Used Lab Equipment

Description:

The Mitsubishi CP700DU (CP-700DU) digital, roll-type dye sublimation color printer offers high speed and superior color resolution at a low operating cost. Low media cost combined with exceptional print capacity results in unmatched price and performance. The Mitsubishi CP700DU (CP-700DU) digital printer comes with a Centronics Parallel Interface and a MS-Windows 95/98 driver (Macintosh chooser level driver is optional). It is an excellent choice for a variety of demanding, high resolution applications such as medical, digital photography, security, amusement, and industrial inspection.

Specifications:

• Printer Type: Color
• Dimensions: 11.0 x 15.7 x 5.9 inches (280 x 399 x 150 mm)
• Printer Gradation: No
• Power Requirements: AC 120 V 50/60 Hz
• Print Speed: S size - Approx. 25 seconds, L size - Approx. 39 seconds
• Printer Driver Software: No
• Printing Method: Dye sublimation thermal transfer
• Printer Resolution: 1340 x 1024 dots
• Safety Compliance: UL544 approved

Features

• User-friendly settings with control switches and an LED indicator
• High-resolution thermal head with 325 dpi
• Extremely compact dimensions and lightweight design
• Fast print speed
• 7 different picture formats
• Picture memory for 10 individually selectable frames\

Specifications:

• Print Method: Thermal-sensitive
• Resolution: Printhead 325 dpi (12.8 dots/mm), max. resolution:1280x600 dots (panorama)
• Greyscale: 256 greyscales
• Print Speed: Standard 3.9 seconds
• Paper Size: 100 x 110 mm
• Interface: NTSC, PAL, Composite Video
• Power Consumption: AC 100 - 240V,  50 / 60 Hz
• Dimensions: 154 x 920 x 256 mm

Specifications:

• Electrical
  • Power Requirement: 100 to 130 VAC (60 Hz) or 200 to 250 VAC (50 Hz)
  • Fuses (2): 250V time delay (Type T): 2-Amp (100-130 VAC), 1-Amp (200-250 VAC)
  • Power Consumption: 150 watts
  • Memory Backup: Integral lithium cell; 10 years typical
• Sample Volume: 0.20 to 0.25 mL
• Sample Capacity: Single sample
• Readout: 20-character digital display
• Units: mOsm/kg H2O
• Ranges:
  • Low: 0 to 2000 mOsm/kg H2O
  • High: 1400 to 4000 mOsm/kg H2O
• Resolution: 1 mOsm/kg H2O
• Communications: DTE RS-232C, parallel printer, barcode
• Performance at Reference Conditions
  • Linearity: Less than ±0.5% from straight line
  • Repeatability: 0 to 400 mOsm ±2 mOsm/kg (1 S.D.)  400 to 4000 mOsm ±0.5% (1 S.D.)
  • Drift: Less than 1 digit per month
• Performance Over Reference Conditions
  • Temperature Effect: 1 digit for every 5°C (9°F) ambient temperature change
  • Operating Conditions Temperature:
    • 18°C to 35°C (64°F to 95°F)
    • Humidity: 5 to 80% R.H. (non-condensing)
      • Storage Temperature: - 40°C to +45°C (-40°F to +113°F)
    • Start-up Time: From Stand-By: immediately
    • From Power On: under 5 minutes
    • Test Time: Approximately 2 minutes per sample in 0 to 2000 mOsm range; moderately longer in high range.
    • Dimensions
      • 0 cm x 32.0 cm x 42 cm
      • (11.5" H x 12.5" W x 16.5" D)
      • Height With Head Up: 41 cm (16" H)
    • Weight
      • Net: 12 kg (27 lbs.)
      • Shipping: 18 kg (38 lbs.)

Features:
Modify six standard preset and 10 user-defined freezing profiles for custom protocols to meet application needs. Assembling and connecting electrical components has been eliminated with an integrated control panel and thermal printer.

Specifications:

• Description: Non-IVF Model
• Capacity (English): 6 cu. ft.
• Capacity (Metric): 17L
• Dimensions (L x W x H) Exterior: 4 x 31.7 x 20.4 in. (51.8 x 80.5 x 51.8cm)
• Dimensions (D x W x H) Interior: 13 x 7 x 12 in. (33 x 17.8 x 30.5cm)
• Temperature Range: 50° to −180°C
• Voltage: 120V
• Electrical Requirements: 120V 60Hz
• Weight (English): 140 lb.
• Weight (Metric): 5kg
• Warranty: Warranty varies by country, please contact us for details
• Amperage: 12A
• Cabinet Material: Stainless steel with powder-coat paint finish
• Depth (English) Interior: 13 in.
• Depth (Metric) Interior: 33cm
• Height (English) Exterior: 4 in.
• Height (English) Interior: 12 in.
• Height (Metric) Exterior: 8cm
• Height (Metric) Interior: 5cm
• Hertz: 60Hz
• Length (English) Exterior: 4 in.
• Length (Metric) Exterior: 8cm
• PC Programmability: Yes
• Sample Loading: Front
• Shipping Weight (English): 200 lb.
• Shipping Weight (Metric): 7kg
• Width (English) Interior: 7 in.
• Width (Metric) Interior: 8cm
• Width (English) Exterior: 7 in.
• Width (Metric) Exterior: 5cm

