Pneumatic-Free Precision
Our bioprinters deliver high-precision motion without pneumatics and are fully compatible with standard laboratory consumables for seamless and efficient biofabrication.
Precision 4-Start Leadscrew
The Tissue Scribe nozzle features a four-start leadscrew for precise motion, ensuring accurate and reliable material deposition with every print. This enhanced mechanical control helps maintain consistent layer quality and detail throughout the printing process.
Standard BD Syringes
All Tissue Scribe models are compatible with standard luer-lock BD syringes commonly found in research labs—no costly proprietary cartridges needed. Currently, three models are available (1mL, 3mL, and 10mL) to suit a variety of applications.
Luer-lock Tips
We understand that scientists need flexibility. Our printer accepts all types of luer-lock tips—long, short, plastic, metal, or curved—allowing you to print a wide range of filament sizes and material viscosities, from thin fluids to highly viscous compounds.
Open Source Interfaces
Tissue Scribe is highly compatible with a wide range of open-source 3D printing software. It can seamlessly integrate with your preferred 3D CAD models, G-codes, and manual controls. Step-by-step setup instructions are included for two of the most popular platforms used today.
Temperature Control
When printing cells or polymers, temperature matters. Tissue Scribe offers precise, independent control over both the nozzle and the print bed—each component is fine-tuned for rapid heating and consistent results.
NO Pneumatics
Gone are pumps, air lines, and noisy compressors—Tissue Scribe is 100% electromechanical. No more adjusting regulators for repeatable results. The same settings work every time, regardless of temperature or humidity.
TECHNICAL SPECIFICATIONS
Type: Single Head 3D Bioprinter
Build Platform: Aluminum Heat Bed
No. of Bio-head: 1
Nozzle: 10mL or 3 mL or 1 mL BD Syringe with luer-lock tip (tip size may vary)
Max Print Speed: 20mm/sec (Higher speeds may results in loss of detail)
Print Precision: 0.05-0.2mm (viscosity of material and Nozzle tip size dependent)
Optimal Layer Height: 0.043, 0.087, 0.131, 0.175, 0.218, 0.262, 0.306
Build Size: 100*120*80mm (3.9“ x 4.7” x 3.1“)
Max Hotend Temp: 70°C
Max Bed Temp: 60°C
Precision: X / Y axis 0.02mm, Z axis 0.045mm
Materials: Hydrogels, anything that can be extruded from a syringe
Connectivity: MicroSD card, Mirco USB connector
Baud Rate USB: Any is okay. 115200 Works without issue. Higher rate should work also.
Display: IPS color LCD screen (non touch)
AC Adapter Input Power: 100 ~ 220 VAC, 50/60 Hz
Input Power: 12VDC, 7A
Maximum Power Consumption: 84W
Input File: GC, GCODE (STL & OBJ files must be converted to G-code)
Compatibility: Windows, MacOS, Linux
Dimensions: (H x W x D) 14” x 11.3 x 7.5“ (356 x 287 x 191 mm)
Max feed rates (mm/s): X150.00, Y150.00, Z1.50, E50.00
Max Acceleration (mm/s^2): X800 Y800 Z20 E10000
DEMOSTRAting the printer's capabilities
Seen in the video on the left, this is one of the first prototype units demonstrating the printing capabilities of the Tissue Scribe Bioprinter. Enhanced capabilities are now available on our newest generations of Tissue Scribe Bioprinters! (video link: https://youtu.be/SI-LXdmVnwQ)
precision nozzle control
This video demonstrates the precision control of the nozzle. The 4 start leadscrew is an industry leader in motion actuation. This coupled with the two linear 8mm bearings allows for smooth forward and backwards control of the print head. The push/pull action provides the enduser with the ability to extrude and retract which eliminates any back pressure within the BD syringe. (video link: https://youtu.be/PNZ8AFwROtQ)
Understanding the world of 4D materials
Seen in the video on the left, this user is printing a 4D polymer. This researcher developed a new 4D material that is sensitive to blue light. In order to study the material, a thin film is need. Tissue Scribe is used here to print this thin film. (video link: https://youtu.be/nbOT-eceamU)
PRINTIng CIRCULAR CONSTRUCTS WITH INFILLS
This video demonstrates the precision control of the nozzle. Two circular constructs are printed followed by an infill between the two circles. The material’s viscosity is similar to toothpaste. This shows that “high” viscosity materials can be printed using the Tissue Scribe Bioprinter. (video link: https://youtu.be/3ITOPC8y_kQ)