
Electro-Steering
Electrostatically steer microdrops towards small targets with an ultra-high-speed printing system.
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Refill the dispensing cartridge without exchanging it and recalibrating.
The Dispenser Cartridge automated filling system eliminates the need to manually change cartridges at applications requiring the dispensing of relatively large liquid volumes. Instead, the system continuously refills the cartridge at a rate that matches the liquid being dispensed, minimizing downtime. This solution is commonly used in scientific instruments, industrial high-throughput dispensing applications, or R&D for microneedles, improving efficiency and consistency in fluid delivery processes.
Discuss this system Explore features & specifications ↓By continuously refilling the dispenser cartridge at the same rate it is emptied, you eliminate the need for cartridge replacement. Consequently, this approach allows you to operate for long periods using a single dispensing cartridge, which saves your time.
Whenever you change a dispenser cartridge, realign its deposition position with the system coordinate reference frame. This ensures high positional accuracy in dispensing. However, if you refill the cartridge at the same rate it is emptied, you can eliminate the need to change the cartridge and realign the dispense position.
Recalibrate each new dispenser cartridge to ensure accurate, reliable, and repeatable dispensing. However, if you do not change the dispensing cartridge and the liquid being dispensed is well-engineered, you may not need to recalibrate the single drop volume. Nonetheless, it is still advisable to periodically check the calibration. The variations in the local environment or the liquid being dispensed could affect the single drop volume.
Pick an off-the-shelf microdispensing system or collaborate with our team of dispensing specialists to get the ideal solution for your application.

Electrostatically steer microdrops towards small targets with an ultra-high-speed printing system.
Explore system
Suspend and combine microdrops without contact with a solid surface.
Explore system
Contactless levitation for optical analysis, atmospheric chemistry and aerosol research.
Explore systemFrom a first experiment to an integrated production process,
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