Used Lab Equipment

Features:
This is a used Chiu technical fo-150 lumina fiber optic illuminator light source


Specifications:

• Fuse: 5x20mm 3.15 AmpF

• Output: 150 Watts

• Input: 115v 60Hz 3 Amp

Description: The Thermo Scientific EASYpure II RF is a batch-fed water purification system designed to provide Type I reagent-grade water with extremely low organic carbon content. It uses a three-stage deionization process combined with a 0.2 micron final filter to polish pretreated water (distilled, deionized, or reverse osmosis) to produce water with a resistivity of up to 18.2 megohms-cm and with a total organic carbon content of less than 10 ppb. Water resistivity is continuously sensed by a resistivity cell and displayed on a digital display. The EASYpure II RF is designed to be a bench mounted unit. If wall mounting is required, contact Technical Services for information on a wall bracket and mounting accessory.

Specifications:

• Dimension Requirements: 12" W X 19" D X 18 1/8" H (30.5 cm X 48.3 cm X 46.0 cm)

• Clearance Requirements: Sides - 4" (10.1 cm) minimum to allow air flow, Above - 12" (30.5 cm) minimum for reservoir replenishment

• Storage Reservoir Capacity: Approximately 6.5 liters usable, 7.0 liters total

• Electrical Requirements:  100-240 VAC +5% -10%, 47-63 Hz.

• Resistivity: 18.2MW·cm at 25°C

• Conductivity: 0.055 µS/cm

• Feedwater Source: Pretreated

• Flow Rate: Up to 1L/min.

• Bacterial Content: <1CFU/mL

• Particles >0.2µM/mL: <1 μM/mL

• TOC Monitor with UV Intensity Monitoring: No

• Feed Water Monitoring: No

• Feedwater Pressure: 100psig (6.9 bar)

• Voltage: 100 to 240VAC

• Hertz: 50/60Hz

• Inlet Water Temperature (Metric): 4° to 40°C
• Electrical Requirements: 100 to 240VAC 50/60Hz

Features:

The high technical standard of our FRIOCELL incubators allows tempering of samples, precise both in time and space. The unique cooling system offers an exact and cost saving simulation of the selected natural processes and reduces the samples evaporation. The incubators can be used in biotechnology, botany, zoology, food industry, cosmetics, chemical industry, etc. where it allows an extremely low duration of the temperature recovery.

Specifications:

• Volume of the steam space: 163 cca l
• Min. distance between trays:
• Storage area (w x d): 520 x 335 mm
• Max. power: 700 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
• Temperature accuracy in time: 0,2 ± °C
• Temperature accuracy in space at 10 °C: 0,5 ± °C
• Recovery time after 30 s door open:
  at 37 °C: 5 min
  at 50 °C: 6 min
• Heat emission at 37 °C: 70 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 high technical standard of our FRIOCELL incubators allows tempering of samples, precise both in time and space. The unique cooling system offers an exact and cost saving simulation of the selected natural processes and reduces the samples evaporation. The incubators can be used in biotechnology, botany, zoology, food industry, cosmetics, chemical industry, etc. where it allows an extremely low duration of the temperature recovery.

Specifications:

• Volume of the steam space: 1753 cca l
• Min. distance between trays: 70 mm
• Storage area (w x d): 520 x 485 mm
• Max. power: 2500 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
• Temperature accuracy - in time 0: 2 ± °C
• Temperature accuracy - in space at 10 °C 0: 6 ± °C
• Recovery time after 30 s door open:
  at 37 °C: 10 min
  at 50 °C: 10 min
• Heat emission at 37 °C: 200 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 high technical standard of our FRIOCELL incubators allows tempering of samples, precise both in time and space. The unique cooling system offers an exact and cost saving simulation of the selected natural processes and reduces the samples evaporation. The incubators can be used in biotechnology, botany, zoology, food industry, cosmetics, chemical industry, etc. where it allows an extremely low duration of the temperature recovery.

