Inkjet Bio-printing Instruments

Inkjet Bio-Printing Systems for Microarrays, Multiplex Diagnostics, Nanowells and Microfluidic devices.

Inkjet Bio-Printing Systems for Microarrays, Multiplex Diagnostics, Nanowells and Microfluidic devices.

Arrayjet offers five scalable inkjet bio-printing instruments for high-throughput applications using various substrates including microarrays, MEMS, nanowell PCR and microfluidics. Arrayjet systems bring the advantages of an industry-leading inkjet printhead to everyday customer applications. Tried, tested and trusted since 2000, Arrayjet technology has a reputation customers can depend on.  

  • Arrayjet instruments are the fastest available - up to 50 times faster than competitor technology.
  • Maximum throughput: Arrayjet instruments offer the largest commercially available batch sizes of up to 1000 slides.
  • Fully integrated optical QC and  environmental control as offered as standard making this the most reliable, walkaway bio-printing technology available.
  • On-the-fly, non-contact printing enables production of the highest quality products time after time, with improved accuracy, reproducibility and excellent spot morphology.
  • Combining speed and precision with the versatility to print any sample type onto any substrates, Arrayjet has a solution for your biological printing requirements.

An introduction and overview of Arrayjet technology performing high-throughput, non-contact printing is provided in the video below, or click to learn more about the benefits of inkjet bioprinting.

The Arrayjet Advantage

The Arrayjet Advantage

Speed                                                                      

  • True inkjet capabilities                                               
  • Non-contact, on-the-fly printing                                   
  • The fastest printing technology available                       
  • The largest batch size available  

Precision

  • Precise spot volume: 100 pL - 10 nL
  • Accurate feature size: 90 – 500 μm
  • User defined spacing: 1 µm increments
  • Low intra and inter slide CVs, <5% CV

Consistency

  • Environmental control as standard
  • Automated critical parameter monitoring
  • High quality microarrays, every time