metal 3D Printing

Starbond Easy dental alloy powder can be utilized to produce dentures via a laser melting process with exceptional mechanical properties. Users can benefit from favourable processing qualities and the alloy's components, which offer maximum flexibility in selecting ceramics and guarantee superb veneering results.

Proto3000 Icon describes the selective laser sintering 3D printing process

The Star of Metal 3D Printing. Manufacture with Starbond CoS Powder 30 Non-Precious Metal

Starbond CoS Powder 30 by Scheftner is a selective laser melting (SLM) or laser powder bed fusion (LPBF) metal 3D printing material designed to produce high-quality dental prostheses. It is a derivative of the original dental bonding alloy Starbond CoS from S&S Scheftner. Its manufacturing process ensures the best possible flowability. 

  • No cooling phase is required, depending on the ceramics
  • Excellent veneering
  • A CTE of 14.4 permits great flexibility in the ceramic selection
  • Biocompatible with an excellent corrosion resistance
  • CE-certified

Image shows non-precious metal powder bottles from Scheftner for selective laser sintering processes

Performant and fast dental lab production

Discover SLS 3D Printing Systems

Features

Proto3000_Icon_Reliability

Free from

  • Nickel
  • Cadmium
  • Beryllium
  • Lead
Proto3000_Icon_Healthcare

Biocompatible

Biocompatible material and CE-certified

Corrosion Resistance

High Corrosion Resistance

Proto3000 Icon shows metal powder grain

Alloy Powder Grain Size

+10/-30µm

Proto3000 Icon describes the selective laser sintering 3D printing process

3D Printing Technology

Compatible systems: SLS/SLM metal 3D printers.

Icons_energy _laser power

Laser Weldable

Yes

Material Properties

 

Composition in Percentage by Mass
Composition in Percentage by Mass
Co: 59 % Cr: 25 % W: 9.5 % Mo: 3.5 % Si: 1 % C, Fe, Mn, N: <1 %
Proof stress (Rp0.2)
Proof stress (Rp0.2)
720 - 1130 MPa
Ultimate Tensile Strength
Ultimate Tensile Strength
990 - 1250 MPa
Elongation
Elongation
2 - 10%
Elastic Modulus
Elastic Modulus
195 - 200 GPa
Vickers Hardness
Vickers Hardness
345 - 490 HV 10
Density
Density
8.8 g/cm³
Melting Range
Melting Range
1305-1400°C
CTE (25 - 600°C)
CTE (25 - 600°C)
14.4 x 10-6 K-1

Discover the Benefits of Digital Dentistry

Speak to an expert to understand how your lab or clinic can achieve better profitability and efficiency with a seamless digital workflow
powered by industry-leading 3D technologies.

Speak to An Expert

Related Resources