We offer 3D printing and low-volume production using five different technologies (FDM, SLA, SLS, CJP, and DMLS). Due to the lack of high initial tooling costs, this is currently the best alternative to injection molding for low-volume manufacturing.
Thanks to our extensive machine park, we handle both single-part orders and short production runs while maintaining relatively fast turnaround times.
Unlike desktop 3D printers, our machines offer very high repeatability and dimensional accuracy.
3D printing is an additive manufacturing technology that is gaining popularity and expanding in its range of applications. We produce everything from personalized promotional gadgets and replacement machine parts to prototypes of components designed by our clients.
When using our services, you don’t need to provide a ready-to-print file (usually in .STL format). Thanks to our engineers who offer 3D design and modeling services, all we need is a sketch, a technical drawing, a physical object to reproduce, or simply your concept.
The material we use for 3D printing in FDM technology comes in spools of plastic filament. Due to the use of high-quality machines, our 3D prints in this technology feature dimensional accuracy of ±0.3 mm or ±0.3% of the nominal dimension, depending on the part size and the material used.
A characteristic feature of 3D prints made with Fused Deposition Modeling is the side surface with visible layer lines. This results from the nature of the process itself.
Thanks to industrial-grade machines from leading manufacturers in the 3D printing industry, we are able to produce parts with geometries that would be impossible to manufacture using other technologies.
SLA prints are made from UV-curable resin. This is a liquid material that changes to a solid state when exposed to a UV laser. Due to the presence of photoinitiators in the resin, the 3D print forms precisely where the laser light hits the surface.
Thanks to the very small laser spot size (ranging from 50 to 70 microns), resin 3D prints are highly precise and accurately replicate the digital model. For the same reason, even the finest details are preserved.
The resins we use may feature enhanced mechanical strength, flexibility, or be suitable for clean burnout (castable resins). We also offer resins with increased heat resistance, up to 230 degrees Celsius.
Unlike the more affordable FDM technology, printed objects feature a smooth side surface.
3D printing using SLS technology involves sintering successive layers of powder with a laser beam. Thanks to its affordable cost, this method offers a compromise between the relatively inexpensive FDM technology and the more costly resin-based SLA prints. For this reason, it is an excellent choice for prototyping parts with complex geometries.
Moreover, it is one of the few technologies that do not require the use of support structures at all.
The standard dimensional accuracy is ±0.2 mm or 0.2% of the nominal dimension. The most commonly used material for these prints is Nylon PA12 in the form of finely graded powder.
Unlike the first two technologies, due to the nature of the process, the lead time is slightly longer.
Metal 3D printing is becoming an increasingly popular manufacturing method. Despite the relatively high production cost, using this technology is economically justified for certain geometries, as not every shape can be milled—even with advanced five-axis CNC machines. The more complex the geometry, the more likely it is that metal printing will be the right solution for your application.
We offer 3D printing services using materials such as titanium, aluminum, and stainless steel. The standard lead time for metal 3D prints is typically 14 business days, due to the complexity of the printing process. The minimum order value for this technology is 500 PLN net.
It is important to note that this technology requires the generation of support structures. As a result, printed parts may show marks where the supports have been removed.
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