Uncategorized Lab Instruments

Minimum UV Illumination Area: 5um2 area
Visualization Modes: Fluorescent
Visualization Channels: FITC (SYTO13), CY3 (AF532), Texas Red (AF594), CY5 (AF647)
Slide Capacity: Four 1 x 3in slides
Supported Analytes: Protein and RNA

Capacity: Process 222 cassettes simultaneously, Optional Acc. allows up to 300
Dimensions(WxDxH): 28 x 23 x 54in (710 x 580 x 1370mm)
Weight: 363lbs empty
Power: 120-240VAC 50/60Hz

Ideal for magnetic isolation in closed, sterile blood bags
Scalable volumes: 50 to 330 mL in static separations and >10 L in continuous flow separations following T-cell expansion protocols
Residual beads that escape initial magnetic capture are retained on a secondary magnet
The magnetic strength of the Primary Magnet is 8,000 Gauss (0.8 T) while the Secondary magnet is 2,500 Gauss (0.25 T)
Dimensions: 430 mm (width) x 390 mm (depth) x 500 mm(height with pole retracted) 740 mm (height with poleextended)

Sample Volume/Run: 12-17uL
Typical Run Time: 10-15mins
Detection: UV absorption at 280nm
Focusing Voltage: 600 V/cm
Sample Delivery: prinCE cIEF Next Microinjector

Sample Volume/Run: 12-17uL
Typical Run Time: 10-15mins
Detection: UV absorption at 280nm
Focusing Voltage: 600 V/cm
Sample Delivery: prinCE cIEF Next Microinjector

Number of Modules: 3
Max Number of Chemistries: 6
Sample Size: 10 - 50ul per module
Sample Time: Enzyme Sensors <3minutes for 3 modules / Ion Selective Electrodes <5 minutes for 3 modules
Enzyme Response Time: 60 seconds for one module

Number of Modules: 3
Max Number of Chemistries: 6
Sample Size: 10 - 50ul per module
Sample Time: Enzyme Sensors <3minutes for 3 modules / Ion Selective Electrodes <5 minutes for 3 modules
Enzyme Response Time: 60 seconds for one module

Sample Volume/Run: 12-17uL
Typical Run Time: 10-15mins
Detection: UV absorption at 280nm
Focusing Voltage: 600 V/cm
Sample Delivery: 720 Autosampler or PrinCE Next Microinjector

Microplate Types: SBS plates and 96 well plates
Volume: Source volumes- 100mL
Number of Dispensing Liquids: 10+ stock water
Number of Dispensing Channels: 10
Stacker: No

Preparation Methods: Supported Liquid Extraction, Solid Phase Extraction, Phospholipid Depletion, Protein Precipitation, Dual Mode Extraction with in-situ hydrolysis
Solvent Inlets: 5
Position Movement: Carousel and Lifter
Filtration Methods: Filtration(extraction media already containing sample), Filtration+with sample load and optional pretreatment)
Pipetting Channels: 8

Preparation Methods: Supported Liquid Extraction, Solid Phase Extraction, Phospholipid Depletion, Protein Precipitation, Dual Mode Extraction with in-situ hydrolysis
Solvent Inlets: 5
Position Movement: Carousel and Lifter
Filtration Methods: Filtration, Filtration+
Pipetting Channels: 8

Capacity: 33 cu.ft. (930L)
Power: 220-240V, 50/60 Hz, 5.4A
Weight: 630Ibs
Exhaust requirements: Dedicated 3" (7.6cm) discharge vent

Centrifuge Speed: 300 RPM to 2,600 RPM
Pump Flow Rates: 0 ml/min to 150 ml/min
Elutriation Media Volume: 500 ml to 12,000 ml
Fraction Collection Capability: 12
User Configurable Profiles: Nine, including a sample monocyte enrichment protocol

