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FACSCalibur Technical Specifications

Performance
Excitation Optics
Emission Optics
Fluidics
Signal Processing
Scatter Optics
Sample Loading Specs
Data Management System
Sorting Specifications
Remote Diagnostics
Installation Requirements
Operating Environment
Supplies
Assistance

FACSCalibur Technical Specifications

FACSCalibur is the only four-color, automated benchtop flow cytometry system that can perform both analysis and cell sorting. Designed specifically to support a wide range of applications, the FACSCalibur system offers software instrument control, auto-sample loading, and push-button fluidic control with maximum ease and productivity. FACSCalibur is fully modular so it can be upgraded to meet future needs. For more information about FACSCalibur and other flow cytometry products from BD, contact your local Becton Dickinson sales representative or telephone one of the locations listed on the back.


Performance
Fluorescence Sensitivity Estimated detection limit is 750 molecules of equivalent soluble Fluorescein
Fluorescence Resolution Coefficient of variation in FL2-Area of < 3%, full peak for propidium iodide–stained chicken erythrocyte nuclei
Forward and Side
Scatter Sensitivity
Sensitivity enables the separation of fixed platelets from noise
Forward and Side
Scatter Resolution
Scatter performance is optimized for resolving lymphocytes, monocytes, and granulocytes

 

Excitation Optics
Optical Platform Fixed optical assembly
Lasers 15 mW 488 nm, air-cooled argon-ion laser; life expectancy >5,000 hours
Optional second red diode laser: nominally 635 nm
Beam Geometry Prismatic expander and achromatic spherical lens provide 22 x 66-µm elliptical beam for argon-ion laser. Nominally 15 x 61-µm elliptical beam for red diode laser

 

Emission Optics  (Top)
Optical Coupling Quartz cuvette is coupled to emission lens by refractive index matching optical gel for optimum collection efficiency
Background Rejection Obscuration blade and slit minimize unwanted laser radiation at the detector
Forward Scatter Detector and Filter High-performance solid-state silicon detector; 488 nm bandpass filter for clear signal detection and red diode laser signal rejection
Side Scatter Detector Photomultiplier using Brewster-angle beam splitter in the emission optical train
Fluorescence Detectors and Filters High performance, high dynamic range photomultipliers with bandpass filters: 530 nm (FITC), 585 nm (PE/PI), 661 nm (APC), and >650 nm (PerCP) with base unit, >670 nm (APC) with FL4 option

 

Fluidics  (Top)
General Operation Front key panel control provides three modes: RUN, STNDBY, and PRIME; automatic standby mode conserves sheath fluid by stopping sheath flow when no sample tube is installed
Fluid Reservoirs Easily accessible 4L capacity sheath and waste containers are housed in a convenient pull-out drawer; level detectors automatically indicate low levels of sheath or high levels of waste
Sample Flow Rates Three selectable flow rates of 60 µL/min, 35 µL/min, and 12 µL/min. Pressure difference between sheath and sample is regulated and monitored; particle velocity in flow cell is approximately 6 meters/sec
Quartz Cuvette Internal cross-section is rectangular 430 x 180-µm; external surfaces are anti-reflection coated for maximum transmission of laser light
Sample Concentration Single-cell suspension of 105 to 2 x 107 particles/mL recommended range

 

Signal Processing  (Top)
Workstation Resolution 1024 channels on all parameters
Dynamic Range Logarithmic amplifiers for SSC, FL1, FL2, FL3, and FL4 (with FL4 option) provide four log decade range
Fluorescence Compensation Networks Fluorescence spectral overlap can be compensated between FL1 and FL2, between FL2 and FL3 channels, and between FL3 and FL4 (with FL4 option)
Pulse Processing Width and Area measurements for discriminating doublets; available for all fluorescence parameters
Time Time available correlated to any parameter for kinetic experiments or other applications.

