ORDER A MODULAR 3D (BIO)PRINTER

Our multi-material 3D (bio)printing technology advances science and manufacturing to the next level.

Global availability. Please send a quote request, and we will respond within 36 hours.

GLOBALLY available

INTUITIVE 3D technology

“With our Additive Manufacturing Technologies based on space technologies, we aim to help industry and academia achieve their goals” – Tomi Kalpio, CEO of Brinter AM Technologies Oy (part of Brinter group).

BIOLOGICAL
AND LIQuid MATERIALS

Our 3D (bio)printer can print various biological and liquid materials.

SYNTHETIC
AND PLASTIC MATERIALS

Our 3D (bio)printer can print various kinds of materials using our tools.

OUr innovation ADVANCING your INNOVATION

Our 3D (bio)printer is designed to accelerate your science and business.

MOST SOLD PRODUCTS

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Brinter® CORE

FOR SINGLE (OR MULTI-MATERIAL) 3D (BIO)PRINTING R&D AND PRODUCTION Brinter® 3D printing technology is inspired by our space-grade innovations, ensuring exceptional performance in any environment. Of materials sciences, printed drugs, tissue blocks, biosensors, materials and organs at Universities, University hospitals, Research organizations, Food, Bio, Pharma, Manufacturing and Healthcare Industries. The ongoing software & hardware development lets us design customized systems for each project. 3D (bio)printing with several printing technologies.

Brinter® ONE

FOR SINGLE OR MULTI-MATERIAL 3D (BIO)PRINTING R&D OR PRODUCTION Brinter® 3D printing technology is inspired by our space-grade innovations, ensuring exceptional performance in any environment. Of materials sciences, printed drugs, tissue blocks, biosensors, materials and organs at Universities, University hospitals, Research organizations, Food, Bio, Pharma, Manufacturing and Healthcare Industries. The ongoing software & hardware development lets us design customized systems for each project. Genuine Multimaterial 3D (bio)printing with several printing technologies.

Droplet Tool heated/UV Print Head

The dispensing with the Droplet Tool print head is based on a microvalve that is actuated electromagnetically. Droplet Tool print head is also equipped with heating from RT to +40 °C and an integrated UV/Vis LED module emitting at a wavelength of 365 nm, 405 nm or 450 nm.

Visco Tool 2.0 Print Head

The principle of operation in the Visco Tool print head is based on the endless piston principle, which belongs to the group of rotating displacement pumps. This printing head suites also for high viscosity materials like pastes, silicone, ceramics etc.

Rotary Tool Print Head

The principle of operation in Rotary Tool print heads is based on the endless piston principle or progressive cavity technology and is driven by a stepper motor. This printing head is suitable for lower viscosity materials like hydrogels used as a bioink and has a small dead volume.

Multifluidics Tool Print Head

The dispensing with the Multifluidics Tool print head is based on the pneumatic extrusion. The triaxial needle enables printing up to three different materials simultaneously, i.e., the core material, the intermediate material and the outer shell material. Print head is also equipped with middle syringe heating from RT to +66 °C and an integrated UV/Vis LED module emitting at a wavelength of 365 nm, 405 nm or 450 nm.

Pneuma Tool Cooled/UV Print Head

The dispensing with Pneuma Tool Cooled/UV print head is based on the pneumatic extrusion. The cooling function enables a constant temperature from +4 °C to RT. Print head is also equipped with an integrated UV/Vis LED module emitting at a wavelength of 365 nm, 405 nm or 450 nm.

Pneuma Tool Heated/UV Print Head

The dispensing with Pneuma Tool print heads is based on pneumatic extrusion. The Pneuma Tool Heated/UV version comes with a heating function enabling a constant temperature from RT to +66 °C throughout the print head. Pneuma Tool Heated is also equipped with an integrated UV/Vis LED module emitting at a wavelength of 365 nm, 405 nm or 450 nm.

Pneuma Tool Print Head

The dispensing with Pneuma Tool print heads is based on pneumatic extrusion and is the simpliest way to start your journey.

Granu Tool Print Head

The printing with Granu Tool Plus print head is based on the hot extrusion of small granules of thermoplastic material or mixtures of a thermoplastic binder with powder fillers.

a superior alternative to conventional 3D (BIO)PRINTERS

MODULAR MULTI-MATERIAL 3D (BIO)PRINTER

“Your dedication invested today, improves countless lives tomorrow.” – Tom Alapaattikoski, CEO of Brinter Inc

Modular 3D (Bio)printer

Brinter is a modular 3D (bio)printer engineered for a wide range of materials.

Intuitive 3D (Bio)printer

Novice and expert users alike can quickly setup, learn, and print in under an hour.