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Millipore Cytek Guava EasyCyte 12HT Flow Cytometer (3)Lasers/(11)Colors/(9)Detectors - AV

Millipore Cytek Guava EasyCyte 12HT Flow Cytometer (3)Lasers/(11)Colors/(9)Detectors - AV
Millipore Cytek Guava EasyCyte 12HT Flow Cytometer (3)Lasers/(11)Colors/(9)Detectors - AV
  • Stock: In Stock
  • Brand: Millipore
  • Product Code: 49051
  • Condition: Pre-Owned

Here is a Millipore Guava easyCyte 12HT Flow Cytometer (3)Lasers/(11)Colors/(9)Detectors

Predecessor to:
Current model

This Millipore Guava easyCyte 12HT Flow Cytometer is in good working condition.

Please see the exact video and photos below.

Testing we performed:
The Millipore Guava easyCyte 12HT Flow Cytometer passed all tests and was found to be fully functional:
Power on and initialization: PASSED
Inspection of Electronics: PASSED
Communication with software: PASSED
Tested load and eject tray functions for smooth operation: PASSED
Fluidics pump operation: PASSED
Purge fluidics of all air: PASSED
Sample stirring and backflush: PASSED
Cleaning cycle run: PASSED
Ran easyCheck bead run: PASSED

By performing control run using Guava easyCheck beads we are able to verify the system’s analytical performance.
This quality control test confirmed that the instrument's lasers, detectors, and fluidics systems worked cohesively to identify and correctly quantify the known parameters of the control beads, showcasing the system’s readiness for precise and reliable sample analysis.

System consists of:
Millipore Guava easyCyte 12HT Flow Cytometer
Computer running guavaSoft software
**New** Flow Cell (Will be used for final QC before shipping)
Communication and power cables

Configuration and Setup:
(3) Lasers: 405nm Violet, 488nm Blue, 642nm Red
Capacity: 96-well plate, up to (10) microcentrifuge tubes
Applications: cell counting and viability
Sample Handling: automated sample collection from microplates and tubes with sample mixing

-Forward Scatter Channel (488/10 Blue Laser)
-Side Scatter Channel (488/10 Blue Laser)
-405nm Violet Laser Channels: BLU-V(448/50), GRN-V(525/30), YLW-V(583/26), RED-V(695/50), NIR-V(785/70)
-488nm Blue Laser Channels: GRN-B(525/30), YLW-B(583/26), RED-B(695/50), NIR-B(785/70)
-642nm Red Laser Channels: RED-R(661/15), Channel NIR-R(785/70)

Video Description:
The video below gives an overview of the Millipore Guava easyCyte 12HT Flow Cytometer, and also demonstrates its functionality.

Datasheet: N/A

Brochure: Millipore Guava easyCyte 12HT Flow Cytometer

Manual: Millipore Guava easyCyte 12HT Flow Cytometer

This will ship via freight. Please contact us with your zip code to obtain shipping quote.

*SM* Small Crate ESQ

Please do not hesitate to contact us if you have any questions.

All equipment warranty request must have a support case opened within the 60-day warranty period.
To open a support case, please send an email to [email protected] or call (508)974-4896.
Please provide your name, contact information, quotation/invoice number and a brief description of the issue that you are experiencing.
Phone and/or Email support will be provided prior to scheduling a return.
Please see the link below for our detailed warranty statement.
Customers must retain all original shipping materials during the warranty period.

Every instrument has unique packing and shipping needs. Few instruments can be safely shipped via Pacel, and most require the safety of a well-built crate.

Here we are showing you our standard packing process  

      1. All items are different, but they all follow the same principle when packaging.

      2. Start with a well-constructed crate

A well-constructed crate would consist of 1/2” to 5/8” Plywood with framing. We generally purchase our crates from a third party who specializes in custom crates.

      3. You always want the Instrument to not be directly on the wood deck of the crate. This is done by placing it on foam, inside of the crate. We use 2” 1.7 lb. density foam which works great. It provides cushioning and enough firmness to support the Instrument.

      4. The next step is to make sure there is nothing on the deck of the Instrument and the Head/ Arm is secured. In some cases there will be multiple arms to secure but for this example there is only one. The reason for this is so there is no free movement during transit which could cause serious damage to the Instrument.

      5. The next step is to make sure your Instrument is covered in either a pallet bag or shrink wrap so no dust or foreign object will get into the crate.

      6. The next step is to secure the instrument inside the crate by bracing. We use a method of 2x4’s which have 1” foam shrink wrapped to them so no piece of wood touches the actual instrument.

      7. Final step is to photograph everything inside the crate and then seal it with screws.


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