Carefully
designed to balance price, a ‘desktop’ footprint and a useful build-envelope, many schools and colleges will
find this to be the ideal machine. SST technology and 0.25mm resolution accommodates complex modelling, with
good surface finish and detail.| Max build size: | 203 x 152 x 152mm |
| Model Material: | Ivory ABS Plus |
| Slice Resolution: | 0.25mm |
| Interface: | Ethernet |
| Dimensions: | 635(W) x 660(D) x 786(H)mm |
| Weight: | 76kg |
Choose
from eight different and vibrant ABS plastic colours and enjoy a larger build area than the HP Designjet 3D
Printer. SST technology and 0.25mm resolution accommodates complex modelling, with good surface finish and
detail. | Max build size: | 203 x 203 x 152mm |
| Model Material: | ABS Plastic (various colours) |
| Slice Resolution: | 0.25mm or 0.33mm |
| Interface: | Ethernet |
| Dimensions: | 635(W) x 660(D) x 786(H)mm |
| Weight: | 76kg |
| Max build size: | 203 x 203 x 305mm |
| Model Material: | ABS Plus (various colours) |
| Slice Resolution: | 0.178mm |
| Interface: | Ethernet |
| Dimensions: | 686(W) x 914(D) x 1041(H)mm |
| Weight: | 136kg |
The
largest build-envelope of all and available with breakaway support (BST) or soluble support (SST)
technology. The 1200es range offers all available options and may well provide the best choice for a busy
hub-centre.| Max build size: | 254 x 254 x 305mm |
| Model Material: | ABS Plus (various colours) |
| Slice Resolution: | 0.25mm |
| Interface: | Ethernet |
| Dimensions: | 838(W) x 773(D) x 1143(H)mm |
| Weight: | 148kg |
Each Dimension and HP machine is supplied with a pack of modelling bases and one each of the modelling and support material cassettes.
The cost of the Dimension also includes delivery, then commissioning and training on the same day.
| HP Designjet 3D & HP Designjet Color 3D: | 1 year On-site or 3 year On-Site (with Education Bundles 1C/1SC/2C/2SC) |
| 1200es: | 1 year On-site plus 2 further years parts (education only) |
| Elite: | 1 year On-site plus 2 further years parts (education only) |
Designers have always needed to build prototypes, but in the new global economy, pressure is intense and ‘time to market’ is everything. 3D CAD with ‘Additive’ Rapid Prototyping (or 3D Printing) is an essential tool to enable designers to compete... [more]
Designers have always needed to build prototypes, but in the new global economy, pressure is intense and ‘time to market’ is everything. 3D CAD with ‘Additive’ Rapid Prototyping (or 3D Printing) is an essential tool to enable designers to compete. The process sits alongside the more traditional ‘Subtractive’ Rapid Prototyping, and is ideal when designs are too complex to machine, or when the model can be made in tough plastic rather than a specific engineering material. TechSoft are delighted to offer the HP Designjet 3D Printer as well as the Dimension series of machines which have all been specifically designed to provide a clean and quiet way for designers to produce strong and affordable rapid prototypes from their own studio.
Because rapid prototyping is so important in the modern world of Design and Engineering, we believe that every student should know about it, and have access to a system to see for real what it’s all about. Older students will want to have individual models built for them at sensible cost. A 3D Printer is the ideal machine for a hub centre, LEA resource or Technology Specialism school.
Our range of machines use Fused Deposition Modelling (or FDM) to build the model, in thin layers, by extruding a fine filament of molten ABS plastic. As it builds, a second filament is extruded to create a support structure for hollow or overhanging parts of the design. Once complete, the support structure is broken (BST) or dissolved away (SST) leaving a tough, smooth and (for most applications) totally functional finished part. ‘Catalyst EX’ software comes with the machines and accepts .stl format files from SolidWorks, Pro/DESKTOP, etc. Catalyst allows you to ‘tune’ the build, but if you simply import the file and click your way through three set-up windows, you will get a perfectly acceptable model when you click the ‘Print’ button – it really is that easy.
We believe that 3D Printers provide by far the most appropriate additive rapid prototyping system for education - there is no mess, models are strong and the machine works quietly looking after itself as it builds. Our range of 3D Printers have proved a phenomenal commercial success world-wide and, now in its fourth generation of machines, you can be assured of proven technology with rock-solid backup and support.
Beyond budget you need to consider the build-envelope size and how intricate your models are likely to be. Fine details and complex shapes will need soluble support (SST) and perhaps finer slice resolution. All machines build the same high quality, strong parts in ABS so there is no compromise here whichever machine you invest in. For most schools and colleges, the HP Designjet 3D Printer gives all the capacity needed and, with Education Bundles, an economical means to access the latest technology. Although the entry level HP Designjet 3D Printer builds with ivory-colour material, presentation models are typically sanded and painted, so this need not be a major consideration.
| SolidWorks | More Information |
Clean Stations are required to wash away soluble support material from models built by HP Designjet 3D, Dimension 1200es SST and Elite machines.