U.S.A. Solidscape The High-precision
3D modeling system --- T66-BT2/ T612BT2
U.S.A. Solidscape
The High-precision 3D modeling system - reduces your costs and time-to-market
by translating CAD designs from most jewelry and engineering design
software into 3D casting patterns. Grow models of your most intricate
and complex designs with the assurance of results that are geometrically
perfect and, in many cases, unable to be produced by hand crafting
or by milling systems. Undercuts, overhangs and cavities are no
problem because of Solidscape dissolvable support material structure.
Solidscape's
products for the jewelry market are the T66 Benchtop 2 and T612
Benchtop 2 systems. (The speed is
100% faster than old BT version) Produce highly
quality and precise master patterns. Models and patterns built on
these systems are ideal for a host of design verification and production
applications. The physical properties of our patented build material
deem these patterns perfect for investment casting.
Features
of Solidscape The High-precision 3D modeling system:
- The build
material is perfect for investment casting.
- produce highly precise
and surface finish model
- easy to use and unattended
operation
- uses a non-toxic material
and has a small footprint, it's truly office friendly.
   
Solidscape - System Specifications:
|
T612
Benchtop 2 |
T66
Benchtop 2 |
Maximum
build envelope mm
Maximum build envelope in
|
304
x 152 x 152
12 x
6 x 6
|
152
x 152 x 152
6 x
6 x 6
|
Z-axis
build layer mm |
0.013
to 0.076 |
0.013
to 0.076 |
Footprint
mm
Footprint
in
|
711
x 495 x 495
28 x
19.5 x 19.5
|
559
x 495 x 495
22 x
19.5 x 19.5
|
Model
Material |
InduraCast
Material |
InduraCast
Material |
Support
Material |
InduraFill
Material |
InduraFill
Material |
Melting
point of InduraCast |
203¢X
- 230¢X F (95¢X - 110¢X C) |
203¢X
- 230¢X F (95¢X - 110¢X C) |
Melting
point of InduraFill |
120¢X
- 158¢X F (49¢X - 70¢X C) |
120¢X
- 158¢X F (49¢X - 70¢X C) |
Ambient
operating environment |
16¢X
- 27¢X C |
16¢X
- 27¢X C |
Software
and input file format |
ModelWorks
Software input STL and SLC file formatAutomatic generation
of model and support structure |
ModelWorks
Software input STL and SLC file formatAutomatic generation
of model and support structure |
|