Droplet generator chip Fluidic 1751 features eight droplet generator units on one chip.
The continuous phase and dispersed phase are each introduced through one inlet featuring Mini Luer interfaces. The continuousphase runs through the long channel while the dispersed phase runs through the shorter channels and splits into five or ten sub-channels. Therefore, operation of one unit of Fluidic 1751 requires a microfluidic pump with the ability to control two individual flows, while at the same time allowing the generation of the five or ten-fold number of droplets compared to droplet generators with one nozzle.
The nozzle sizes vary between the units.
Unit 1: 20µm nozzle
Unit 2: 20µm nozzle
Unit 3: 20µm nozzle
Unit 4: 30 µm nozzle
Unit 5: 30 µm nozzle
Unit 6: 40 µm nozzle
Unit 7: 50 µm nozzle
Unit 8: 50 µm nozzle
The generated droplets can be collected in a vial or droplet storage chip connected to the outlet of the long channel.
To learn more about droplet generation check our droplet generation booklet in the attachments or watch the video below.
Simultaneous droplet generator chip Fluidic 1751 provides eight droplet generator units with nozzle size of 20 to 50 μm for high throughput droplet production.
Droplet generator chip Fluidic 1751 features eight droplet generator units on one chip.
The continuous phase and dispersed phase are each introduced through one inlet featuring Mini Luer interfaces. The continuousphase runs through the long channel while the dispersed phase runs through the shorter channels and splits into five or ten sub-channels. Therefore, operation of one unit of Fluidic 1751 requires a microfluidic pump with the ability to control two individual flows, while at the same time allowing the generation of the five or ten-fold number of droplets compared to droplet generators with one nozzle.
The nozzle sizes vary between the units.
Unit 1: 20µm nozzle
Unit 2: 20µm nozzle
Unit 3: 20µm nozzle
Unit 4: 30 µm nozzle
Unit 5: 30 µm nozzle
Unit 6: 40 µm nozzle
Unit 7: 50 µm nozzle
Unit 8: 50 µm nozzle
The generated droplets can be collected in a vial or droplet storage chip connected to the outlet of the long channel.
To learn more about droplet generation check our droplet generation booklet in the attachments or watch the video below.
Droplet generator chip Fluidic 1751 features eight droplet generator units on one chip.
The continuous phase and dispersed phase are each introduced through one inlet featuring Mini Luer interfaces. The continuousphase runs through the long channel while the dispersed phase runs through the shorter channels and splits into five or ten sub-channels. Therefore, operation of one unit of Fluidic 1751 requires a microfluidic pump with the ability to control two individual flows, while at the same time allowing the generation of the five or ten-fold number of droplets compared to droplet generators with one nozzle.
The nozzle sizes vary between the units.
Unit 1: 20µm nozzle
Unit 2: 20µm nozzle
Unit 3: 20µm nozzle
Unit 4: 30 µm nozzle
Unit 5: 30 µm nozzle
Unit 6: 40 µm nozzle
Unit 7: 50 µm nozzle
Unit 8: 50 µm nozzle
The generated droplets can be collected in a vial or droplet storage chip connected to the outlet of the long channel.
To learn more about droplet generation check our droplet generation booklet in the attachments or watch the video below.
Simultaneous droplet generator chip Fluidic 1751 provides eight droplet generator units with nozzle size of 20 to 50 μm for high throughput droplet production.
Simultaneous droplet generator chip Fluidic 1751 provides eight droplet generator units with nozzle size of 20 to 50 μm for high throughput droplet production.