Resin (Harz)
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.
Detax Freeprint® Ortho
Detax Freeprint® Ortho is a class IIa medical resin for the fabrication of base parts for orthodontic apparatuses, drilling and X-ray templates, and occlusal and fixation splints.
Detax Freeprint® Temp UV A1
Detax Freeprint® Temp is a dental resin used for fabricating temporary crowns and bridges that meet class IIa medical devices requirements. It is available in 3 colours: A1, A2 and A3 to match the patients teeth.
Detax Freeprint® Temp UV A2
Detax Freeprint® Temp is a dental resin used for fabricating temporary crowns and bridges that meet class IIa medical devices requirements. It is available in 3 colours: A1, A2 and A3 to match the patients teeth.
Tethon3D Genesis 1 L
This resin does not print as is and should be combined with solid powders before printing.
B9Creations - Rugged Nylon 6
The B9 Rugged photopolymer resin from B9Creations has material properties very similar to Nylon 6. Featuring high elongation and high impact strength. It is ideal for snap-fit and wear-resistant parts in the engineering field.
B9Creations - HD Slate
Specifically formulated for printing high-detailed parts with excellent surface finish, HD Slate 3D printing resin from B9Creations is ideal for model-makers and molding.
B9Creations BioRes - Red
Durable, impact resistant and ISO 10993 compliant for prolonged skin contact for up to 30 days, BioRes Red biocompatible 3D printing resin from B9Creations is perfect for medical production and wearable technology applications.
B9Creations BioRes - White
Formulated for medical manufacturing and consumer tech, BioRes White 3D printing resin from B9Creations is ISO 10993 certified for prolonged skin contact, making it a great choice for printing surgical tools, anatomical models, wearable technology and more.