CELLINK - Model BIO CELLX -Automated Biodispensing Solution

Easy to operate
The platform leverages BIOPOD technology by combining a state-of-the-art instrument with pre-validated, built-in protocols and material mixing cartridges to offer a solution that is easier to use than any other system on the market: a plug-and-play user experience.

Automated bioink preparation
Cartridges enable the automated mixing of cells with hydrogels gently and homogenously at the push of a button. This novel approach ensures high cell viability and automates neutralizing collagen.

Effortless hydrogel extrusion
Each of the three cartridge stations offers precise temperature control ranging from 0°C to 60°C, allowing for hassle-free printing of ECM hydrogels and bioinks like Collagen, GelMA, and GelXA.

Precise and reproducible
A high-precision positive displacement extrusion system provides reproducible results every single time, regardless of the dispensed material.

• High reproducibility
• Cost effective
• High cellular viability
• Time savings
• High throughput
• Better downstream imaging

Pre-validated protocols
Developed by scientists for scientists, pre-validated protocols ensure consistent and reproducible 3D model generation, guiding users through every step of the workflow, from material selection to dispensing to suggested downstream analysis methods.

High-throughput solution
By supporting microplates up to 384-well plates, the platform offers a perfect solution for drug discovery applications.

Sterility uncompromised
CELLINK’s fully enclosed, proprietary Clean Chamber technology, combined with a patent pending de-lidding solution, ensures the sterility of the entire workflow when working on a benchtop in a laboratory environment.

High accuracy automated calibration
Ensures reproducible prints thanks to industry-leading auto calibration, which leverages a suite of sensors to accurately position nozzles for consistently optimal dispensing.

Nozzle auto-priming system
A patent pending system activates when the camera points at the nozzle tip, triggering an algorithm to automatically prime the nozzle ensuring the right droplet size.

Further reducing the barriers to 3D cell culture for reproducible and fully automated workflows
Whereas bioprinters produce complex models, biodispensers create simpler models and droplets while greatly increasing throughput.

Biodispensing makes the creation of biomimetic models accessible to everyone. By focusing on droplets and simpler geometries, it ensures reproducibility and increases the speed at which models are created. Furthermore, biodispensing requires much less input from the user, allowing for an unparalleled plug-and-play experience.

Models

• Single-layer structures
• Droplet in droplet
• Droplet

Features

• Pre-validated protocols
• Precise and reproducible
• Plug-and-play experience

Materials

• Collagen
• GelMA
• GelXA

Build volume, mm: 125x85x38
Build surface compatibility: Multi-well plates 6-well to 384-well, Petri dishes
Resolution XY, µm: 3
Layer resolution, µm: 1.5
No. of cartridge stations: 3
Source fluid temperature range, °C: 0-60
Volume unit step, µL: 0.1
Printbed temperature range, °C: 0-60
Photocuring system, nm: 365, 405, 485, 520
Calibration: Automatic
User interface: Tablet