![Extremely Flexible Octopus no shore hardness limit gel shore 00Pollen AM mim metal cim ceramic technical 3D printing 3D printer industrial pellets granules extrusion small series medium series stainless steel thermoplastic granules open to materials multi-material](/assets/images/parts/pollen_am_octopus_soft_tpe_3.jpg)
Extremely Flexible Octopus
![Extremely Flexible Octopus no shore hardness limit gel shore 00Pollen AM mim metal cim ceramic technical 3D printing 3D printer industrial pellets granules extrusion small series medium series stainless steel thermoplastic granules open to materials multi-material](/assets/images/parts/pollen_am_octopus_soft_tpe_3.jpg)
![Extremely Flexible Octopus no shore hardness limit gel shore 00Pollen AM mim metal cim ceramic technical 3D printing 3D printer industrial pellets granules extrusion small series medium series stainless steel thermoplastic granules open to materials multi-material](/assets/images/parts/pollen_am_octopus_soft_tpe_5.gif)
![Extremely Flexible Octopus no shore hardness limit gel shore 00Pollen AM mim metal cim ceramic technical 3D printing 3D printer industrial pellets granules extrusion small series medium series stainless steel thermoplastic granules open to materials multi-material](/assets/images/parts/pollen_am_octopus_soft_tpe_1.jpg)
![Extremely Flexible Octopus no shore hardness limit gel shore 00Pollen AM mim metal cim ceramic technical 3D printing 3D printer industrial pellets granules extrusion small series medium series stainless steel thermoplastic granules open to materials multi-material](/assets/images/parts/pollen_am_octopus_soft_tpe_4.jpg)
Part presentation
Manufactured with New Pam Series P in 30 TPE Shore 00, this octopus demonstrates the capacity of Pam technology to handle with ease the lowest possible Shores, comparable to gel like materials.
Employing such low Shore material with Pam is unique to the 3D Printing market, enabling extreme flexibility of the part while retaining its coherent structure.
Material information
- Supplier: Kraiburg TPE
- Material: TPE
- Grade: TF0STL
Process configuration
- Printing time: 20 mn
- Nozzle size: Ø 0.8 mm
- Part weight: 10.35 g
- Layer height: 0.4 mm
- Material cost: € 0.14