Centrifuge Speed: 300 RPM to 2,600 RPM
Pump Flow Rates: 0 ml/min to 150 ml/min
Elutriation Media Volume: 500 ml to 12,000 ml
Fraction Collection Capability: 12
User Configurable Profiles: Nine, including a sample monocyte enrichment protocol

Centrifuge Speed: 300 RPM to 2,600 RPM
Pump Flow Rates: 0 ml/min to 150 ml/min
Elutriation Media Volume: 500 ml to 12,000 ml
Fraction Collection Capability: 12
User Configurable Profiles: Nine, including a sample monocyte enrichment protocol

Centrifuge Speed: 300 RPM to 2,600 RPM
Pump Flow Rates: 0 ml/min to 150 ml/min
Elutriation Media Volume: 500 ml to 12,000 ml
Fraction Collection Capability: 12
User Configurable Profiles: Nine, including a sample monocyte enrichment protocol

Centrifuge Speed: 300 RPM to 2,600 RPM
Pump Flow Rates: 0 ml/min to 150 ml/min
Elutriation Media Volume: 500 ml to 12,000 ml
Fraction Collection Capability: 12
User Configurable Profiles: Nine, including a sample monocyte enrichment protocol

Maximum Diameter: 345mm
Actual Measurement Diameter: either 180, 240, 300 or 345mm
Two Selectable Pixel Sizes: 150x150um / 100x100um
Detector Sensitivity: 1 X-ray photon per ADC unit at 8 keV

Maximum Diameter: 345mm
The Actual Measurement Diameter: either 180, 240, 300 or 345mm
Two Selectable Pixel Sizes: 150x150um / 100x100um
Detector Sensitivity: 1 X-ray photon per ADC unit at 8 keV

Maximum Diameter: 345mm
Actual Measurement Diameter: either 180, 240, 300 or 345mm
Two Selectable Pixel Sizes: 150x150um / 100x100um
Detector Sensitivity: 1 X-ray photon per ADC unit at 8 keV

Application: Fully Automated Sample Preparation
Functions: Content Uniformity Testing (CU), Impurity Testing (imps), Composite and Bulk Assay Testing, Stability Assay Testing (ICH), Blend and Granulation Uniformity Testing
Extraction Volume: 50mL-500mL
Flow Rate: 70mL/min-1L/min
Extraction Mode: Turbulent Flow with Mechanical Crush and Grind Turbulent Flow and Ultrasonication

Ideal for magnetic isolation in closed, sterile blood bags
Scalable volumes: 50 to 330 mL in static separations and >10 L in continuous flow separations following T-cell expansion protocols
Residual beads that escape initial magnetic capture are retained on a secondary magnet
The magnetic strength of the Primary Magnet is 8,000 Gauss (0.8 T) while the Secondary magnet is 2,500 Gauss (0.25 T)
Dimensions: 430 mm (width) x 390 mm (depth) x 500 mm(height with pole retracted) 740 mm (height with poleextended)

Ideal for magnetic isolation in closed, sterile blood bags
Scalable volumes: 50 to 330 mL in static separations and >10 L in continuous flow separations following T-cell expansion protocols
Residual beads that escape initial magnetic capture are retained on a secondary magnet
The magnetic strength of the Primary Magnet is 8,000 Gauss (0.8 T) while the Secondary magnet is 2,500 Gauss (0.25 T)
Dimensions: 430 mm (width) x 390 mm (depth) x 500 mm(height with pole retracted) 740 mm (height with poleextended)

Ideal for magnetic isolation in closed, sterile blood bags
Scalable volumes: 50 to 330 mL in static separations and >10 L in continuous flow separations following T-cell expansion protocols
Residual beads that escape initial magnetic capture are retained on a secondary magnet
The magnetic strength of the Primary Magnet is 8,000 Gauss (0.8 T) while the Secondary magnet is 2,500 Gauss (0.25 T)
Dimensions: 430 mm (width) x 390 mm (depth) x 500 mm(height with pole retracted) 740 mm (height with poleextended)