Strength & Durability
Both TPU and Nylon materials possess strong mechanical and durable properties, making them ideal for end-use parts.
Multi Jet Fusion (MJF)
Technology Overview
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Benefits of Using Multi Jet Fusion
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Geometry
MJF allows the integration of multiple components, thin-walled objects, and intricate geometries that traditional methods may not be capable of.
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Scalable Volume
Multiple identical parts can be produced on a single platform simultaneously, significantly increasing production efficiency.
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Efficiency
Designs can be created quickly with minimal material waste while maximising strength and complexity.
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Fast Turnaround
MJF 3D printed parts do not require tooling, reducing manufacturing lead times from weeks to days, allowing for faster innovation and speed to market.
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Surface & Detail
MJF offers a tolerance of +/- 0.12” or +/- 0.03” per inch and can achieve the smallest details down to 0.1mm.
Selective Laser Sintering (SLS)
Technology Overview
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Benefits of Using Selective Laser Sintering
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No support structures
Empty spaces are filled with unused loose powder, making parts self-supporting.
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Excellent mechanical properties
The SLS process creates strong adhesion between layers, resulting in parts with good isotropic properties.
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High productivity
SLS is one of the fastest 3D printing technologies, thanks to the laser’s fast-scanning speed.
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Ideal for dying and colouring
SLS-produced parts often have a porous surface, making them an excellent choice for dyeing or colouring.
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Reduced product development time
SLS allows engineers to cost-effectively prototype parts early in the design cycle, as it doesn’t require tooling and involves minimal setup.
Stereolithography (SLA)
Technology Overview
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Benefits of Using Stereolithography SLA
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Accuracy
SLA ensures that prototypes and models have smooth surfaces, eliminating the need for additional finishing steps.
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Fast Production
Depending on the model’s size, the part being formed, and the required number of layers, stereolithography can be a fast process. The resins used in this method cure quickly.
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Quality Assurance
We maintain strong QA procedures, overseen by an in-house team of QA engineers, ensuring the delivery of high-quality parts.
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Engineering Check
All designs undergo thorough checks by engineers before they are sent for 3D printing. After confirming your order, you will receive status updates on your production.
Fused Deposition model (FDM)
Technology Overview
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Benefits of Using Fused Deposition model
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Part Production
FDM enables the on-demand production of end-use parts, increasing throughput and accelerating time to market.
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Precision
We utilise state-of-the-art industrial FDM 3D printers, specifically engineered to meet tolerances of +/- 0.004 inches or +/- 0.002 inches per inch, depending on which is more stringent.
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Rapid Turnaround
FDM parts do not require tooling, reducing manufacturing lead times from weeks to days.
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Strength
FDM-printed parts are available in various high-performance plastics, ideal for applications requiring resistance to environmental elements.
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Real Thermoplastics
FDM offers a wide variety of real engineered thermoplastics.
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Large Build
FDM can produce parts with substantial build volumes, reaching up to 600 mm x 900 mm x 900 mm.