Used Lab Equipment

The Benchmark series of digital dry baths offer digital control over both temperature and time, eliminating the need for an external thermometer or timer. Available in three configurations, the digital dry baths offer capacity for up to four blocks. They are extremely space efficient (the four block model can accommodate up to 96 x 1.5ml tubes in less than a square foot of bench space). The cavities of the high grade aluminum blocks are precision machined to match the conical size and shape of 0.5, 1.5, 2.0, 15 and 50ml tube sizes, providing unsurpassed temperature uniformity. All Benchmark dry baths offer a built-in user recalibration function, to guarantee long term temperature accuracy. Each dry bath includes an easy to use block lifter, with a temperature insulated handle for quick, convenient exchange of blocks, even while they’re still hot.

Specification:

• Temp. Range: Ambient +5 to 150°C (Max. Temp of BSH1004 is 130°C)
• Temp. Accuracy: +/- 0.2°C
• Temp. Increments: 0.1°C
• Temp. Uniformity: +/- 0.2°C
• Timer: 1 to 999 minutes

• Dimensions (W x D x H):

• 7.8 x 9 x 3.2 in./ 20 x 23 x 8 cm (Single)
• 8.7 x 10.3 x 3.2 in. / 22 x 26 x 8 cm (Dual)
• 8.7 x 14 x 3.2 in. / 22 x 35.5 x 8 cm (Four)
• Block Dimensions: 3 x 3.75 x 2 in. / 7.6 x 9.5 x 5 cm

• Electrical:

• 120 or 230V, 50-60Hz
• Single: 200W
• Dual: 400W
• Four: 600W

Highly accurate, microprocessor controlled, dry block heating unit with two aluminum blocks. Provides uniform temperature control for heating microtubes, test tubes and other vessels, including microplates and slides.

Specifications:

• Temperature Range: Ambient 5° to 150°C
• Temperature Accuracy: ± 0.2°C
• Increments and Display Resolution: 0.1°C
• Timer: 1-999 Min
• Block Construction: High Grade Aluminium
• Chamber: Fast Heating Aluminum
• Dimensions: 8.7”x 10.3” x 3.2” in. (W x D x H)

The Benchmark series of digital dry baths offer digital control over both temperature and time, eliminating the need for an external thermometer or timer. Available in three configurations, the digital dry baths offer capacity for up to four blocks. They are extremely space efficient (the four block model can accommodate up to 96 x 1.5ml tubes in less than a square foot of bench space). The cavities of the high grade aluminum blocks are precision machined to match the conical size and shape of 0.5, 1.5, 2.0, 15 and 50ml tube sizes, providing unsurpassed temperature uniformity. All Benchmark dry baths offer a built-in user recalibration function, to guarantee long term temperature accuracy. Each dry bath includes an easy to use block lifter, with a temperature insulated handle for quick, convenient exchange of blocks, even while they’re still hot.

Specification:

• Temp. Range: Ambient +5 to 150°C (Max. Temp of BSH1004 is 130°C)
• Temp. Accuracy: +/- 0.2°C
• Temp. Increments: 0.1°C
• Temp. Uniformity: +/- 0.2°C
• Timer: 1 to 999 minutes

• Dimensions (W x D x H):

• 7.8 x 9 x 3.2 in./ 20 x 23 x 8 cm (Single)
• 8.7 x 10.3 x 3.2 in. / 22 x 26 x 8 cm (Dual)
• 8.7 x 14 x 3.2 in. / 22 x 35.5 x 8 cm (Four)
• Block Dimensions: 3 x 3.75 x 2 in. / 7.6 x 9.5 x 5 cm

• Electrical:

• 120 or 230V, 50-60Hz
• Single: 200W
• Dual: 400W
• Four: 600W

Specifications:

• Max temperature: 50°C
• Min temperature: Ambient + 7°C
• Temperature accuracy:  ±0.2°C
• Capacity: 5.4 cu ft
• CO2 Range: 0 to 20%
• CO2 accuracy:  ±0.1%
• Sensor: IR

Specifications:

• Capacity : 5 x 2 L Capacity & Largest Flask Size on Universal Platform
• Volts: 120V 50/60 hz
• Temp Range: Ambient +7 to 60

Features:

• Usable with a Wide Variety of Platforms
• Automatic Safety Switch
• Audible and Visual Alarms Alert User to a Variety of Conditions
• Speed Ranges from 50 - 400 RPM
• Temperature Ranges from 5°C - 60°C
• Continuous and Timed Operation

Specifications:

• Chamber Volume cu. Ft: 2.5
• Max Temperature: 90°C
• Chamber Dimensions (in.) W x D x H: 17 x 17 x 15
• Temperature Range: +10°C to 90°C
• Stability at 37°C: +/-1°C
• Uniformity at 37°C: +/-1.5°C
• Shelf Area: 2.0 sq. ft.
• Dimensions (in.) W x D x H :  19-1/8 x 23 x 21
• Electrical Requirements: 115V, 2.5A, 60Hz, 290W
• Hydraulic Thermostat
• Shelves Included: 2
• Max Number of Shelves: 5

