Our 3D printing material sheets give you all the information you need to create your prototype. Don’t hesitate to call us or
contact
for more information.
For more information on 3D printing technologies at Axis, you can
our dedicated page.
| Material | Elongation at break | Tensile modulus | Flexural modulus | Tensile Strengh | Max. Temperature | Density | Color | Minimal layer thickness | Material datasheet |
| Xtreme | 14-22% | 1790 MPa 1980 MPa | 1520 MPa 2070 MPa | 38-44 MPa | 62°C | 1,19 | Grey | 0,1mm | Download |
| Taurus | 24% | 2310 MPa | 2054 MPa | 46.9 MPa | 91°C | 1,13 | Anthracit | 0,1mm | Download |
| Clearvue | 4-7% | 2030 MPa 2220 MPa | 1560 MPa 2040 MPa | 41-46 MPa | 46°C | 1,1 | Transparent | 0,1mm | Download |
| Accura 25 | 13-20% | 1590 MPa | 1380 MPa | 55-58 MPa | 58°C | 1,19 | White | 0,125mm | Download |
| RR60WH - GP Plus | 4-6% | 2920 MPa | 2670 MPa | 54 MPa | 54°C | 1,12 | White | 0,1mm | Download |
| Material | Elongation at break | Tensile modulus | Flexural modulus | Tensile Strengh | Max. Temperature | Density | Color | Minimal layer thickness | Material datasheet |
| PA 12 | 14% | 1586 MPa | 1387 MPa | 43 MPA | 95°C | 1,00 | White | 0,10mm | Download |
| PA 12 GF | 1,4% | 4068 MPa | 3106 MPa | 26 MPa | 134°C | 1,49 | Cream | 0,10mm | Download |
| Duraform Pax (66 shore D -UL94 HB) | 282% | 1300 Mpa | 880 Mpa | 40 MPa | o | 1,03 | White | 0,10 mm | Download |
| TPU (60 shore A) | 200% | 5,3 MPa | 6,0 MPa | 2,0 MPa | - | 0,78 | White | 0,10mm | Download |
PA 12: Polyamide type PA 12 white (PA650). Combines strength, durability and chemical resistance to produce robust, long-lasting prototypes.
PA+GF: Glass-filled polyamide (PA615). The addition of glass fiber to nylons significantly improves stress resistance, strength, heat distortion temperatures, abrasion resistance and dimensional stability.
TPU: Flexible engineering plastic with a shore hardness of 60/70 A, used for functional prototypes with excellent flexibility.
PP: This material features excellent plasticity, superior elongation, low moisture absorption and accumulated risk. This works perfectly for hinges and clips. It is resistant to acids and bases and has a slight translucent appearance.
| Material | Elongation at break | Tensile modulus | Flexural modulus | Tensile Strengh | Max. Temperature | Density | Color | Minimal layer thickness | Material datasheet |
| PA 12 | 15-20% | 1700 MPa 1800 MPa | 1800 MPa | 48 MPa | 95°C | 1,01 | Grey / Black | 0,08mm | Download |
| PA 12 GF | 10% | 2500 MPa 2700 MPa | 2400 MPa 2700 MPa | 30 MPa | 114°C | 1,3 | Grey | 0,08mm | Download |
PA 12:
Polyamide PA 12. The material is characterized by good elasticity and high impact resistance. In addition, polyamide offers excellent resistance to chemicals such as hydrocarbons, oils and solvents. It combines strength and durability to produce robust, long-lasting prototypes.
PA 12 GF :
Glass-fiber-filled polyamide PA 12 for enhanced strength.
