Leverage advanced Multi Jet Fusion (MJF) and Selective Laser Sintering (SLS) technologies to achieve outstanding results for your projects. Unlike other 3D printing methods, MJF and SLS provide unparalleled accuracy, detail, and strength without sacrificing quality. These technologies utilise powder ben fusion processes that ensure surface uniformity and superior mechanical properties, overcoming traditional limitations.
MJF is an innovative 3D printing process for industrial use. Produce precise, functional parts with fine details, sharp edges, and a smooth surface. This additive manufacturing technology uses a specially engineered polymer material, allowing for exceptional production speeds and material reusability. High-quality parts at an economical price.
Functional Parts
Complex Geometries
MATERIAL
The industry's favourite industrial polymer material. This robust thermoplastic produces high-density parts with excellent mechanical properties and can replace injection moulded alternatives.
AKA. HP 3D High Reusability PA 12, Polyamide,
Nylon 12
MATERIAL
Flexible and durable thermoplastic polyurethane (TPU) in 88A Shore hardness. Offering excellent impact resistance, energy return, wear performance, and tear resistance.
AKA. HP 3D High Reusability TPU, Thermoplastic Polyurethane
SLS is an industrial 3D printing technology that creates high-quality, functional end-use parts with exceptional mechanical properties. With nearly unlimited design freedom and minimal printing limitations, SLS is perfect for complex geometries. A cost-effective alternative to injection moulding.
Functional Parts
Complex Geometries
MATERIAL
The industry leading material for industrial 3D printing. This robust material has superb mechanical properties and can replace injection moulded alternatives.
AKA. Duraform ProX PA, Polyamide,
Nylon 12, PA2200
Surface Finishes
We offer a variety of premium finishes that can be combined to create stunning and durable components. Explore our selection to find the perfect finish for your project, ensuring both aesthetic excellence and functional reliability. Or combine finishes together for a unique, customised result that meets your exact specifications and stands out in any application.
FINISH
With no additional surface treatment, powder bed fusion 3D printed parts feature crisp edges and almost no visible layer lines. The surface texture is distinctively grainy, similar to an extra-strong mint.
FINISH
Embellish your naturally white SLS parts with vibrant colour, enhance the tactile feel and increase resistance to dirt and scratches. Included in the process, shot peening smooths out minor surface irregularities, providing a uniform appearance. The colour penetrates approximately 0.2mm into the surface.
FINISH
Vapour Smoothing reduces the grainy surface texture resulting in a smooth finish. By removing crack initiation points, the process increases elongation at break, impact resistance and fatigue strength. The smoothed surface is sealed, ideal for applications requiring airtight and watertight integrity.
FINISH
Vibro polishing smoothes the grainy surface texture, resulting in a soft finish that is excellent for painting. This process affects external dimensions and rounds sharp edges, so bear this in mind for your design. Additionally, it is not suitable for delicate parts as they may be damaged during the process.
We offer a seamless integration of metal inserts into your parts, providing unmatched strength and durability. Our inserts are designed to withstand high stress and pressure, making them perfect for a variety of applications. Enhance the durability and functionality of your 3D printed components with our heat set metal inserts. Contact us today to learn more.
