Nano Dimension ATARU™ BLACK

Engineered for extreme thermal environments, ATARU™ BLACK delivers ultra-high temperature resistance, strong mechanical performance, and ultra-low dielectric loss while maintaining precision down to the printer’s pixel size. Designed for demanding applications such as injection molding tools, RF components, and electronic connectors, this high-performance resin enables advanced DLP production where traditional photopolymers fall short.

Developed by Nano Dimension and validated on select B9Creations systems, ATARU™ BLACK is built for applications requiring durability, dimensional stability, and signal integrity in elevated temperature conditions.

1 KG (2.2 lbs) bottle

Special Features

• Ultra-high thermal resistance (Tg >300°C)
• High mechanical strength and rigidity
• Ultra-low dielectric loss for high-frequency applications
• Fine-feature precision and excellent surface quality
• Low viscosity for reliable processing

Compatibility

ATARU™ BLACK is compatible with the B9 Elite Micro 3D printer. Please contact B9Creations to confirm system compatibility and recommended settings for your specific printer model.

Customers purchasing B9Creations resin for use with non-B9Creations 3D printers will need to independently develop third-party material settings suited to their machines. B9Creations will not provide settings or additional information.

For optimal part performance, we recommend adding ATARU™ Resin Cleaner to your order. Proper cleaning and post-processing are essential to achieving full thermal and mechanical properties.

Resin Vat Compatibility

B9 Elite Micro: DuraVat

Material Photopolymer Resin
Color Black
Wavelength 365 – 405 nm
Package 2.2 lbs

Material Data Sheet

Safety Data Sheet

Note that some countries require special permits to import chemicals. We are not responsible for ensuring you are able to import to your country. Please check with your local requirements before ordering and importing this product.

Orders over 5 bottles may be subject to a longer lead time.