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LulzBot FRESH™ Bio Printer [certified Bio] KT-PR0054NA

LulzBot FRESH™ Bio Printer [certified Bio] KT-PR0054NA

Regular price $9,950.00 USD
Regular price Sale price $9,950.00 USD
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The LulzBot Bio is a FRESH™ certified bioprinter ready to print bioinks, unmodified collagen, and other soft materials for pharmaceutical/cosmetic testing, tissue engineering, regenerative medicine, and so much more. You may be asking yourself what FRESH means and how it relates to bioprinting.

What is FRESH?
FRESH stands for Freeform Reversible Embedding of Suspended Hydrogels. This method of printing allows the Bio printer to suspend materials into a thermo-reversible viscous gel temporarily. Once a print is completed the LulzBot Bio’s heated bed can heat the gel to reverse the material’s viscous properties, turning it to a liquid and freeing the print. Having a viscous gel as a support material for bioprinting allows materials, such as unmodified collagen, alginate, or other soft materials, to be printed into delicate and difficult organic geometries that standard AM printers are incapable of producing.

The best and most reliable form of thermo-reversible hydrogel for the FRESH process is LifeSupport® from FluidForm. Composed of sterile and dried gelatin microparticles. LifeSupport® is quicker and has optimal properties that have higher reproducibility than other methods of FRESH. LifeSupport® can be purchased from LulzBot.

 Early iterations of bioprinters forced materials to be modified and printed in the air, compromising their physiological relevance. The FRESH process allows materials to be printed unmodified and even benefit from the chemistry used when preparing the gel support; ionic, pH, enzymatic. This can help guide a tissue to develop properly.

FRESH is the only method where a bioprinter can print the most physiologically relevant cells and materials. For proper tissue function to happen there must first be proper tissue structure. Bioprinters need to be able to assemble a structure the same as any other biological organism. With the FRESH process this is achievable by having complete control over spatial alignment as well as printing soft deformable materials at a high resolution.

Before the LulzBot Bio, traditional forms of bioprinting failed at creating a high enough level of cell density to achieve functionality. Since FRESH eliminates the need to print materials in air, bioinks can focus on having more cell density. It is also very critical in bioprinting that a printer can create biopharma tissue models and also implantable tissue. Meaning you need a printer and a material that can scale to variable sizes. FRESH has those desirable capabilities, only being limited to the size of container the viscous gel is placed in

Bioprinting by LulzBot

LulzBot BIO for Life Support

Features

Real Materials, Real Innovation

The LulzBot Bio is optimized for Freeform Reversible Embedding of Suspended Hydrogels (FRESH™) printing. Out of the box, users can print real, unmodified collagen, alginate, and other soft materials. This brings researchers closer than ever before to recreating human physiology for in vitro testing and regenerative medicine. Combined with an ultra-precise syringe pump extruder, the Bio is ready for a wide variety of bioprinting applications, from creating multi-scale vasculature to fully functional heart tissue and more.

Heated Bed

The LulzBot Bio’s variable temperature heated bed allows full control of environmental conditions during printing, ensuring the integrity of the print from start to removal.

High-Detail Bioprinting

The syringe pump extruder design allows for precise control of material extrusion, enabling printing of high-detail objects in a wide range of materials with varying viscosities.

Material Options

The LulzBot Bio features an open materials system which includes ready-to-print profiles for alginate and unmodified collagen. With a configurable syringe pump system and extrusion settings, the Bio is easily adjustable for new materials and processes.

Designed for the Lab

The small footprint and large build volume easily fits within laminar flow cabinets or on lab countertops. The rugged design can easily be sterilized for printing cells using ethyl alcohol and UV lights. 

Easy-To-Use Interface

The Bio features a 4.5" glove-friendly touch screen and SD card slot for easy operation without the need to be tethered to a computer.

