CELLINK Syringe Pump Printhead

Name: CELLINK Syringe Pump Printhead
Brand: Sartorius
SKU: D16000020855
Availability: OutOfStock

Tech Support

Product only available in China and South Korea

Top Features of CELLINK Syringe Pump Printhead

Compatible with 3 mL syringes so you can precisely control flow rate and extrusion volume
Heating capacity up to 65 C Ideal for depositing low viscosity biomaterials such as collagen, alginate, fibrin GelMA and crosslinking solution
Ideal for more precise control over bioink extrusion rate compared to pneumatically powered printheads

Popular Applications for CELLINK Syringe Pump Printhead

3D Advanced Cell Models
Spheroid and Organoid growth, health
Tissue engineering
Disease modelling
Drug screening
Regenerative Medicine

Article number:: D16000020855

*Custom/bulk order quotes are provided within 72 hours of request.

CELLINK Syringe Pump Printhead

Product only available in China and South Korea

Top Features of CELLINK Syringe Pump Printhead

Compatible with 3 mL syringes so you can precisely control flow rate and extrusion volume
Heating capacity up to 65 C Ideal for depositing low viscosity biomaterials such as collagen, alginate, fibrin GelMA and crosslinking solution
Ideal for more precise control over bioink extrusion rate compared to pneumatically powered printheads

Popular Applications for CELLINK Syringe Pump Printhead

3D Advanced Cell Models
Spheroid and Organoid growth, health
Tissue engineering
Disease modelling
Drug screening
Regenerative Medicine

Item No.:

D16000020855

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Overview

The Syringe Printhead for the CELLINK BIO X™ series enables piston driven extrusion of biomaterials and bioinks. This makes it ideal for the extrusion of low and high viscosity biomaterials as droplets or the extrusion of filaments with more precise control over extruded volumes and flow rate.

In addition to the piston driven extrusion, the Syringe Pump Printhead has a heating capacity to lower viscosity of temperature sensitive bioinks to facilitate extrusion under lower pressures and shear forces, improving cell viability.

Specifications