colorFabb Varioshore Prosthetic Pale Pink, 1,75 mm / 700 g
TPU material for printing prostheses and orthoses
€ 45,83
(€ 65,46 / kg, All prices excl. VAT. - Excludes delivery costs)
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colorFabb
Varioshore Prosthetic Natural
TPU material for printing prostheses and orthoses
€ 45,83(€ 65,46 / kg) -
colorFabb
Varioshore Prosthetic Pale Pink
TPU material for printing prostheses and orthoses
€ 45,83(€ 65,46 / kg) -
colorFabb
Varioshore TPU Red
Variable hardness TPU filament in red
€ 44,99(€ 64,27 / kg) -
colorFabb
Varioshore TPU Blue
Blue variable hardness TPU filament
€ 44,99(€ 64,27 / kg) -
colorFabb
Varioshore TPU Green
Variable hardness TPU filament in green
€ 44,99(€ 64,27 / kg) -
colorFabb
Varioshore Prosthetic Medium Brown
TPU material for printing prostheses and orthoses
€ 45,83(€ 65,46 / kg) -
colorFabb
Varioshore Prosthetic Dark Brown
TPU material for printing prostheses and orthoses
€ 45,83(€ 65,46 / kg) -
Features & Advantages
- With silver
- For prostheses & orthoses
- Variable Shore hardness
- Light weight & density
- Soft feel
Item no.: CF-8720039153516, Content: 700 g, EAN: 8720039153516
Product information & technical details
- Item no.: CF-8720039153516
- Manufacturer No.: 8720039153516
- Manufacturer: colorFabb
- Content: 700 g
- Diameter: 1,75 mm, 2,85 mm
- Product type: Flexible Filaments
- Filament colour: Pink / Rose
- System: Spool
- Net weight: 700 g
- Recommended processing temperature: 190 - 250 °C
- Recommended heating temperature: 20 - 40 °C
- Diameter related tolerance : ±0.1mm
Description
The varioShore Prosthetic is a TPU material in skin tone colours, which is ideal for printing prostheses and orthoses thanks to the addition of silver. The material has a variable Shore hardness, low weight and density, and a soft feel.
The density of the TPU prosthetic material can be varied by adjusting the temperature, speed and layer height.
Tip: While lower temperatures develop a more intense, richer skin tone colour, printing at higher temperatures results in a less intense colour and a softer appearance by activating the foaming agent.
