| Weight | 16 lbs |
|---|---|
| Dimensions | 18 × 14 × 12 in |
Tissue Scribe (3mL Nozzle)
Sale!
Sale!
Original price was: $2,998.$2,498Current price is: $2,498.
The 3mL Version is developed specifically for users that are printing small quantities of materials and cells. Sometimes 1mL bio-suspension is all that is needed/available, due to high material cost.
As Bioprinters are becoming a necessity in many research laboratories and even in classrooms, 3DCultures, offers the most economical bioprinter for the avid user. We understand that many of us do not need the advanced precision (nanometers) or tons of senors on a printer. A simple printer is sometimes all that is needed!
*Color may vary from images
Description
This printer has a single extruder (bio-head). It uses a standard BD 3mL syringe with interchangeable luer-lock tips. This printer can print a variety of materials including, but is not limited to; gelatin, alginate, chitosan, collagen, etc. The limitation of printing is the material viscosity. Thick materials combined with extremely small tips may prove to be more difficult to print, compared to thinner materials and larger tips. You can print from a Windows or Mac PC using a USB connection or print from 3D model files stored on a microSD card without the need for a computer connection. This printer is easy to use and setup. ADVANTAGES:- Micron scale resolution.
- A nozzle that is available in any biology lab. Yes – this means no extra operating cost to buy new tips every time you need to print.
- A heated nozzle and print bed to maintain a cell friendly environment or to manipulate material viscosity.
- A small footprint for portability and to be placed within the smallest bio-hood for 100% sterile printing.
- Print a variety of cells and biomaterials. If you’re in the biofabrication field, this is a must have!
Specifications
Type: Single Head 3D Bioprinter
Build Platform: Aluminum Heat Bed
No. of Bio-head: 1
Nozzle: 3mL 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: 0.1-0.2mm (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 0.1mm, Z axis 0.04375mm
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 ~ 240 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
Related products
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Sale!
Add to cartThe 1mL Version is developed specifically for users that are printing small quantities of materials and cells. Sometimes less than 1mL bio-suspension is all that is needed/available, due to high material cost.
As Bioprinters are becoming a necessity in many research laboratories and even in classrooms, 3DCultures, offers the most economical bioprinter for the avid user. We understand that many of us do not need the advanced precision (nanometers) or tons of senors on a printer. A simple printer is sometimes all that is needed!
*Color may vary from images
-
Sale!
Add to cartThe 10mL Version are for users that wish to build larger than normal constructs or an extensive array of samples.
As Bioprinters are becoming a necessity in many research laboratories and even in classrooms, 3DCultures, offers the most economical bioprinter for the avid user. We understand that many of us do not need the advanced precision (nanometers) or tons of senors on a printer. A simple printer is sometimes all that is needed!
*Color may vary from images
-
Sale!
Add to cartThe Pellet Extrusion/Hotmelt version are for users that wish to build with “hard” plastic/polymers. Typically polymers in a powder/pellet form that has a melting point no greater than 250 degrees Celsius. Typical fabricated structures includes, but are not limited to Tissue Scaffolds, etc.
As Bioprinters are becoming a necessity in many research laboratories and even in classrooms, 3DCultures, offers the most economical bioprinter for the avid user. We understand that many of us do not need the advanced precision (nanometers) or tons of senors on a printer. A simple printer is sometimes all that is needed!
*Color may vary from images
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Add to cartThis printer has a single extruder (bio-head) [NOT INCLUDED]. It uses any of 3D Cultures printheads/nozzles (cannot be used with the Pellet Extruder Head). This is only the base of the Tissue Scribe bioprinter. It can be used as a replacement base for your existing bioprinter or it can be used only for the 3D motion control system.
ADVANTAGES:
- Micron scale resolution.
- A nozzle that is available in any biology lab. Yes – this means no extra operating cost to buy new tips every time you need to print.
- A heated nozzle and print bed to maintain a cell friendly environment or to manipulate material viscosity.
- A small footprint for portability and to be placed within the smallest bio-hood for 100% sterile printing.
- Print a variety of cells and biomaterials. If you’re in the biofabrication field, this is a must have!