Description:

• Bottle Positions: 10   
• Dimensions (L x D x H): 73 cm x 32 cm x 37 cm
• Bottle Speed: .01 To 4 rpm    
• Clearance Between Decks For Bottle Placement: 134 mm   
• Usable Roller Length: 28 cm   
• Electrical Rating: 115 +/- 10 VAC @ 60 Hz Line Voltage 1.0 Amp @ 115 V, 60 Hz Power Consumption   
• Environmental Conditions: Indoor Use, Pollution Degree 24-50 Degree C, Relative Humidity 0-90%, Non-condensing
• Fits inside bellco benchtop incubators  
• Accepts bellco glass & plastic roller bottles both 110 & 120 mm diameter up to 28 cm overall length   
• All Position Drive   
• Variable Speed Range    
• Analog Tachometer
• Cat#: 7630-S0019
• 9 decks, 5 spots per deck

The CERTOMAT® RM is a powerful and robust orbital benchtop shaker for the universal use in the various tasks of biological and chemical laboratories. Its compact design and its construction features allow its placement in incubators, conditioning cabinets or in shelves of a rack. The product also features an adjustable counter weight for mass balancing of the different loads applied; for optimum compensation (minimization) of vibrations caused by different loads driven at different shaking frequencies, which can be transmitted to the shaker unit and woking place.

Specification:

• Cabinet size (W x H x D): 511 x 160 x 545 mm
• Weight (without tray): 46 kg
• Material: sheet steel case with acidproof varnish
• Max. load: depending on tray and mounting system applied
• Connector: Home-Office grounded plug, separate cable of about 3 m
• Mains supply:  230 V / 50 - 60 Hz or 115 V / 50 - 60 Hz
• Power consumption: 0.8 mA at 230 V or 1.6 A at 115 V
• Fuses: fuse links 2 x T 1 A (230 V) or 2 x T 2 A (115 V)
• Shaking frequencies: 40… 400 rpm
• Orbital motion: 25 mm or 50 mm, depending on version "as delivered“
• Rotation speed accuracy: max. Deviation ±1% from max setting
• Timer operation: 00:01 [hrs:min] – 98:59 [hrs:min] ; 99:59 [hrs:min] continuous operation
• Ambient temperature: +10 ... +60 degree C
• Ambient humidity: 10… 90%, not condensing

Laboratory incubator with a 111-liter chamber volume. Patented cooling system (ecological cooling medium R134a) and air flow in the chamber ensure a quick and precise distribution of the preset temperature and humidity in the chamber, which allows an ideal process of samples heating and reduction of humidity condensation in the chamber.

Specifications:

• Interior of stainless steel material: volume (111 l), depth (370 mm), width (540 mm), height (530mm)
• Volume of the steam space: 162 l
• Working temperature (from 0.0 to): 99.9 °C
• Heat emission at 37 °C: 70 W
• Outer dimensions: depth (640 mm), width (760 mm), height (1100 mm)
• Weight: 207 kg (brutt cca)

Features:

The conditioned chambers of the CLIMACELL product line provide all conditions for exact and reproducible simulation of various climatic conditions, applicable e.g. in testing of stability components and food or chemicals packages, or in studies of germs, plant or tissue cultures, and insects. These devices offer an interesting alternative to expensive testing chambers and testing rooms. Microprocessor-controlled system of humidification and dehumidification with a powerful lighting system guarantees excellent homogenous parameters for testing and growth conditions.

Specifications:

• Chamber volume: 111-liter
• Volume of the steam space: 163 approx. L
• Min. distance between trays: 70 mm
• Storage area (w x d): 520 x 335 mm
• Max. power: 1700 W
• Protective system: IP 20
• Mains: 50/60Hz 230 V
• Cooling/down time from 22 °C to 10 °C: < 21 min
• Heating/up time to 37 °C from the ambient temperature: 11 min
• Working temperature from 0: 0 to 100 °C
• Working temperature from: -20 to 100 °C
• Temperature accuracy - in time 0: 2 ± °C
• Temperature accuracy in time at 10 °C: < 0,5 ±°C
• Temperature accuracy in time at 37 °C: < 0,5 ±°C
• Recovery time after 30 sec. door open according DIN 12 880
  at 37 °C 4 min
  at 50 °C 5 min
• Relative humidity range: 10–98 %
• Heat emission at 37 °C: 70 W
• Working temperature from: 0.0 °C up to 100°C (without humidity); from 10°C to 95°C (with humidity)
• Patented cooling system (ecological cooling medium R134a) and air flow in the chamber ensure a quick and precise distribution of the preset temperature and humidity in the chamber, which allows an ideal process of samples heating and reduction of humidity condensation in the chamber
• High operation comfort; precise temperature regulation; possibility to reach even extremely short times of temperature changes and short times of temperature and humidity recovery in the chamber after the door opening; the standard equipment includes inner glass door and possibility to regulate the fan speed
• Suitable for use in research of germs, plant or tissue cultures, insect, stability testing, etc.
• Comfort model with a Fuzzy logic microprocessor control system; control elements situated on a foil keyboard, process information indicated on a LCD display
• Output for a printer or PC connection
• Validation possibility (IQ , OQ)

Features:

The conditioned chambers of the CLIMACELL product line provide all conditions for exact and reproducible simulation of various climatic conditions, applicable e.g. in testing of stability components and food or chemicals packages, or in studies of germs, plant or tissue cultures, and insects. These devices offer an interesting alternative to expensive testing chambers and testing rooms. Microprocessor-controlled system of humidification and dehumidification with a powerful lighting system guarantees excellent homogenous parameters for testing and growth conditions.