The SmartReader 96 comes complete with 4 popular filters: 405,450,492,630nm and twenty six additional filters are available separately to cover a full range from 340 to 750nm.  The integrated filter wheel allows up to 8 filters to be loaded at once, and filters can be selected during programming. Up to two filters can be used for 2 measurements of the sample plate, for calculated comparisons.  Kinetic calculations can be performed by setting multiple readings. The SmartReader 96 is a convenient stand alone reader, all software and the programing system is incorporated into the electronics. However, a convenient USB port on the side allows quick and easy saving of data files to a USB drive, and the universal .csv files can then be shared or transferred to a computer for storage or further processing.  A data port can be used for connecting a computer or basic printer.

Specification:

• Control and Display: 7 inch touch screen (800 x 480 pixels)
• Light Source: Quartz-halogen lamp 6V/10W
• Wavelength Range: 340-750nm (405, 450, 492 and 630 nm filters included)
• Half-Bandwidth of filter: 3~9nm
• Readout Range: 0~4.000 Abs
• Linearity (405nm): 0~2.000 Abs <+1% / 0~4.000 Abs <+2%
• Precision: CV</= 0.2% (0-3) Abs ; CV</= 01.0% (3-4) Abs
• Test Speed: <6 sec. for 96 well plate
• Shaking: 3 modes - slow, medium, fast
• User Interface: Integrated software and touch screen control
• Storage: 200 programs; 100,000 test records
• Ports: USB ports for PC, printer, mouse and flash drive
• Dimensions: 295x440x225 mm (11.6 x 17 x 8.75 inches)
• Weight: 10 kg

State-of-the-art technology with an easy-to-use format in a compact footprint: that is the Eppendorf BioPhotometer! It's large key pads, pre-programmed methods, and pre-set wavelengths and conversion factors greatly simplify the sample quantification. The large LCD screen displays the sample concentrations, absorption values, OD260/OD230 and OD260/OD230 and sample dilutions at a glance.

Features:

• Compact design, easy to transport
• Robust housing, splash- and water-resistant
• High-value components guarantee high operating safety
• Metal housing ensures high stability
• Xenon flash lamp source with extremely long service life
• Ready to measure immediately (no warmup time)
• Self-explanatory, extremely simple operation
• Measurement only takes approx 2 seconds
• Programmed methods: ssDNA, dsDNA, RNA, Oligo, Protein, Lowry/Lowry micro, Bradford/Bradford micro, BCA/BCA micro, and OD 600
• Optional background correction at 320 nm for UV methods
• Automatic calculation of sample dilution
• Simple conversion using the "Conversion" key
• Up to 10 standards for colorimetric analyses
• Storage of the last 100 results and all corresponding data
• Storage of all calibrations
• Sample data and calibration data can be called up after being stored

Specifications:

• Optical system:  Absorption, single-beam photometer with reference beam
• Light source: Xenon flash lamp
• Light beam height: 8.5 mm
• Spectral range:  220 to 750 nm
• Wavelengths: Xe 230; 260; 280; 320; 562; 595 nm
• Spectral range width: 5 nm: 230 to 320 nm; 7 nm: 562 to 595 nm
• Photometric measuring range: 0,000 to 3,000 A
• Photometric accuracy: ±1% at 1 A
• Photometric precision: < 0.5% at 1 A
• Method-dependent evaluation:    - Absorbance/concentration using factor
  • Concentration using calibration with 1 to 10 standards
  • One-point calibration (1 std) / linear regression (2 to 10 standards)
  • Non-linear regression (polynom, 3rd degree; 4 or 5 standards), 1x, 2x or 3x determination
  • Ratio 260/280, ratio 260/230, molar concentration, total yield
  • Warburg formula for protein direct A280
• Calibration memory: For protein methods
• Results memory: For 100 results with absorbance, ratio values, sample no., dilution, date and time
• Printer interface: RS-232C, serial, for printer or PC with BioPhotometer software package
• Power consumption: Approx. 20 W in operation; 10 W in standby mode
• Cuvettes: UVette and common rectangular cuvettes of suitable glass or plastic materials

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)

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)

Laboratory incubator with a 404-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. 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 and output option for a printer or PC connection.

