Flow Cytometry Item Code: 3361524
The EMD Millipore Guava EasyCyte 8HT Flow Cytometer is a highly versatile benchtop system designed to enhance your research capabilities. This used unit, still in very good condition, features 3 lasers for up to six-color detection, a high-degree of flexibility, and intuitive software for simplified data analysis. It features a Class IIIb laser operating at 488 nm and another at 640 nm with light shields for safety. With high-throughput options, it can handle 96 samples effortlessly using a robotic sample tray, while also providing cost-effective single sample processing. The EasyCyte line offers easy product upgradability and an innovative microcapillary fluidics design that eliminates waste stream, achieving precise direct absolute counting. Despite a bent door at the bottom, the flow cytometer has been tested to specifications and remains fully functional. Includes guavaSoft operating system software for setup, maintenance, and data acquisition, along with assay-specific software modules.
Technician comment
Unit has 3 lasers.
Key Features
- Features three Class IIIb lasers
- Up to 14 parameters and six-color detection
- Intuitive software for data analysis
- Fully tested, with bent door
- Includes guavaSoft operating system software
Specifications
- Three lasers: 488 nm and 640 nm
- 14 parameters with six-color detection capability
- Robotic sample tray for 96-well microplate and 10 sample tubes
- Microcapillary fluidics design
- Direct absolute counting with syringe pump
- Intuitive software and assay-specific modules included
Weight
Imperial: 84.0 Pounds
Metric: 38.1 Kilograms
Shipping Dimensions
Imperial: 28.8 lb x 24.0 lb x 12.0 lb
Metric: 73.15 cm x 60.96 cm x 30.48 cm
Harmonized Code
902770
Harmonized Code Details
902770 - Instruments and apparatus for physical or chemical analysis, using light (e.g., polarimeters, refractometers, spectrometers). This code is fitting for flow cytometers due to their use in analyzing cells through optically based parameters like light scatter and fluorescence.