Used Lab Equipment

An accurate and quick laboratory oven with a 22-liter chamber volume and patented system of forced air flow in the chamber ensuring a homogenous temperature profile for all processes of drying, heating and sterilizing materials in laboratories. Standard model with a Fuzzy-Logic microprocessor control system; control elements situated on a foil keyboard, process information indicated on a LED display.

Specifications:

• Interior of stainless steel material: volume (22 l), depth (320 mm), width (240 mm), height (295 mm)
• External dimensions: depth (560 mm), diameter of the air branch outer/inner (952/49 mm), width (406 mm), height (604 (N) mm)
• Weight: 36 kg (gross)
• Heat emission at 250 °C: 420 W
• Air exchange speed at 250 °C: 45 cca/hour
• Working Temperature (from 10 °C ambient temp): 250 / 300 °C

An accurate and quick laboratory oven with a 22-liter chamber volume and patented system of forced air flow in the chamber ensuring a homogenous temperature profile for all processes of drying, heating and sterilizing materials in laboratories. Greater speed and accuracy of all tempering procedures ensures cost-saving operation; suitable especially for materials of high humidity, for demanding and accurate tests and processes

Specifications:

• Interior of stainless steel material: volume (22 l), depth (320 mm), width (240 mm), height (295 mm)
• External dimensions: depth 9580 mm), diameter of the air branch outer/inner (52/49 mm), width (406 mm), height (604 (N) mm)
• Weight: 36 kg (gross)
• Heat emission at 250 °C: 420 W
• Air exchange speed at 250 °C: 45 cca/hour
• Working Temperature (from 10 °C ambient temp): 250 / 300 °C

Features:

The Venticell line is built with a patented system of forced air circulation which ensures a homogeneous profile for all heating and drying processes. Ideal for materials with high humidity.

Specifications:

• Dimensions: 560 mm x diameter of the air branch outer/inner 52/49 mm x 406 mm
• Tray storage area: 185 x 265 mm
• Racks: 4 max
• Maximum weight per tray: 10 kg
• Maximum weight inside the oven: 25 kg
• Working temperature  (beginning of the regulation): from 10 °C above ambient temp. to 250 °C
• Temperature accuracy according to DIN 12 880 T2, at working temperature with closed air flap and door, > 50 °C: time variation cca (±) 0,3 °C, space deviation (±) % cca (±)% of the reached temperature 1,1 %
• Time required to reach 250 °C with closed air flap and voltage 230 V: 28 min
• Heat emission at 250 °C: 420 W
• Air exchange speed at 150 °C: 45 cca/hour
• Electricity - mains 50/60 Hz: max. power input 0,96 kW
• Nominal voltage: 230 V
• Current: 4,2 A
• Chamber volume: 22-liter
• Working temperature: from +10°C over ambient temperature up to 250/300 °C
• Patented system of forced air flow in the chamber ensures a homogenous temperature profile for all processes of drying, heating and sterilizing materials in laboratories
• High operation comfort, precise temperature regulation and short times of temperature recovery in the chamber after the door opening
• Greater speed and accuracy of all tempering procedures ensures cost-saving operation; suitable especially for materials of high humidity, for demanding and accurate tests and processes
• Standard model with a Fuzzy logic microprocessor control system; control elements situated on a foil keyboard, process information indicated on a LED display
• Output for a printer or PC connection
• Validation possibility (IQ , OQ)

Features:

The Venticell line is built with a patented system of forced air circulation which ensures a homogeneous profile for all heating and drying processes. Ideal for materials with high humidity.

Specifications:

• Dimensions: 790 mm x diameter of the air branch outer/inner 52/49 mm x 760 mm
• Tray storage area: 520 x 485 mm
• Racks: 10 max
• Maximum weight per tray: 30 kg
• Maximum weight inside the oven: 70 kg
• Working temperature (beginning of the regulation): from 10 °C above ambient temp. to 250 °C
• Temperature accuracy according to DIN 12 880 T2, at working temperature with closed air flap and door, > 50 °C: time variation cca (±) 0,4 °C, space deviation (±) % cca (±)% of the reached temperature 1 %
• Time required to reach 250 °C with closed air flap and voltage 230 V: 70 min
• Heat emission at 250 °C: 990 W
• Air exchange speed at 150 °C: 24 cca/hour
• Electricity - mains 50/60 Hz: max. power input 1,9 kW
• Nominal voltage: 230 V
• Current: 8,3 A
• Chamber volume: 222-liter
• Working temperature: from +10°C over ambient temperature up to 250/300 °C
• Patented system of forced air flow in the chamber ensures a homogenous temperature profile for all processes of drying, heating and sterilizing materials in laboratories
• High operation comfort, precise temperature regulation and short times of temperature recovery in the chamber after the door opening
• Greater speed and accuracy of all tempering procedures ensures cost-saving operation; suitable especially for materials of high humidity, for demanding and accurate tests and processes
• Standard model with a Fuzzy logic microprocessor control system; control elements situated on a foil keyboard, process information indicated on a LED display
• Output for a printer or PC connection
• Validation possibility (IQ , OQ)

Features:

The Venticell line is built with a patented system of forced air circulation which ensures a homogeneous profile for all heating and drying processes. Ideal for materials with high humidity.

