Uncategorized Lab Instruments

Membrane Width: 5 mm - 120 mm; speed adjustable up to 100 mm/sec
(7) Dispensers: (4) BioJet (solenoid valve) and (3) AirJet (pneumatic) dispensers with tandem pumps
Dual drying towers, each with 3 IR-heated zones and real-time temperature feedback
Keyence CA-H048MX (2448×2048 px) camera with CA-LH8 (8 mm, f/1.4) lens for in-line vision inspection
Capstan-driven tension control, diptank module with level sensing, and automated marking system

Membrane Width: 5 mm - 120 mm; speed adjustable up to 100 mm/sec
1 AirJet (pneumatic) dispenser with 2 individual pumps
Dual drying towers, each with 3 IR-heated zones and real-time temperature feedback
Keyence CA-H048MX (2448×2048 px) camera with CA-LH8 (8 mm, f/1.4) lens for in-line vision inspection
Capstan-driven tension control, diptank module with level sensing

Max. rotor speed: 1415 rpm
Drive system: direct drive, 12 swings
Max. load per swing: 1.5kg, Max. imbalance: 80g
Ultimate system vacuum: <0.4mbar
Ultimate low temperature: -75DegC

Valve Type: Proteus multistream valve (40 ports)
Dual MFCs flow up to 12 L/min
HAL 201 or HAL 201 RC quadrupole MSs
Applications: large-scale fermentors or bioreactors with significant gas output

Sample Capacity: up to 6 holders for tubes or microplates plates
Max. rotor speed: 1415 rpm
Max. load per swing: 1.5kg, Max. operational imbalance: 80g
Ultimate system vacuum: <0.4 mbar
Ultimate low temperature: -75DegC

Samples: eukaryotic cells
Cell size: 5 - 40 um
LED source 1 (DQC): White; LED source 2 (Detection): Blue
Nozzle imaging: Monochrome CMOS Camera; Magnification: 10x
Labware: 96- and 384-well plates  

Application: Fully automated IHC & ISH staining system
Slide Capacity: 30 slides in 3 trays (10 each)
Reagent Container Capacity: 36 reagent containers (7 mL / 30 mL)
Bulk Reagent Container Capacity: 5 L
Waste Management: Hazardous waste: 5 L; Standard waste: 2 × 5 L

Channels: 16
Fluidics Technology: Digital microfluidics
Sample Volume: 2 uL per well
Association Range: up to 10^9 1/M*s
Dissociation Range: 10^-5 – 1.01/s

Detection: Biolayer interferometry
Number of Spectrometers: 8-channel simultaneous read
Minimum sample volume: 130 uL
Types of analysis: Binding, concentration, kinetics, epitope binning
Affinity constant: Kd 10 pM – 1 mM

Sample volume: 9 uL in sealed capillaries
Temp range: 15–95 DegC, ±0.1 DegC accuracy
Heating rate: 0.1–10 DegC/min
Size range: 0.3–1000 nm (DLS)
Wavelength range: 250–720 nm (fluorescence)

Reagents: disposable single cartridge
Cell Counts: > 1,250 isolated cells per chip
Multiplex: up to 36 analytes per isolated single cell
Hands-On Time:< 3 min per sample
On-Board Incubator: Temperature: 37 ± 2DegC; CO2 concentration: 5 ± 1%

Capacity: 36 label-free, 33 TMT11plex, 32 TMTpro 16plex samples/run
Protein input range: 10–100 ug/sample (kit dependent)
Thermal control: 6–40 °C, ±1.5 °C at 50 °C
UV LOD for peptide quantification: 50 ng/uL
Automated TMT channel assignment and randomization

Laser: 488nm Blue; Channel Filter: 527/32; FSC, SSC
Dispensing Format: 96- or 384-well plate, microcentrifuge tube
Sorting time: 1 min/96-well plate; 6 min/384-well plate
Input Sample Volume: 100 – 600 uL
Sorting Modes: Single Cell Dispensing, Bulk Cell Sorting, and Target Cell Enrichment

Sample input: 1; output fractions: 2
Separation flow rate: 100 uL/min
Imaging: Brightfield + 2 fluorescence channels
Fluorescence channels: 470/524 nm & 560/628 nm
Image resolution: ~2 microns

Reagents: disposable single cartridge
Cell Counts: > 1,250 isolated cells per chip
Multiplex: up to 36 analytes per isolated single cell
Hands-On Time:< 3 min per sample
On-Board Incubator: Temperature: 37 ± 2DegC; CO2 concentration: 5 ± 1%

Modules: Chemistry, Gas, Osmolality 
11 chemistry tests with maintenance-free sensor card technology
Sample loading: individual via syringe/cup or automated batch using 48-position tray
Analysis time and sample size when modules are run collectively: 270 sec /275 uL

Modules: Chemistry, Gas, Osmolality 
11 chemistry tests with maintenance-free sensor card technology
Sample loading: individual via syringe/cup or automated batch using 48-position tray
Analysis time and sample size when modules are run collectively: 270 sec /275 uL

Application: for small to medium scale R&D transfection
Scale (cells): 75 Thousand to 700 Million
Mode of Operation: static
Process Volumes: 15 uL – 3.5 mL
Input Power 100-240VAC, 50-60Hz, 3.5A

Number of fragments / clones per run: up to 32
Format: 96-well plate
Assembly runtimes: 6 to 21 hours; variable, based on application
Fragment sizes: 300 to 7,000 base pairs
Yields: 200 ng to 10 ug

RH control range: 0% to 98%, ±1% accuracy
Temperature range: 5 °C to 85 °C, ±0.1 °C stability
Weighing range: up to 100 mg, ±0.1% accuracy
Sensitivity: < 0.1 ug; resolution: 0.01 ug
Includes 10-sample autosampler and heat exchanger

RH control range: 0% to 98%, ±1% accuracy
Temperature range: 5 °C to 85 °C, ±0.1 °C stability
Weighing range: up to 100 mg, ±0.1% accuracy
Sensitivity: < 0.1 ug; resolution: 0.01 ug
Includes 10-sample autosampler and heat exchanger

Thermal transfer printing
Multi Position Gripper
Rack Capacity: 6 racks
Labware: standard size storage racks, tubes within volume: 0.5-50mL, height: 26.5-120mm, diameter: 8-34.5mm
Max throughput: up to 375 tubes/hour

Thermal transfer printing
Multi-Position Gripper
Rack Capacity: 6 racks
Labware: standard size storage racks, tubes within volume: 0.5-50mL, height: 26.5-120mm, diameter: 8-34.5mm
Max throughput: up to 375 tubes/hour

Plate dimensions: round 200 mm, square 150 x 150 mm
Process time: 0.1-999 seconds, step 0.1 second
Centrifuge speed: 1 - 10,000 rpm, step: 1 rpm
Heating temperature: up to +30Deg°C
QS 200 Substrate size: 2” to 8” Ø or 2”x 2” to 6”x 6”