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BlueCast Dental gray is ideal for dental applications, featuring a matte finish making it easy to 3D scan without the need for a 3D scanning spray. 

BlueCast S+ is specially designed for use with the Uniz Slash+ printer, it is the only compatible resin to use for jewellery applications with the Slash+ printer. 

BlueCast Clear D+ has exceptional dimension accuracy and allows you to achieve a smooth surface with excellent hardness.

BlueCast Phrozen wax is a castable resin specially optimised for the Phrozen 3D printers, featuring high print resolution and smoothness, minimal post curing and no need to pre-heat.

BlueCast KMD LCD/DLP KeraMaster Dental model is optimally designed to work with all 405nm LCD and DLP printers. Featuring high accuracy and highly stable colour ideal for highlighting fine details in dental models.

BlueCast KMD Formlabs KeraMaster Dental model is optimally designed to work perfectly with Formlabs machines. Featuring little to zero shrinkage for dental models and moulds.

BlueCast BlueTech EcoGray LCD/DLP is ideal for dental moulds and models. Compatible with all 405nm LCD printers and all LED UV DLP printers.

BlueCast Primer cast is a primer developed to improve adhesion between the part and the printer platform.

Print 3D tooling moulds on demand! The resin can be used to replace traditional injection moulds and metal moulds with 3D Printed ones, allowing for greater freedom in geometry. Black Robust is ideal for end-use parts and prototypes.

Automatic post-processing with the Zortrax desktop smart vapor smoothing device. Achieve the look of an injection moulded part from your FDM prints with the industrial performance. Smart Vapor Smoothing technology evenly smooths out all surfaces including all complex geometries and interlocking or movable parts. Ideal for small to medium production runs.

Zortrax Endureal industrial 3D Printer features advance thermal management for high performance polymers. The filament temperature is tightly controlled throughout the printing process in order to achieve the best precision and optimum mechanical material properties.