3D Printing Resin
At iMakr we offer a range of proven and tested SLA/DLP 3D printer resins to suit a variety of needs. For jewellers, we have castable resins from top suppliers that produce high quality samples ready for casting. For engineers, we offer durable and hard wearing resins ideal for spare parts and prototypes. We also stock specialty materials such as flexible or high resolution resins.
BlueCast LS Formlabs
BlueCast S+
BlueCast Clear D+
BlueCast Phrozen Wax
BlueCast X5 Formlabs
BlueCast X5 Formlabs is specially designed for use in Formlabs SLA printers. Ensuring you get the maximum out of your resin.
BlueCast LS Formlabs
BlueCast LS Formlabs is designed to work with Formlabs 3DP. Formulated to showcase high detail and thin walls.
BlueCast Original LCD/DLP LS 23
BlueCast Original LCD/DLP LS 32 has been optimised to work perfectly with LCD and DLP machines.
BlueCast Original Formlabs
BlueCast Original Formlabs has been optimised to work perfectly with Formlabs machines. High levels of detail and consistency can be easily achieved with the BlueCast Original Formlabs.
BlueCast Model Grey- Dental Gray LCD/DLP
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+
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+
BlueCast Clear D+ has exceptional dimension accuracy and allows you to achieve a smooth surface with excellent hardness.
BlueCast Phrozen Wax
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
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.