Telos® 2 Reagent Encapsulation Chip SC

The Telos® 2 Reagent Encapsulation Chip has 7 parallel junctions and can be used separately from the Telos® system with the Telos® Starter Kit SC. When used in conjunction with the Telos® system up to 10 chips can be run in parallel (70 droplet junctions) for higher throughput applications. Available in an etch depth of 30 µm, the Telos® 2 Reagent Chip Encapsulation SC allows oil droplets to be created in an aqueous carrier phase.

The Telos® 2 Reagent Encapsulation Chip has 7 parallel junctions and can be used separately from the Telos® system with the Telos® Starter Kit SC. When used in conjunction with the Telos® system up to 10 chips can be run in parallel (70 droplet junctions) for higher throughput applications. Available in an etch depth of 30 µm, the Telos® 2 Reagent Chip Encapsulation SC allows oil droplets to be created in an aqueous carrier phase.

The Telos®2 Reagent Encapsulation Chip has 7 parallel junctions and can be used separately from the Telos® system with the Telos® Starter Kit SC. When used in conjunction with the Telos® system up to 10 chips can be run in parallel (70 droplet junctions) for higher throughput applications. Available in an etch depth of 30 µm, the Telos® 2 Reagent Chip Encapsulation SC allows oil droplets to be created in an aqueous carrier phase.

The Telos® 2 Reagent Encapsulation Chip has 7 parallel junctions and can be used separately from the Telos® system with the Telos® Starter Kit SC. When used in conjunction with the Telos® system up to 10 chips can be run in parallel (70 droplet junctions) for higher throughput applications. Available in an etch depth of 50 µm, the Telos® 2 Reagent Chip Encapsulation SC allows oil droplets to be created in an aqueous carrier phase.

The Telos® 2 Reagent Encapsulation Chip has 7 parallel junctions and can be used separately from the Telos® system with the Telos® Starter Kit SC. When used in conjunction with the Telos® system up to 10 chips can be run in parallel (70 droplet junctions) for higher throughput applications. Available in an etch depth of 50 µm, the Telos® 2 Reagent Chip Encapsulation SC allows oil droplets to be created in an aqueous carrier phase.

The Telos® 2 Reagent Encapsulation Chip has 7 parallel junctions and can be used separately from the Telos® system with the Telos® Starter Kit SC. When used in conjunction with the Telos® system up to 10 chips can be run in parallel (70 droplet junctions) for higher throughput applications. Available in an etch depth of 50 µm, the Telos® 2 Reagent Chip Encapsulation SC allows oil droplets to be created in an aqueous carrier phase.

Part number 3200816Part number 3200817Part number 3200818Part number 3200671Part number 3200672Part number 3200667
Channel Size
Coating
Connection Type
Quantity
Unit Price
£530.00
£580.00
£610.00
£530.00
£580.00
£610.00
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The Telos 2 Reagent Encapsulation Chip SC is a glass microfluidic device designed for generating monodisperse droplets containing 2 reagents. The on-chip filters have been removed from the reagent feed lines allowing particles to be encapsulated in the droplets. The chip has many applications including the encapsulation of cells, beads and a range of other particles. SC stands for ‘Surface Connection’. This refers to the output port which is a surface connection port rather than a chip edge connection.

Features and benefits:

  • High throughput generation of monodisperse droplets (up to 30kHz)
  • Compatible with Telos system for 10X throughput increase (up to 300kHz)
  • Option to mix two reagent streams before droplet junction
  • Option to include beads or cells in one or both of the reagent streams
  • Hydrophilic, hydrophobic, and fluorophilic coating options
  • Excellent access for optics
  • Compatible with Telos Starter Kit SC for quick and reliable fluidic connection
  • Excellent chemical compatibility
PART NUMBER MATERIAL CHANNEL SIZE COATING Other
3200816 Glass 30 µm Hydrophilic Surface Connection
3200817 Glass 30 µm Hydrophobic Surface Connection
3200818 Glass 30 µm Fluorophilic Surface Connection

3200671

 Glass 50 µm Hydrophilic Surface Connection

3200672

 Glass 50 µm Hydrophobic Surface Connection

3200667

 Glass 50 µm Fluorophilic Surface Connection