Specifications:

• Dimensions: depth 790 mm x diameter of the air branch outer/inner 52/49mm x 760 mm
• Tray storage area: 520 x 485 mm
• Racks: 19 max
• Maximum weight per tray: 30 kg
• Maximum weight inside the oven: 100 kg
• Working temperature (beginning of the regulation): from 10 °C above ambient temp. to 250 °C
• Temperature accuracy according to DIN 12 880 T2, at working temperature with closed air flap and door, > 50 °C: time variation cca (±) 0,4 °C, space deviation (±) % cca (±)% of the reached temperature 1,5 %
• Time required to reach 250 °C with closed air flap and voltage 230 V: 58 min
• Heat emission at 250 °C: 1940 W
• Air exchange speed at 150 °C: 18 cca/hour
• Electricity - mains 50/60 Hz: max. power input 3,7 kW
• Nominal voltage: 400/3N V
• Current: 5,6 A
• Chamber volume: 404-liter
• Working temperature: from +10°C over ambient temperature up to 250/300 °C
• Patented system of forced air flow in the chamber ensures a homogenous temperature profile for all processes of drying, heating and sterilizing materials in laboratories
• High operation comfort, precise temperature regulation and short times of temperature recovery in the chamber after the door opening
• Greater speed and accuracy of all tempering procedures ensures cost-saving operation; suitable especially for materials of high humidity, for demanding and accurate tests and processes
• Standard model with a Fuzzy logic microprocessor control system; control elements situated on a foil keyboard, process information indicated on a LED display
• Output for a printer or PC connection
• Validation possibility (IQ , OQ)

Features:

The Venticell line is built with a patented system of forced air circulation which ensures a homogeneous profile for all heating and drying processes. Ideal for materials with high humidity.

Specifications:

• Dimensions: 640 mm x diameter of the air branch outer/inner 52/49mm x 620 mm
• Tray storage area: 380 x 335 mm
• Racks: 4 max
• Maximum weight per tray: 20 kg
• Maximum weight inside the oven: 50 kg
• Working temperature (beginning of the regulation): from 10 °C above ambient temp. to 250 °C
• Temperature accuracy according to DIN 12 880 T2, at working temperature with closed air flap and door, > 50 °C: time variation cca (±) 0,3 °C, space deviation (±) % cca (±)% of the reached temperature 1 %
• Time required to reach 250 °C with closed air flap and voltage 230 V: 49 min
• Heat emission at 250 °C: 590 W
• Air exchange speed at 150 °C: 45 cca/hour
• Electricity - mains 50/60 Hz: max. power input 1,3 kW
• Nominal voltage: 230 V
• Current: 5,6 A
• Chamber volume: 55-liter
• Working temperature: from +10°C over ambient temperature up to 250/300 °C
• Patented system of forced air flow in the chamber ensures a homogenous temperature profile for all processes of drying, heating and sterilizing materials in laboratories
• High operation comfort, precise temperature regulation and short times of temperature recovery in the chamber after the door opening
• Greater speed and accuracy of all tempering procedures ensures cost-saving operation; suitable especially for materials of high humidity, for demanding and accurate tests and processes
• Standard model with a Fuzzy logic microprocessor control system; control elements situated on a foil keyboard, process information indicated on a LED display
• Output for a printer or PC connection
• Validation possibility (IQ , OQ)

An accurate and quick laboratory oven with a 707-liter chamber volume. Patented system of forced air flow in the chamber ensures a homogenous temperature profile for all processes of drying, heating and sterilizing materials in laboratories. Greater speed and accuracy of all tempering procedures ensures cost-saving operation; suitable especially for materials of high humidity, for demanding and accurate tests and processes.

Specifications:

• Interior of stainless steel material: volume (707 l), depth (540 mm), width (940 mm), height (1410 mm)
• Weight: 240 kg (gross)
• Heat emission at 250 °C: 2550 W
• Air exchange speed at 250 °C: 12 cca/hour
• Working Temperature (from 10 °C ambient temp): 250 / 300 °C

Features:

The Venticell line is built with a patented system of forced air circulation which ensures a homogeneous profile for all heating and drying processes. Ideal for materials with high humidity.

