Precious Pro ONE
The most versatile 3D PRINTER designed for JEWELRY PROFESSIONALS
The Precious Pro ONE is a stereolithography SLA 3D printer with
external DLP unit with a top-down building direction.
The maximum building area is
90 x 52 x 140 mm,
the highest resolution is
30 µm on XY-axis and
15 µm on Z-axis.
Considerable Advantages of the Precious Pro ONE compared to other 3D printers
- The Precious Pro ONE is the most versatile, professional
high precision SLA/DLP printer for a reasonable price
- Components in high quality made in Germany, Japan and
the USA mean greatest durability
- +/- 3 µm repeatable accuracy
- Seamless adjustment of size/quality ratio from
48 mm x 27 mm @ 30 µm
up to
6 mm x 54 mm @ 50 µm - Open to any resin on the market - no lock on certain suppliers
- Free Software NanoDLP (no software service package needed)
- No heatable resin vat or resin vat sweeper needed
- The external light source can easily be replaced -
You aren't locked on us
- The resolution and the printing results can be increased steadily via external projectors:
You aren't locked on the technical status-quo but are free to exchange your external light source with a projector with a higher resolution - You don't need to invest in a new 3D printer but are always up to date
|
Precious Pro ONE |
Precious Pro ONE Projection Component HD DLP Projector InFokus IN3138HDa* |
Technical Specifications
|
Technology |
|
|
Software |
NanoDLP (pre-installed) |
|
XY resolution (finest) |
30 µm |
|
Z resolution (layer width, finest) |
15 µm |
|
Build Size X, Y, Z (maximum) |
90 mm x 52 mm x 140 mm |
|
Adjustable build size / |
57.6 mm x 32.4 mm @ 30 µm – |
|
Reproducability / accuracy |
+/- 3 µm |
|
Vertical Build Speed * |
22 mm/h |
|
Data Interfaces |
Wifi, Ethernet, Bluetooth, HDMI |
|
Power |
230V AC 5A (C13/C14) |
|
3D Printer Core Uncrated |
500 x 300 x 300 mm |
|
3D Printer Core Weight Uncrated |
14 kg |
|
Manufacturer’s Warranty |
1 year |
|
Open to 3rd party materials |
Yes, no lock-in technology |
* dependent from layer width, value given @20 µm layer width, excluding burn-in layers that add one time approximately 2.5 minutes to total time