Specifications:

• Interior of stainless steel material: volume (404 l), depth (520 mm), width (540 mm), height (1410 mm)
• Volume of the steam space: 524 l
• Working temperature (from 0.0 to): 99.9 °C
• Heat emission at 37 °C: 123 W
• Outer dimensions: depth (790 mm), width (1010 mm), height (1920 mm)
• Weight: 391 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: 524 approx. L
• Min. distance between trays: 70 mm
• Storage area (w x d): 520 x 485 mm
• Max. power: 2700 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: 22 min
• Working temperature from 0: 0 to 100 °C
• Working temperature from: -20 to 100 °C
• Temperature accuracy - in time: 0,3 ± °C
• Temperature accuracy in time at 10 °C: < 1 ±°C
• Temperature accuracy in time at 37 °C: < 1 ±°C
• Recovery time after 30 sec. door open according DIN 12 880
  at 37 °C 3 min
  at 50 °C 7 min
• Relative humidity range: 10–98 %
• Heat emission at 37 °C: 123 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)

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: 876 approx. L
• Min. distance between trays: 70 mm
• Storage area (w x d): 920 x 485 mm
• Max. power: 3000 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: 13 min
• Working temperature from 0: 0 to 100 °C
• Working temperature from: -20 to 100 °C
• Temperature accuracy - in time: 0: 4 ± °C
• Temperature accuracy in time at 10 °C: < 1 ±°C
• Temperature accuracy in time at 37 °C: < 1 ±°C
• Recovery time after 30 sec. door open according DIN 12 880
  at 37 °C 6 min
  at 50 °C 6 min
• Relative humidity range: 10–98 %
• Heat emission at 37 °C: 148 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)

Description:

The MJ Research PTC-200 Gradient Thermal Cycler is a reliable peltier thermocycler with swappable alpha blocks. This gradient cycler is equipped with interchangeable sample blocks and heat pump assemblies, which allow users to easily change formats in between runs while maintaining NIST-traceable accuracy. This PTC-200 comes with a Dual 30 well block. The Hot Bonnet heated lid fitted onto the PTC-200 thermal cycler controls pressure and height, enabling oil-free cycling. The MJ Research PTC-200 also has a large built-in memory and software that allows control over virtually every thermal parameter. Intuitive software and easy-to-read interface enables quick and painless programming, editing, file management, password protection, and more.The PTC-200 also features Instant Incubate for continuous temperature incubations.

Specifications:

• Thermal Range: 5° to 105°C, but no more than 30°C below ambient temperature (4° to 100°C for the slide Chambers Alpha Unit)
• Thermal Accuracy: ±0.3°C of programmed target at 90°C- NIST-traceable
• Thermal Homogeneity: ±0.4°C well-to-well within 30 seconds of arrival at 90°C (for most Alpha units; see specifications for individual Alpha Units)
• Parallel: 1x 25-pin 8-bit parallel interface printer port
• Serial: 1x 9-pin RS-232 serial port for printer or remote use
• IEEE: 1x IEEE-488 bidirectional general purpose interface bus
• Display: 1x 20 x 4 LCD alphanumeric display
• Dimensions (W x L x H): 12 x 12 x 12 in
• Weight: 25 lbs.

Highly durable laboratory oven with a 111-liter chamber volume. High-quality and safe drying, heating and tempering of laboratory materials in laboratories and industry; perfect anticorrosive protection of all chamber parts (protective Epolon plastic) enabling wirk with acids and dases, acid and alkaline hydrolysis etc. Standard model with a Fuzzy-Logic microprocessor control system; control elements situated on a foil keyboard, process information indicated on a LED display. Wide range of optional equipment and accessories and output option for a printer or PC connection.

Specifications:

• Interior of stainless steel material: volume (111 l), depth (390 mm), width (540 mm), height (530 mm)
• External dimensions: depth (640 mm), diameter of the air branch outer/inner (52/49 mm), width (760 mm), height (860 (N) mm)
• Weight: 87 kg (gross)
• Heat emission at 100 °C: 490 W
• Air exchange speed at 100 °C: 12 per hour
• Working Temperature (from 5 °C above ambient temp): 125 °C

Features:

The Durocell line is built with a highly resistant coating of Epolon that is used to protect the inner stainless steel surfaces from any aggressive agents. Ideal for acid and basic hydrolysis, extraction through incombustible substances and decomposition of substances at a solid phase.

Specifications:

• Dimensions: 640 mm x diameter of the air branch outer/inner 52/49mm x 830 mm
• Tray storage area: 520 x 335 mm
• Racks: 7 max
• Maximum weight per tray: 20 kg
• Maximum weight inside the oven: 50 kg
• Working temperature (beginning of the regulation): from 5 °C above ambient temp. to:125 °C
• Temperature accuracy according to DIN 12 880 T2, at working temperature with closed air flap and door: time variation cca (±)0,8 °C, space deviation cca (±) % of the reached temperature 2 %
• Time required to reach 100 °C with closed air flap and voltage 230 V: 48 min
• Heat emission at 100 °C: 490 W
• Air exchange speed at 100 °C: 12 per hour
• Electricity – mains 50/60 Hz: max. power input 1,8 kW
• Nominal voltage: 230 V
• Current: 7,8 A
• Chamber volume: 111-liter
• Working temperature: from +5°C over ambient temperature up to 125°C
• Natural fine air flow in the chamber, noiseless operation
• High-quality and safe drying, heating and tempering of laboratory materials in laboratories and industry; perfect anticorrosive protection of all chamber parts (protective Epolon plastic) enabling work with acids and bases, acid and alkaline hydrolysis etc.
• High operation comfort, precise temperature regulation and short times of temperature recovery in the chamber after the door opening
• 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)