45 - 3D printing
From design services to printing - everything from a single source.
Laser sintering 3D printing is an advanced manufacturing method that is becoming increasingly important due to its flexibility and precision. With impressive dimensions of 200x260x300 mm, this technology enables the production of highly complex parts and prototypes in a wide range of industries.
Mechanical properties:
In the xy print direction, laser sintering 3D printing shows impressive mechanical properties:
Tensile modulus: At 1650 MPa, the material offers high stiffness and strength.
Tensile strength: At 48 MPa, it retains its integrity under tensile load.
Elongation at break: The elongation at break of 18% allows for a certain degree of elasticity.
Thermal properties: The melting temperature is 176°C (at a heating rate of 20°C/min), indicating that these materials can withstand high temperatures.
Physical properties: The density of the material is 930 kg/m³, indicating high material compactness.
Surface treatment: To further improve the final quality of the parts, various surface treatments are available, including flocking, PU coating, smoothing and colouring. These techniques not only give the parts an aesthetic touch, but can also improve protection and adhesion properties.
In summary, laser sintering 3D printing enables the construction of high-quality parts and prototypes with impressive mechanical and thermal properties. Furthermore, the variety of surface treatments available offers additional customisation options. This makes it a powerful service for companies that require innovative and customised solutions