| Material | Elongation at break | Tensile modulus | Flexural modulus | Tensile Strengh | Max. Temperature | Density | Color | Minimal layer thickness | Material datasheet |
| PX 523 | 6% | 2600 MPa | 2100 MPa | 68 MPa | 100°C | 1.06 | Transparent | PC | Download |
| SG 95 | 25% | 2521 MPa | 2400 MPa | 58 MPa | 72°C | 1,21 | Transparent | ABS | Download |
| PX212 | 25% | - | 1200 MPa | 40 MPa | 78°C | 1,15 | Translucent | PEHD | Download |
| PX223 HT | 11% | - | 2300 MPa | 60 MPa | 120°C | 1.12 | Black | PA 6.6 | |
| PX234 | 13% | 1800 MPa | 1200 MPa | 61 MPa | 220°C | 1,19 | Amber | PEEK | Download |
| PX245 | 3% | - | 4500 MPa | 85 MPa | 92°C | 1,22 | Cream | POM | Download |
| 9012 | 25% | - | 1310 MPa | 40 MPa | 90°C | 1,1 | White | Food Contact | Download |
| PX 205 | 100% | 530 MPa | 500 MPa | 25 MPa | 55°C | 1,08 | Beige | - | Download |
| 8263 (ULV94-0) | 15% | - | 2200 MPa | 68 MPa | 80°C | 1,19 | Transparent white | PU V0 | Download |
| PX 331 (FAR Certified) | 4% | 4500 MPa | 3700 MPa | 55 MPa | 90°C | 1,35 | Cream | Filled ABS | Download |
| UPX 8400 (hardness 30 to 95 Shore A) | Depends on the hardness _ please contact us | ||||||||
| Silicone 13/33/42 Shore A | Depends on the hardness _ please contact us | Télécharger | |||||||
SG95: Clear ABS-type polyurethane resin. Good temperature resistance.
PX212: Translucent PU resin. Prototype parts with PP or HDPE appearance and good temperature resistance.
PX234: Yellow translucent resin type PA6.6 filled. PEEK type. Ideal for any room that has to withstand high temperatures.
PX245: White PU resin. Ideal for the production of models with mechanical properties similar to those of thermoplastics such as polyoxymethylene (POM) or polyamide (PA).
8400: Elastomer-type polyurethane resin. Various hardnesses between 30 and 95 Shore A are available. This material gives a rubbery appearance to the part produced.
9012: White polyurethane resin suitable for food contact (non-tintable).
PR1700 : Transparent PC-type PU resin. Material for the manufacture of optical parts with excellent UV resistance and properties similar to PMMA and PC.
9070: Transparent elastomer resin with excellent optical properties (perfect sharpness).
8263: V0 translucent white PU resin. Fireproof material with good impact resistance.
PR751: Black polyurethane resin type PA6.6. The need to produce semi-flexible parts that are resistant to impact and mechanical stress, such as bumpers or hinges.
| Material | Elongation at break | Tensile modulus | Flexural modulus | Tensile Strengh | Max. Temperature | Density | Color | Minimal layer thickness |
| ABS | 9% | 1900 MPa | - | 38 MPa | 103°C | 1,03 | White/Black | 0,4mm 0,1mm |
| PETG | 235,00% | 2020 MPa | 2050 MPa | 50 MPa | - | 1,27 | Translucent | 0,4mm 0,1mm |
| PLA | 3% | 39 MPa | - | 39 MPa | 57°C | 1.24 | White/Black | 0.4mm 0.1mm |
| Ultem 9085 | 6% | 2200 MPa | 1310 MPa | 71,6 MPa | 156°C | 1,34 | Amber | 0,25mm 0,17mm |
| Ultem 1010 | 3,3% | 2820 MPa | 2820 MPa | 81 MPa | 216°C | 1,27 | Natural | 0,25mm 0,17mm |
| PC-ABS | 6% | 1900 MPa | 1900 MPa | 41 MPa | 110°C | 1,1 | Black | 0,25mm 0,17mm |
| PC (Polycarbonate) | 5% | 2300 MPa | 2200 MPa | 68 MPa | 138°C | 1.2 | Shiny White | 0,25mm 0,17mm |
| Nylon | 6,5% | 1310 MPa | 1310 MPa | 18.26 MPa | 97°C | 1,03 | Black | 0,25mm 0,17mm |
| ASA | 4% | 2010 MPa | 1870 MPa | 29 MPa | 91°C | 1,05 | Black | 0,25mm 0,17mm |
ABS (ESD7): Enables electronics manufacturers to expand the use of 3D printing on the assembly line. Static dissipation also makes it ideal for applications involving powders, dusts and mists attracted by plastic parts.
PC (Polycarbonate): excellent mechanical properties, impact resistance and heat resistance.
Ultem 9085: Thermoplastic ideal for aerospace, automotive and military applications thanks to its FST classification.
Ultem 1010: Offers the best heat, chemical and stress resistance of all wire-removal thermoplastics.
PC-ABS: The blend of PC and ABS offers the unique combination of the high processability of ABS with the excellent mechanical properties, impact strength and heat resistance of PC.
Nylon: the toughest material in the industry.