Specifications:

• Chamber volume: 1212-liter
• Working temperature from: 0.0 °C up to 100°C (without humidity); from 10°C to 70°C (with humidity)
• Volume of the steam space: 1753 approx. L
• Min. distance between trays: 70 mm
• Storage area (w x d): 520 x 485 mm
• Max. power: 3500 W
• Protective system: IP 20
• Mains: 50/60Hz 230 V
• Cooling/down time from 22 °C to 10 °C: < 21 min
• Heating/up time to 37 °C from the ambient temperature: 30 min
• Working temperature from 0: 0 to 70 °C
• Working temperature from: -20 to 70 °C
• Temperature accuracy - in time:  2 ± °C
• Temperature accuracy in time at 10 °C < 0: 9 ±°C
• Temperature accuracy in time at 37 °C < 0: 5 ±°C
• Recovery time after 30 sec. door open according DIN 12 880
  at 37 °C 10 min
  at 50 °C 10 min
• Relative humidity range: 10–98 %
• Heat emission at 37 °C: 200 W
• Patented cooling system (ecological cooling medium R134a) and air flow in the chamber ensure a quick and precise distribution of the preset temperature and humidity in the chamber, which allows an ideal process of samples heating and reduction of humidity condensation in the chamber
• High operation comfort; precise temperature regulation; possibility to reach even extremely short times of temperature changes and short times of temperature and humidity recovery in the chamber after the door opening; the standard equipment includes inner glass door and possibility to regulate the fan speed
• Suitable for use in research of germs, plant or tissue cultures, insect, stability testing, etc.
• Comfort model with a Fuzzy logic microprocessor control system; control elements situated on a foil keyboard, process information indicated on a LCD display
• Output for a printer or PC connection
• Validation possibility (IQ , OQ)

Laboratory incubator with a 222-liter chamber volume. High operation comfort; precise temperature regulation; possibility to reach even extremely short times of temperature changes and short times of temperature and humidity recovery in the chamber after the door opening; the standard equipment includes inner glass door and possibility to regulate the fan speed. Suitable for use in research of germs, plant or tissue cultures, insect, stability testing, etc.

Specifications:

• Interior of stainless steel material: volume (222 l), depth (520 mm), width (540 mm), height (760 mm)
• Volume of the steam space: 299 l
• Working temperature (from 0.0 to): 99.9 °C
• Heat emission at 37 °C: 97 W
• Outer dimensions: depth (790 mm), width (760 mm), height (1330 mm)
• Weight: 228 kg (brutt cca)

Features:

The conditioned chambers of the CLIMACELL product line provide all conditions for exact and reproducible simulation of various climatic conditions, applicable e.g. in testing of stability components and food or chemicals packages, or in studies of germs, plant or tissue cultures, and insects. These devices offer an interesting alternative to expensive testing chambers and testing rooms. Microprocessor-controlled system of humidification and dehumidification with a powerful lighting system guarantees excellent homogenous parameters for testing and growth conditions.

Specifications:

• Volume of the steam space: 299 approx. L
• Min. distance between trays: 70 mm
• Storage area (w x d): 520 x 485 mm
• Max. power: 1850 W
• Protective system: IP 20
• Mains: 50/60Hz 230 V
• Cooling/down time from 22 °C to 10 °C: < 21 min
• Heating/up time to 37 °C from the ambient temperature: 11 min
• Working temperature from 0: 0 to 100 °C
• Working temperature from: -20 to 100 °C
• Temperature accuracy - in time 0: 2 ± °C
• Temperature accuracy in time at 10 °C: < 0: 5 ±°C
• Temperature accuracy in time at 37 °C < 0: 5 ±°C
• Recovery time after 30 sec. door open according DIN 12 880
  at 37 °C 3 min
  at 50 °C 6 min
• Relative humidity range: 10–98 %
• Heat emission at 37 °C: 63 W
• Patented cooling system (ecological cooling medium R134a) offers a precise and quick simulation of natural processes and reduces the risk of samples evaporation; various types of the inner chamber lighting can be added to the unit
• High operation comfort; precise temperature regulation; possibility to reach even extremely short times of temperature changes and short times of temperature recovery in the chamber after the door opening; the standard equipment includes inner glass door and possibility to regulate the fan speed
• Suitable for demanding and accurate tests and samples cultivation
• Comfort model with a Fuzzy logic microprocessor control system; control elements situated on a foil keyboard, process information indicated on a LCD display
• Wide range of optional equipment and accessories
• Output for a printer or PC connection
• Validation possibility (IQ , OQ)