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Shasta

Fluidics Control Module

Kinetic River knows that cutting edge research may not be served by standard offerings and often demands customized instrumentation. Whether your work requires the use of specific flow rates, custom delivery paths, or user-adjustable pressures, the need for unique features and customization is often at odds with the capabilities of fixed-layout, turnkey systems.

We designed and developed a flexible and highly customizable solution to address this kind of need. With a stable system architecture and built mainly using off-the-shelf components, the Shasta Fluidics Control Module adapts to your requirements.

The Shasta module can support essentially unlimited flow rate requirements. For specialized applications such as nanoparticle detection, the Shasta provides highly stable ultra-slow flow rates which can increase dwell time by two- to twenty-fold. Pneumatic pumps provide constant pressure throughout the system, and dual stage regulation of both the sheath pressure and the sample pressure provides stability and a broad and fully adjustable operating range for the user. Built-in functions, such as probe clean, sample boost, and automatic venting increase functionality. A custom designed, 3D printed enclosure gives a sleek look and feel for the system while allowing easy access to internal components for later upgrades or maintenance.

Most importantly, the Shasta can be easily customized to suit the unique requirements of your specific application, for example, if you require extremely low flow rates or the incorporation of a custom component or feature. The module can be also easily upgraded over time, allowing you to start with a basic system and adding capabilities as you grow. Furthermore, the Shasta can be retrofitted to instruments from other manufacturers, bringing the expanded functionality of a customized Shasta to any of your existing instruments.

The Shasta puts the performance of your flow cytometer in your hands.

A Shasta Fluidics Control Module installed at the University of California, Davis

Core stream generated from Shasta module (bar = 404 μm)

Specifications†

Fluidics

Hydrostatic pressure injection option:

  • sheath tank from 1L to 8 L
  • sheath pressure up to 30 psig

Performance

Flow rates:

  • min: 0.20 µL/min*
  • max: 200 µL/min*

* higher and lower custom rates available

Transit times:

  • min: 1 μs*
  • max: 50 μs*

* higher and lower custom times available

Installation Requirements

Dimensions:

  • 8.5” x 10” x 10” (W x D x H)
    (separate sheath and waste tanks)

Weight:

  • < 5 lbs

Environmental:

  • 15°–30°C, 60% RH

Power:

  • North America: 120 VAC, 50/60 Hz, 1A
  • Japan: 100 VAC, 50/60 Hz, 1A
  • Rest of world: 230 VAC, 50/60 Hz, 0.5A

Note – Power cable included

KRCDS.Shasta.2v1
† For Research Use Only. Not for diagnostic use. Specifications subject to change without notice.
The Shasta, or use thereof, may be covered in whole or in part by patents in the U.S. and other jurisdictions. A current list of applicable patents can be found here.

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