TissueRay™

Simplify the creation of complex 3D

constructs with the power of light

TissueRay™ is TissueLabs’ masked stereolithography (MSLA) bioprinter, engineered for high-resolution, light-based biofabrication. As the first MSLA bioprinter on the market, it brings the speed of light to 3D bioprinting by combining high resolution and high throughput in a single system. With 35 µm pixel resolution and three LED wavelengths (405 nm, 450 nm, 530 nm), TissueRay™ is optimized for applications that demand micron-level precision beyond what extrusion bioprinters can achieve, including microfluidic devices, organ-on-chip models, cell-laden constructs, and complex scaffolds for tissue engineering and regenerative medicine. Designed to complement TissueLabs’ extrusion systems for labs requiring both modalities, TissueRay™ is available for research use only.

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Speed of Light

Masked stereolitography (MSLA) technology enables precise and fast printing, leveraging light to cure bioinks layer by layer.

High Resolution

35 µm resolution for detailed bioprinting and fine structures., leading the market in precision and accuracy.

Multiple Wavelenghts

Three different wavelengths

(405nm, 450nm, and 530 nm), allowing for compatibility with a broader range of biomaterials and photoinitiators.

Cell Friendly

The visible light waveleghts (450nm and 530nm) enhance cell viability during the printing process, making it more suited for biological applications.

Grayscale Printing

Precisely adjust material stiffness and create biomechanical gradients to replicate the subtle intricacies of living tissue biology.

Compact

Robust, reliable, and compact enough to fit in your biosafety cabinet or on the benchtop.

Designed for multiple applications

Tissue Engineering

TissueRay™ enables the precise bioprinting of complex, cell-laden structures that mimic the natural extracellular matrix, facilitating the creation of functional tissues. Its high resolution and ability to use multiple wavelengths of light allow researchers to print tissue scaffolds with intricate architecture, promoting cell differentiation and tissue maturation. By tailoring biomechanical properties through controlled light exposure, TissueRay™ helps produce tissues that closely mimic in vivo environments, making it a powerful tool for regenerative medicine and organ repair research.

Material Sciences

TissueRay™ provides advanced capabilities for material sciences by allowing the precise fabrication of custom materials with controlled mechanical properties. With its high-resolution stereolithography and the ability to work across multiple light wavelengths, researchers can create graded materials with varying stiffness and elasticity. This enables the exploration of new biomaterials with applications ranging from medical implants to biocompatible polymers, supporting innovation in developing smart and functional materials for various industries.

Drug Development

TissueRay™ can revolutionize drug development by enabling the creation of highly accurate 3D tissue models that better replicate human biology compared to traditional 2D cultures or animal models. With its ability to bioprint organ-like structures and create complex, vascularized tissues, TissueRay™ facilitates more realistic testing environments. This allows researchers to conduct preclinical drug testing on in vitro tissues that closely mimic human responses, improving the accuracy of efficacy and toxicity assessments and accelerating the discovery process.

Organ-on-a-chip

TissueRay™ is ideal for creating organ-on-chip devices, as it can precisely print microscale structures with high resolution, enabling the fabrication of miniaturized organ models. By leveraging its ability to work with different wavelengths and biomaterials, TissueRay™ supports the development of functional chips that simulate organ functions such as the liver, lung, or heart. These chips provide an advanced platform for studying human physiology, disease models, and drug responses in a controlled, high-throughput environment.

Soft Robotics

In soft robotics, TissueRay™ enables the fabrication of flexible, bioinspired components that require precise mechanical properties and material gradients. With its capability to print at high resolutions and fine-tune material stiffness, TissueRay™ supports the development of soft robotic systems that mimic the movement and flexibility of biological tissues. This opens the door for creating actuators and sensors that function in more adaptive and lifelike ways, applicable in areas like biomedical devices and responsive materials.

Technical specifications

Bioprinting technology

Masked stereolithography

LED Wavelenghts

405nm, 450nm, and 530nm

Pixel resolution (XY)

35 µm

Pixel density

740 PPI

Z-precision

10 µm

Build platform

Metal platforms in two sizes (44mm and 66mm)

Build tank

PDMS-coated Petri dishes and metal VATs

Build volume

60x60x70 mm (x,y,z)

Intensity range

Up to 10 mW/cm²

Software

TissueCloud™

Supported file formats

.stl, .obj, .amf

Display

High resolution 10" touch screen, glove-friendly

OS compatibility

Windows 10 or later

Connectivity

USB 2.0

Operating temperature

Room temperature

Power supply

Input: 100-240VAC, 50/60Hz, 2.0A Output: 12VDC, 10A, 120W

Outer dimensions (DxWxH)

330 mm x 280 mm x 230 mm

Weight

3.6 kg

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