Materials
Since each application has different requirements we offer 5 materials to be 3D printed, each with different material properties in order to adapt our products to your needs.
Stainless steel (316L)
- Excellent strength
- Good corrosion resistance
- Suitable for most applications
Aluminium (AlSi10Mg)
- Lightweight material
- Good strength
Titanium (Ti64 gr 23)
- Excellent strenght to weight ratio
- High hardness
- Corrosion resistant
Inconel (INC718)
- Hard and strong
- Excellent thermal properties
Maraging steel
- Excellent strength and hardness
- Highly resistant to wear and tear
Machines
In order to increase our flexibility and allow us the ability to print both big series and small production runs with small lead times, we have 2 different machines with different build times and platform sizes.
Trumpf Truprint 1000
While our smaller printer offers only a small building volume, it is highly accurate while allowing us to print the majority of smaller parts. It's small size also increases our flexibility considerably as it allows for a fast material change and reduces lead times to only a few days.
| Platform size | Ø 100 mm |
| Building height | 124 mm |
| Accuracy | +/- 0,05 mm |
| Layer thickness | 20µm |
| Roughness | 4-7µm |
| Materials Offered | All |
Shining EP250
With a building volume ten times the volume of our other printer it allows multiple orders to be printed simultaneously or, if necessary to go into series production. A bigger machine allows a big reduction in lead time for such series.
| Platform size | 250mm*250mm |
| Building height | 320 mm |
| Accuracy | +/- 0,1mm |
| Layer thickness | 30µm |
| Roughness | 4-7µm |
| Materials | SS316L & AlSi10Mg |
Post Treatments
Aside from the usual grinding and polishing of our printed parts, MT3D offers a wide variety of after treatments for it's parts, both to finish any rough surfaces but also to influence material properties and add functionalities.
- Grinding, tumbling, sand blasting and polishing to reduce roughness.
- Milling of surfaces to remove irregularities or increase accuracy.
- Heat and surface treatments to harden or strengthen the material.
- Drilling, threading or welding to add additional features to your parts.