3D Printing
WHAT IS 3D PRINTING?
Also known as Additive Manufacturing – three-dimensional printing is the process of producing physical, real-world objects from a digital 3D model on a computer.
The applications and potential uses of 3D Printing are endless, and this exciting technology is rapidly advancing. The quality, detail and strength of a 3D printed model varies widely based on the type of printer and kind of materials used. These days it is possible to print simple items yourself with a desktop 3D printer, but for the highest quality and resolution models, it is necessary to make use of professional, industrial grade printers.
20+ Years of Experience in 3D Work
By providing a selection of cutting edge printing options, our expertise and experience will ensure that the highest quality and accuracy is achieved.
Modelling
Every 3D printer requires a 3D digital model to use as its blueprint of what it will produce. These digital models can be created in a range of CAD and 3D design software packages, or directly from 3D scanning and photograph data.
Before a 3D file can be printed it needs to undergo a process to ensure it is “Print Ready”. This includes finding and repairing any errors in the mesh, such as holes, inverted face normals, or overlapping parts of the mesh.
A well made and clean 3D model will minimise the time necessary to fix it up to a printable standard.
Printing
The 3D digital model can now be sent to the printing software, in the form of a STL file. Here options regarding wall thickness, divides, escape holes, support structure, and colour are determined. Once this is all completed, it is possible to determine the total cost of material s and the print time, so pricing for the job can be accurately established before printing begins. When everything has been checked, the file is sent to the prepared 3D printer.
The total printing time of a 3D model will vary depending on factors such as the thickness, overall size, complexity of the model, as well the type of printer and material being used. The duration of the fabrication process can vary from a few hours, to a few days.
Finishing
Usually when a print has been completed there is still some manual post-processing required, the extend of which differ depending on the printing technique and materials used.
For example, in FDM printing it is often necessary to add supports to the model to allow the printing of overhanging geometry. These supports will need to be removed once removed from the printer.
In the case of our CJP printer, the models need to be depowered and infiltrated in order to attain the full strength and colour of the print. After this last stage the final printed models are ready to be sent to customer.
OUR PRINTERS
FDM Printing Farm
Our fused deposition modeling (FDM) production line consists of a large number of thermoplastic-extrusion machines operating simultaneously.
This setup allows for rapid prototyping, small-batch manufacturing, and efficient iteration.
Each printer in the farm melts and deposits filament layer by layer to build high-quality parts in a variety of colors and materials.
Thermoplastic Filaments such as PLA, ABS & PETG
- Cost-effective mass production for prototyping and short runs
- Quick turnaround times and easy design adjustment
- Wide range of compatible materials and color options
256 X 256 X 256 mm Build Chamber
100 X 200 Microns
SLS Printing
Our selective laser sintering (SLS) solution uses a precisely guided laser to fuse nylon powder layers into robust, functional parts. It produces strong components with complex geometries, all without the need for support structures.
Engineering-Grade Nylon Powder – PA12
- Complex, free-form designs without support structures
- Durable parts with consistent mechanical properties
- Ideal for functional prototypes and end-use components
165 X 165 X 300 mm Build Chamber
110 Microns
SLA Printing
Our stereolithography (SLA) setup uses a high-resolution light-based process to cure liquid resin layer by layer. This technology delivers exceptional detail, smooth surface finishes, and intricate features — ideal for models, prototypes, and components where precision is paramount.
UV-Curable Photopolymer Resin
- Ultra-fine details with smooth, professional-grade surfaces
- Extreme accuracy suitable for detailed models, jewelry and dental models
- High-quality results with minimal post-processing
298 X 164 X 300 mm Build Chamber
48 Microns
Large Format Printing
Our large-format 3D printing capability extends resin-based fabrication to bigger volumes. By scaling up the process, it enables the creation of large prototypes, display models, and complex parts without sacrificing the fine detail associated with resin technologies.
Thermoplastic Filaments such as PLA, ABS & PETG
- Produce substantial components or multiple parts in a single build
- Maintain high detail fidelity even at larger scales
- Reduce assembly steps by manufacturing integrated structures at once
454 X 280 X 760 mm Build Chamber
200 X 600 Microns
WE CAN HELP YOU FIND WHAT YOU NEED
Even if the printer you require is not on display – contact us and we can arrange providing the service that you need.