Specifications:

• Dimensions: 790 mm x diameter of the air branch outer/inner 52/49mm x 1160 mm
• Tray storage area: 920 x 485 mm
• Racks: 19 max
• Maximum weight per tray: 50 kg
• Maximum weight inside the oven: 130 kg
• Working temperature (beginning of the regulation): from 10 °C above ambient temp. to 250 °C
• Temperature accuracy according to DIN 12 880 T2, at working temperature with closed air flap and door, > 50 °C: time variation cca (±) 0,4 °C, space deviation (±) % cca (±)% of the reached temperature 2,5 %
• Time required to reach 250 °C with closed air flap and voltage 230 V: 64 min
• Heat emission at 250 °C: 2550 W
• Air exchange speed at 150 °C: 12 cca/hour
• Electricity - mains 50/60 Hz: max. power input 4,9 kW
• Nominal voltage: 400/3N V
• Current: 7,8 A
• Chamber volume: 707-liter
• Working temperature: from +10°C over ambient temperature up to 250/300 °C
• Patented system of forced air flow in the chamber ensures a homogenous temperature profile for all processes of drying, heating and sterilizing materials in laboratories
• High operation comfort, precise temperature regulation and short times of temperature recovery in the chamber after the door opening
• Greater speed and accuracy of all tempering procedures ensures cost-saving operation; suitable especially for materials of high humidity, for demanding and accurate tests and processes
• Standard model with a Fuzzy logic microprocessor control system; control elements situated on a foil keyboard, process information indicated on a LED display
• Output for a printer or PC connection
• Validation possibility (IQ , OQ)

The new Vi-CELL Series Cell Viability Analyzers provide an automatic and cost effective means to perform the trypan blue dye exclusion method. This data is essential to the decision making process for basic tissue culture cell passage and maintaining optimum culture conditions in bioreactors. Cell and tissue culture applications in life science research, including recombinant protein and biopharmaceutical production, require the accuracy, precision and automation available only in the Vi-CELL cell viability analyzer.

The Vi-CELL automates the widely accepted trypan blue cell exclusion method. Historically, cell viability determinations were performed manually using a light microscope and hemacytometer. This technique has major shortcomings due to subjective determination of cell count, as well as manual, time consuming steps. In comparison to the manual technique, the Vi-CELL automatically performs the trypan blue with video imaging of the flow-through cell. Results are obtained in minutes.

Includes:

• Computer w/ Software
• Monitor
• Manuals

Product Features:

• Automation of the standard trypan blue assay
• % Viability
• Total cell concentration
• Total viable cell concentration
• Mean cell size
• Real time cellular images
• Bioprocess monitoring
• Validated reagents
• Convenient reagent pack

 The Vi-CELL XR offers additional benefits over the S and AS Models:

• Extended size range to 2 microns, allowing additional analyses of yeast, and smaller cells.
• Increased sample throughput with greater efficiency.
• Reduced sample volume results in less reagent use.
• Auto focus capability increases instrument ease of use.
• Variable aspiration and mixing cycles optimize results.
• Enhanced image magnification provides unparalleled cellular detail.
• Circularity measurement helps isolate debris from cells.

 Specifications:

• Analysis Time: < 2.5 min
• Capacity: Single or 12 position via autoloader
• Concentration Range: 5 x 10^4 to 1 x 10^7 cells/mL
• Counting Accuracy: ± 6%
• Depth: 41 cm (16 in)
• Digitizing Resolution: 1394 x 1040
• Height: 44.5 cm (17.5 in)
• Imaging Technology: Auto-focus CCD array, Firewire camera
• Instrument Type: Video image through a quartz flow cell
• Overall Analysis Range: Size Range: 2 µm - 70 µm
• Sample Volume: 0.5 mL
• Temperature: 10°C to 40°C (50°F to 104°F)
• Viability Range: 0 to 100%
• Weight: 11.3 kg (25 lb)
• Width: 38 cm (15 in)

Features:

•  Brinkmann Lauda WK 1200 Circulation Chiller 

Specifications:

• Working temperature range (°C): 0-40
• Temperature stability (±K): 0.5
• Cooling output at 20 °C: 1.2kW
• Pump pressure max.: 3.2 bar
• Pump flow max.: 40 L/min

Includes:

• Waters ZQ Single Quadrupole Detector
• Computer w/ MassLynx software
• Monitor and Cables
• Manuals

The Micromass-ZQ 2000 (Mass Selective Detector) is a robust single quadrupole mass spectrometer, offering characteristic performance for laboratories that require nominal mass resolution for mass confirmation applications.  This system has a mass range (amu) up to 2000 daltons.  Easily qualify and quantify small molecules in a flash with the highly sensitive system.  Both inlet probes are quickly and easily interchangeable without breaking vacuum.  Flow rates allowed are 5-1000 µl/min (ESI) and 200-2000 µl/min (APCI).

Specifications:

• Air Cooled System
• Mass Range 2000amu
• ZSpray dual orthogonal sampling interface provides unsurpassed sensitivity.
• Vertically mounted liquid inlet probes to minimize tube length and peak dispersion
• Software-controlled, intergrated syringe pump for easy calibration, tuning and sample infusion
• Digital control of source gas flow rates
• Software controlled divert valve/manual injection valve
• Differentially pumped vacuum system featuring singular air-cooled, split flow turbomolecular pump technology
• Sensiticity: 1 pg Reserpine
• Mass Range: 2 – 2000