Open Source, Open Possibilities

Innovation in research demands flexibility. the Bio's FRESH™ Certified and Open Hardware Design gives researchers the keys to innovate, allowing machine capabilities to be easily adjusted for new materials and processes. the Bio's adaptable configuration can be modified to extrude:
  •  Other components of the extracellular matrix (hyaluronic acid, fibrin)
  • Photo-curable resins
  • Thermosets
  • Silicon and epoxies

Key Specifications and Materials

  • Technology: Fluid Deposition Fabrication (FDF)
  • Tool Head: Syringe Pump Extruder
  • Min. Layer Resolution: 0.05 mm (50 μm)
  • Min. Positive Feature Size: 0.08 mm (80 µm)
  • XYZ Positional Accuracy: 10, 10, 5 μm
  • Materials: FRESH™ certified. Ready to print profiles for alginate and unmodified collagen.
  • Certifications: ETL/UL, CSA, FRESH, OSHWA





 


Maximum Printable Area
160mm x 160mm x 89mm (6.30in x 6.30in x 3.5in)

Print Volume

2,278.4cm³ (138.9in³) 







Printing


Print Technology FRESH™ Certified
Print Volume Dimensions 160mm x 160mm x 89mm* (6.30in x 6.30in x 3.5in*)
Print Volume 2,278.4cm³ (138.9in³)
Ambient Operating Temperature From 5°C to 40°C (41°F to 104°F)
Operating Footprint 76.2cm x 63.5cm x 53.3cm (30in x 25in x 21in)
Maximum Travel Speed 200 mm/sec
Connectivity USB Serial or SD Card
Interface 4.5" Glove-friendly touch-screen
Included Tool Head Syringe Pump Extruder (compatible with 2.5mL, 5mL, and 10mL)
Provided Syringe Hamilton 2.5 mL Gastight Syringe Model 1002 TLL, PTFE Luer Lock 
Needle Diameter 50, 25 gauge and 50, 30 gauge dispensing needles included 
Print Surface Heated Borosilicate Glass
Maximum Print Bed Temperature Up to 110°C (248°F)
Print Bed Heat Up Time 23°C to 60°C (73°F to 140°F) in 97 seconds
Minimum Layer Resolution 0.05mm (50 μm)
Minimum Positive Feature Size 0.08 mm (80 µm)**
Calculated XYZ positional resolution 10, 10, <5 micron

Materials


Supported Materials FRESH Certified open material system with ready-to-print profiles for collagen and sodium alginate

Additional Items Included


Comprehensive Tool Kit Includes: Tool Kit Bag, 2.5 mL Gastight Glass Syringe, 25 gauge dispensing needles, 30 gauge dispensing needles, Hypodermic Leur Lock, Cole-Palmer Female Leur , Cole-Palmer Male Leur, 35mm Plastic Petri Dish, 50 mL KIMAX crystallizing dish, Celltreat Petri Dish, Spoon Scoopula, Specimen Cup w/ Lid, Transfer Pipette, Ball Hex Key Wrench Set, Power Cord, USB Cord, SD Card, Syringe Thumb Screws, Syringe Base and Clamps
Comprehensive Documentation Includes: Quick Start Guide, Quality Assurance Record, and more.
First 3D Print Material Includes Sodium Alginate, LifeSupport Gel, and everything you need to complete your first print.

Physical Dimensions


Boxed Unit Weight 12kg (26.5lbs)
Unit Weight 9kg (19.85lbs)
Boxed Dimensions 55.8cm x 43.2cm x 48.3cm (22in x 17in x 19in)
Dimensions with Syringe Pump Extruder at Z max 45.7cm x 33.9cm x 49.53cm (18in x 13in x 19.5in)
Average Operating Dimensions 76.2cm x 63.5cm x 53.3cm (30in x 25in x 21in)

Software


Operating System Compatibility GNU/Linux, Mac, Windows
Recommended Software Cura LulzBot Edition Version 3.2 or newer
Firmware Marlin
Supported File Types .stl, .obj, .g, .gcode, .x3d, .3mf

Electrical


Power Requirements 100VAC-240VAC, 50Hz-60Hz, 3.2A max
Output 24VDC
Power Supply Auto-switching MEAN WELL RSP-500-24
Power Cable IEC cord, C13 to region-specific connector

Safety and Compliance


Certifications ETL/UL, CSA, FRESH, OSHWA
Warranty Includes one-year warranty and access to technical support five days a week. Optional one, two, or three-year extended warranties available.
Country of Origin Made in USA

LulzBot BIO Operations Guide

Quick Start Guide

LulzBot BIO Quick Start Guide

Request a Quote

For a quote contact us at support@precision3dworks.com

Or Call us at +1 (323)310-4428

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