MATERIALS
We provide the best quality materials in the printing process
and post-processing. We don’t compromise, we create the best quality product.
MATERIAL
The strength, flexibility, ease of processing, or the maximum level of details of the forthcoming model are determined not only by the printers used – the materials used for 3D printing also play an extremely important role in this matter. Depending on the order, the ABS plastic is used which is characterized by high hardness and flexibility, the PLA plastic made of renewable raw materials or Visijet PXL, providing an accurate reproduction of details, as well as excellent color saturation. Acura and ABS 3650 give smooth and highly detailed parts for prototypes.
Our new materials PA and CL20 provide high end production parts in short runs.
Visijet PXL
Description
Visijet PXL material is a high quality powder material used for 3D printing CJP (Color Jet Printing). By using a high quality product such as VisiJet material of a minimum weight, the models are definitely more accurate, whiter and have higher color saturation. Chemical composition: calcium sulphate hemihydrate, CaSO4 * 1/2 H2O, combined gypsum variety of water-based adhesive and cured with three kinds of substances
Specification
- Maximum size of the model:254 x 381 x 203 mm or more if the element is divided into parts
- Minimum size of the model:5x5x5 m
- Minimum model wall thickness:1 mm
- Accuracy of the print:0,089 mm
Advantages
- Great accuracy of the printouts
- Prints in 6 mln colours
- Possibility of mechanical engineering
PLA plastic – FDM Technology
Description
PLA – polylactic acid, is a biodegradable, thermoplastic polyester produced from renewable, raw materials -it’s called bioplastic. In terms of properties, PLA is similar to polystyrene, but, when modified, has properties similar to polypropylene and polyethylene. It has excellent organoleptic properties and is ideal for food contact. Its properties are similar to those of the ABS, but it is more brittle.
Specification
- Maximum size of the model:230x270x200 mm
- Minimum size of the model:5x5x5 mm
- Minimum model wall thickness:1 mm
- Accuracy of the print: from 0,12 to 0,35 mm
Advantages
- Biodegradable
- Approved for food contact
- Durable but brittle
- Stiff
ABS plastic – FDM Technology
Description
ABS (i.e., acrylonitrile – butadiene – styrene) is a material obtained in the process of polymerization of butadiene and copolymerization of acrylonitrile and styrene with the simultaneous vaccination of the resulting copolymer on the polybutadiene. It is used in industry, in the production of housings of electronic equipment, household appliances, automotive interior parts, sports equipment, or items of furniture. ABS is the material from which panels are produced with excellent impact strength over a wide temperature range. Characterized by high hardness, flexibility, low weight and resistance to scratches. Moreover, it is a readily thermoformable material, having good insulation properties and good chemical resistance.
Specification
- Maximum size of the model:230x270x200 mm
- Minimum size of the model:5x5x5 mm
- Minimum model wall thickness:1 mm
- Accuracy of the print: from 0,12 to 0,35 mm
Advantages
- Tough
- Flexible
- Water resistant
- Resistant to scratches
VisiJet M3 Proplast resin – MJP/MJM Technology
Description
- density – 1,1g/cm3
- tensile strength – 49 MPa
- flexural strength – 65 MPa
- elasticity modulus E – 2168 MPa
- heat resistance – 88 C
VisiJet Proplast material with the characteristics similar to plastic, offers numerous functions for various applications in precise prototypes.
Specification
- Maximum size of the model : 298 x 185 x 203 mm or more if the element is divided into parts
- Minimum size of the model : 5x5x5 mm
- Minimum model wall thickness: 0,5 m
- Accuracy of the print: 0,016 mm
Advantages
- Very high accuracy of the prints
- Durable
- Invisible contour lines
- Possibility of metallization and lacquering
- Possibility of creating right angles
ACCURA 60 resin – SLA Technology
Description
- Density – 1,11g/cm3
- Tensile Strengh- 50-60 MPa
- Hardness – 80- 90 MPa
- Flexural Strength – 2200- 2800 MPa
- HDT – 75 st.C
A hard, clear plastic with the aesthetics of molded polycarbonate (PC).
Specification
- Maximum size of the model: 1500 mm x 750 mm x 500 mm mm or more if the element is divided into parts
- Full-featured products
- Minimum size of the model: 5x5x5 mm
- Minimum wall thickness of the model: 0.5 mm
- Accuracy of a print: 0.04 mm
Advantages
- Very high accuracy of the prints
- Durable
- Crystal clear
- Invisible contour lines
- Possibility of creating right angles
PA2200 Polyamide – SLS Technology
Description
Laser- merged, powdery material, with a durability similar to materials made of injection molds, allows you to create ready-made pieces, short production series and articles of jewellery.
PA:
- Shore hardness: 92A
- Tensile strength: 27 MPa
- Elongation at break: 400
Specification
- Maximum size of the model: 700 mm x 380 mm x 580 mm mm or more if the element is divided into parts
- Full-featured products
- Minimum size of the model: 5x5x5 mm
- Minimum wall thickness of the model: 0.7 mm
- Accuracy of a print: 0.1 mm
Advantages
- High accuracy of the prints
- Lack of support material
- Ready-made products
- Possibility of metallization and lacquering
CL20ES steel – DMLS Technology
Description
- Component and Indicative value (%)
Fe : Balance
Cr: 16,5 – 18,5
Ni: 10,0 – 13,0
Mo: 2,0 – 2,5
Mn: 0 – 2,0
Si: 0 – 1,0
P: 0 – 0,045
C: 0 – 0,030
S: 0 – 0,030
CL 20ES is an austenitic stainless steel for the production of functional parts or components for pre-production moulds.
Specification
- Maximum size of the model: 800 mm x 400 mm x 500 mm mm or more if the element is divided into parts
- Full-featured products
- Minimum size of the model: 5x5x5 mm
- Minimum wall thickness of the model: 0.5 mm
- Accuracy of a print: 0.1 mm
Advantages
- Stainless steel (powder), chemical composition according to 1.4404, X 2 CrNiMo 17 13 2,
- Corrosion resistant prototypes
- Series production parts