 

Scatter Optics  (Top)
Forward Scatter Range Obscuration blade and optics aperture limit the forward scatter radiation collection to a half-cone angle range of ~0.7 to 10 degrees
Background Reduction Obscuration blade and 100-µ slit minimize unwanted laser radiation at the detector. 488 nm bandpass filter in front of FSC and SSC detectors
Forward Scatter Detector Solid state silicon detector with spectral response from 300 nm to 1100 nm
Side Scatter Detector High-performance photomultiplier using Brewster angle beam splitter in the emission optical train

 

Sample Loading Specifications  (Top)
Sample Delivery Tube-lifter design with multiple sensors which verify rack identification and tube position
Rack Capacity 40 (12 x 75-mm) tubes per rack
Rack Support Up to 16 racks per FACS Loader
Data Entry Sample information, reagent panels, and rack information can be defined for up to 640 tubes (40 tubes x 16 racks) at a time
Loader Control Automated control through WorklistManager software and manual control with stat interrupt capability through FACS Loader electronic keypad
Barcode Scanner (optional) Automates data entry for Codabar, Code 39, Interleaved 2 of 5, Code 2 of 5, and Code 128
Mixing Mode Adjustable High Energy and Low Energy mix

 

Data Management System   (Top)
Workstation FACStation
Central Processing Unit (CPU) Two Intel Xeon Quad-Core Processing
Memory 1GB RAM
Level 2 Cache 4MB per processor
Data Storage 250GB 7200-rpm Serial ATA 3 Gb/s
Networking On-board Ethernet, built-in AppleTalk Networking, and File Sharing
CD ROM 16x SuperDrive
Monitor 17-inch MultiSync Monitor
Data File Structure Flow Cytometry Standard (FCS) 2.0 ASCII results file for data export

 

Sorting Specifications   (Top)
Sorting Purity > 95%
Capture Rate 300 cells/sec
Sort Modes Three modes (all aerosol-free): single cell, exclusion, and recovery
Recovery Depends upon sample and sorting conditions, > 50%
Sterile Sorting System design allows for aerosol-free sterile sorting

 

Remote Diagnostics   (Top)
Remote Diagnostics */ Modem

* Not available in all locations

Provided for direct customer support instrument interaction

 

Installation Requirements   (Top)
Power US: 120 VAC + 10%; 50/60 Hz + 2 Hz;
Current: 20 amps maximum

Outside US: External transformer needed for 100 VAC + 10%; 50/60 Hz; and 220/240 VAC + 10%; 50/60 Hz + 2 Hz

Water Supply None required
Air Supply None required

 

Operating Environment   (Top)
Temperature 16° to 29°C (60°-85°F)
Humidity 10% to 90% relative, non-condensing
Air Filtering Excessive dust and smoke must be avoided
Lighting Optics and detectors are shielded from room lighting
Size Sensor module: width - 91.4 cm (36 in); depth - 61.5 cm (24.2 in); height - 67.3 cm (26.5 in); 124.5 (49 in) with cover open
Computer: 48 x 41 x 54 cm (19"L x 16"D x 23"H)
Printer: 48 x 41 x 54 cm (19"L x 16"D x 23"H)
Weight Sensor Module: 109.1 kg (240 lbs)
Computer: 50 kg (110 lbs)

 

Supplies   (Top)
Product Description Part Number
FACSFlow sheath fluid (BDIS) 340398
sheath filter (BDIS) 41-10011-00
12 x 75-mm polystyrene tubes (Falcon) 54-10001-00
spare sheath/waste reservoir (BDIS) 05-10084-00
Bal seal (BDIS) 88-20085-00
sample O-ring (BDIS) 88-20014-00
laser air filter 41-10020-00
consumable kit 12-00299-00
 

BDIS Consumable Parts Order
110 Forbes Boulevard
Mansfield, Massachusetts 02048-1145
(800)448-BDIS (2347)

 

Technical Assistance   (Top)
BDIS Customer Support Center
2350 Qume Drive
San Jose, California 95131 - 1807, USA
(800)448-BDIS (2347)

Customers outside the US, contact your local BD representative or distributor.

Specifications subject to change without notice.

BD Biosciences