MakerBot PVA Precision Material
78.32 CHF exkl. MwSt.
7 in stock
MakerBot PVA Precision Filament in the 0.45 kg Smart Spool™
MakerBot water-soluble PVA Precision Filament ensures quick and effortless support removal for even your most complex parts.
| Manufacturer | MakerBot |
| Coil size | 0.45 kg |
| diameter | 1.75 mm |
Product details
MakerBot PVA Precision Filament 0.75 kg Smart Spool
Included in the scope of delivery
- 1 Smart Spool™ MakerBot PVA Precision Filament 0.45 kg
MakerBot PVA Precision Support Material for MakerBot Method
The PVA Precision filament made of polyvinyl alcohol (PVA) is a water-soluble support material for creating water-soluble support structures during 3D printing. This material is also suitable for office use as it is non-toxic and water-soluble. MakerBot Precision PVA material has been extensively tested for highest reliability, dimensional accuracy and superior surface quality – even supported surfaces convince with highest surface quality!
More information
Compatibility
Printer:
The MakerBot PVA Precision Filament is compatible with the
Software:
To use the MakerBot PVA Precision Material, the software MakerBot Print software is required.
Technical data
Temperatures
- Glass temperature: 60°C
- Melting point: 170°C
- Printing temperature: 210°C
Specifications
- Filament diameter: 1.75 mm
- Coil diameter: 218 mm
- Coil width: 42 mm
- Shipping weight: 0.8 kg
- Net weight: 0.45 kg
Spool type
The Smart Spool™ provides valuable information on material type, color and remaining quantity directly to the MakerBot Print software via an RFID chip. A desiccant in the spool also ensures a low moisture content in the material shaft of the MakerBot Method 3D printer.
Working environment
Store the MakerBot Precision PVA material in the polyester bag provided to prevent it from absorbing moisture from the air. The absorption of moisture from the air can affect the material quality and its performance. Make sure the built-in desiccant is in the spool to absorb moisture during the material loading process.
