Advanced 3D printing materials and cutting-edge technologies deliver consistently accurate part production for functional prototypes and end-use parts across a wide range of applications.
Advanced SLA resins offer exceptional detail and material properties, making them suitable for various applications such as prototyping, end-use parts, product designs, engineering, manufacturing, moulding, investment casting, model making, and more. Contact us to discuss your requirements.
High quality and translucent, for optics, lighting and any parts requiring translucency.
High Detail, matte surface finish, opaque, excellent for parts to be painted or finished.
High Detail, matte surface finish, opaque, excellent for parts to be painted or finished.
High Detail, matte surface finish, opaque, excellent for parts to be painted or finished.
High precision, for concept modelling and functional prototyping.
Highly resilient material, for pliable parts that bend and spring back quickly, simulating polypropylene (PP)
Smooth and glossy finish, squeezable prototypes, with low friction, simulating polyethylene (PE)
The strongest and stiffest material, ideal for strong, study, rigid parts, with qualities simulating ABS.
Heat deflection Temperature of 238°C, for moulds, casting and thermoforming.
Ideal for parts that bend and compress, perfect for simulating the flexibility of rubber or TPU.
The stiffest material available for precise parts that will not bend.
Stiff and strong material that can withstand minimal deflection for general load-bearing applications
Softest resin material, for prototyping silicone parts.
Ideal for initial prototypes and rapid iterations, with a faster print time than standard resins.
Stiff and strong wax material for delicate designs.
40% wax fill for smooth highly detailed designs.
We also utilize various other 3D printing technologies and materials, including SLS, MJF, Nylon PA11, Nylon PA12, and TPU which are well-suited for prototyping and low-volume production runs of end-use parts.