FFF/FDM Technology
Thermoplastics manufactured using melted filament extrusion technology.
Advantages:ย Low cost, versatility. Suitable for printing large-scale prototypes, functional parts, or presentation models.
Disadvantages:ย Lower strength in the direction of the layers and varying surface texture depending on the part orientation.

MJF/SLS Technology
Thermoplastics manufactured using polymer powder sintering technology
Advantages: Higher accuracy and strength, high design freedom.
Disadvantages: Less abrasion-resistant and absorbent surface (if not chemically smoothed).
SLA/DLP Technology
Thermosets manufactured using resin curing technology.
Advantages: High surface quality and large build volume (up to 800 mm).
Disadvantages: Higher brittleness and low resistance to UV light.


DMLS/SLM Technologies
Laser-based metal powder sintering technology.
Advantages: Production of metal parts with complex or otherwise unmanufacturable geometries.
Disadvantages: Relatively coarse tolerances and varying surface texture depending on part orientation.
Binder Jetting
Metal powder sintering technology using a binder.
Advantages: High productivity, lower cost.
Disadvantages: Low printing accuracy, higher porosity. Suitable for less precise parts or for producing semi-finished products. Properties comparable to powder metallurgy.
Referencie
Manufacturability assessment
Manufacturability assessment and quotation begin upon receiving a 3D model in STEP, STP, STL, OBJ, or 3MF format. If you donโt have your own 3D model, we can help create one based on your specifications by sending us a photo, drawing, or sketch.
Are you interested in our offer? Contact us.
Please submit your inquiries directly via the non-binding inquiry form.
We will be better able to prepare an offer for you based on your specific requirements.
