Unimatic is revolutionising the way designers and engineers use physical models in their workflow by providing a new class of 3D printer. By combining patented technology with fresh, innovative thinking in mechanical design, chemistry, electronic design and software, Unimatic launched the first desktop 3D printer, adding a new dimension to the world of 3D printing.
The SD300 is a leading development in model building with technologies that utilise rigid plastic materials and require no post-build curing. The SD300 3D Printer is a network compatible peripheral that can be operated and maintained without the need for dedicated personnel. Design for your products can now stay in-house, at your workstation.
The SD300's innovative technology allows you to quickly create solid, three-dimensional, plastic models directly from 3D CAD data. Put the rapid back into rapid prototyping. SD300 3D models can be used in all phases of the design cycle, from concept development to functional testing and assembly verification, saving time and money.
Rapid prototyping can now live up to its name with the SD 300 3D Printer. You can create the design and hold it in your hands without leaving your desk.
The SD300 3D Printer carries both a low initial investment cost and low cost of ownership. There are no post-build curing processes required and no need for dedicated personnel. In addition, the price of the SD300 consumable materials is very economical, giving an extremely attractive build cost per model.
Ease of Operation
Anyone can operate the SD300 3D Printer. The model build process requires no intervention and the replacement of consumable materials can be done by anyone - it is no more complicated than changing cartridges on a copy machine or a 2D printer. The SD300 creates no ambient dust or residue so there is no cleanup required after each build.
Durable models
Using Plastic Sheet Lamination, the SD 300 3D Printer produces rugged yet flexible models made of SolidVC ®, a rigid PVC based plastic. The accuracy, strength and durability of the parts produced by the SD300 make them perfectly suitable for all stages of the design cycle, from concept verification through form, fit and functional testing, including snap-fit. Models can be machined, drilled, finished and painted, and they show no distortion over time.
Specifications
Technology:
3D printing - plastic sheet lamination
Build material:
Engineered Plastic
Material color:
Amber transparent, Red, Blue, Black and Cream
Accuracy:
+/- 0.1mm (XY)
Layer thickness:
0.168 mm (Z)
Maximum model size:
160
x 210 x 135 mm (XYZ)
Dimensions:
W465
x D770 x H420 mm
Weight without cartridge & roll:
36
Kg
Weight with cartridge & roll:
45
Kg
Power consumption:
620W (maximum power, in process)
100-120 / 200-240VAC, 50/60 Hz.
Operating temperature:
18º C to 35º C
Sound level:
Max 65 db(A)
Max ambient humidity:
80% Relative Humidity
* All specifications are subject to change without notice
Workflow
Four Easy Steps to Create a Model with the SD300
Materials Description
The materials used in the Solido 3D Printer are a combination of PVC (Poly Vinyl Chloride) and our own adhesive which results in rugged yet inexpensive models. These models can be machined, drilled, finished and painted and show no distortion over time.
Each SolidVC* Material Kit includes 7.5 Kg. of build material. The materials are balanced so that all materials are replenished simultaneously.
Contents:
1 x Roll SolVC-105
PVC Sheet
1 x Cartridge
SolGL-101 Adhesive
1 x Cartridge
SolAG-230
Release Agent
Shipping Information:
Dimensions - 300mm x 300mm x 220mm
* SolidVC Material Kit contents and packaging are subject to change.
SDview Software
