Selective Laser Sintering (SLS) with Rubber Sintered rubber in 50, 60, 70, 80 Shore A
Laser sintering is a generative, layer-based construction process. The model is constructed via local sintering or melting of layers of powdered material using focused laser radiation. This means that any three-dimensional geometries can be created in 3D printing. With the elastic, neoprene-like material rubber, we at 1zu1 can push the boundaries of what is feasible for you using the SLS process with 3D printing . This greater flexibility provides numerous advantages.
Material
A powdered starting material is fused layer by layer with the aid of a laser to form a three-dimensional geometry. Depending on the exposure power, the elasticity and thus the Shore hardness can be controlled. Subsequent infiltration gives the components their appropriate properties and the selected color.
Your advantages
- Excellent elasticity
- Various colors: black, natural, green, signal blue, red, yellow
- Varying Shore hardness: SHORE A hardness 50, 60, 70 and 80 even possible in the same construction process
- Tear-resistant, high elongation at break up to 130%
- Finest surfaces
- High detail accuracy and flexible
- Perfect Formiga quality with construction layers of just 100 µm
- Unlimited design possibilities for three-dimensional objects
- No base costs
- Fast production as with all 3D printing processes: daily system start-up with prototype delivery in 2-3 days
Advice tailored to your needs
At 1zu1, we help you find the perfect solution by combining the best technology with a wide range of materials. And this is implemented in the shortest possible time and with the highest technical precision.
Challenge us. What can I do for your project?
Sebastian Fink
1zu1Sales
Area of Responsibility: Switzerland, Liechtenstein, Vorarlberg
T +43 (0)5572 33333-839
sebastian.fink@1zu1.eu
“When it comes to perfect prototyping, it’s safe to say that we are the right address.”
Sebastian Fink is a trained instrument maker and plays the bass clarinet – his personal anti-stress program.
Stefan Rädler
1zu1Sales
Area of Responsibility: Gemany
T +43 (0)5572 33333-842
stefan.raedler@1zu1.eu
» For perfectly implemented ideas, I propose new technological paths with my customers.«
In motocross and enduro, Stefan Rädler is on difficult paths.
Klaus Pichler
1zu1vertrieb
Area of Responsibility: Austria
T +43 (0)5572 33333-838
klaus.pichler@1zu1.eu
»As a cyclist, I know that excellent technology is the key to speed – and therefore to success..«
Klaus Pichler spends his free time in the saddle – he and his road bike conquer Austria’s mountains with endurance and the right pedal stroke.
Sebastian Fink
1zu1Sales
Area of Responsibility: Switzerland, Liechtenstein, Vorarlberg
T +43 (0)5572 33333-839
sebastian.fink@1zu1.eu
“When it comes to perfect prototyping, it’s safe to say that we are the right address.”
Sebastian Fink is a trained instrument maker and plays the bass clarinet – his personal anti-stress program.
Systems
Currently 10 SLS systems are available for plastic parts using different materials. We are continuously investing in new machine technology. On all machines, we can achieve construction layers of a maximum of 100 µm and a wall thickness of up to 0.45 mm. As a result, previously visible layers increasingly disappear; clean and smooth side walls are created, and fine or large parts can be produced with even greater precision. We work with all materials on a daily basis. Our standard lead time is 3 days. Larger dimensions or quantities on request.
| SLS systems | Type designation | Construction layer thickness | System construction space | Wall thickness | Materials |
|---|---|---|---|---|---|
| EOS | FORMIGA P100 | 100 µm | 200 x 250 x 330 mm | 0.45 mm | Rubber |
| EOS | FORMIGA P110 | 100 µm | 200 x 250 x 330 mm | 0.45 mm | PA2200, PA3200-GB, PP01 |
| EOS | FORMIGA P110 Velocis | 100 µm | 200 x 250 x 330 mm | 0.45 mm | PA2200, PA3200-GB |
| EOS | P396 | 100 µm | 340 x 340 x 600 mm | 0.65 mm | PA2000, PA3200-GB |
| EOS | P500 | 100 µm | 500 x 330 x 400 mm | 0.5 mm | PA2200 |
| EOS | 40 µm | 200 x 250 x 125 mm | 0.22 mm | PA1100 |