Specifications:

• Volume of the steam space: 299 cca l
• Min. distance between trays: 70 mm
• Storage area (w x d): 520 x 485 mm
• Max. power: 850 W
• Protective system: IP 20
• Mains: 50/60Hz 230 V
• Cooling/down time from 22 °C to 10 °C: < 17 min
• Heating/up time to 37 °C from the ambient temperature: 11 min
• Working temperature from 0: 0 to 100 °C
• Temperature accuracy - in time: 0,2 ± °C
• Temperature accuracy - in space at 10 °C: 0,5 ± °C
• Recovery time after 30 s door open:
  at 37 °C: 2 min
  at 50 °C: 3 min
• 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)

Features:

The high technical standard of our FRIOCELL incubators allows tempering of samples, precise both in time and space. The unique cooling system offers an exact and cost saving simulation of the selected natural processes and reduces the samples evaporation. The incubators can be used in biotechnology, botany, zoology, food industry, cosmetics, chemical industry, etc. where it allows an extremely low duration of the temperature recovery.

Specifications:

• Volume of the steam space: 524 cca l
• Min. distance between trays: 70 mm
• Storage area (w x d): 520 x 485 mm
• Max. power: 1700 W
• Protective system: IP 20
• Mains: 50/60Hz 230 V
• Cooling/down time from 22 °C to 10 °C: < 19 min
• Heating/up time to 37 °C from the ambient temperature: 22 min
• Working temperature from 0: 0 to 100 °C
• Temperature accuracy - in time 0: 3 ± °C
• Temperature accuracy - in space at 10 °C: 1 ± °C
• Recovery time after 30 s door open:
  at 37 °C: 10 min
  at 50 °C: 13 min
• 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 high technical standard of our FRIOCELL incubators allows tempering of samples, precise both in time and space. The unique cooling system offers an exact and cost saving simulation of the selected natural processes and reduces the samples evaporation. The incubators can be used in biotechnology, botany, zoology, food industry, cosmetics, chemical industry, etc. where it allows an extremely low duration of the temperature recovery.

Specifications:

• Volume of the steam space: 89 cca
• Min. distance between trays: 70 mm
• Storage area (w x d): 380 x 335 mm
• Max. power: 700 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
• Temperature accuracy: in time 0,2 ± °C
• Temperature accuracy: in space at 10 °C 0,5 ± °C
• Recovery time after 30 s door open:
            at 37 °C: 5 min
            at 50 °C: 6 min
• Heat emission at 37 °C: 55 W
• Chamber volume: 55-liter
• Working temperature of from: 0°C up to 100°C
• 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 high technical standard of our FRIOCELL incubators allows tempering of samples, precise both in time and space. The unique cooling system offers an exact and cost saving simulation of the selected natural processes and reduces the samples evaporation. The incubators can be used in biotechnology, botany, zoology, food industry, cosmetics, chemical industry, etc. where it allows an extremely low duration of the temperature recovery.

Specifications:

• Volume of the steam space: 876 cca l
• Min. distance between trays:70 mm
• Storage area (w x d): 920 x 485 mm
• Max. power: 2000 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
• Temperature accuracy - in time 0: 4 ± °C
• Temperature accuracy - in space at 10 °C: 1 ± °C
• Recovery time after 30 s door open:
  at 37 °C: 6 min
  at 50 °C: 6 min
• 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)

Multiskan Spectrum makes getting results easier, replacing separate spectrophotometers and microplate reading instruments by providing both functions in one convenient, compact instrument.  The Multiskan Spectrum is truly two instruments in one, combining both cuvette reading capabilities and advanced microplate reading in one convenient, compact instrument.  You can easily take quick absorbance measurements in a cuvette between the cycles of a microplate enzyme kinetics experiment. 

For maximum flexibility, Multiskan Spectrum accepts all microplate for mats from 6- to 384-wells, as well as cuvettes from standard to ultra micro capacities in glass, plastic, or quartz. You can take multiple photometric readings per well on large format plates, or single measure ments requiring just 30 μl in 384-well plates.

Scanning range of 200 – 1000 nm.  The built-in monochromator makes it simple to select any wavelength from 200 nm to 1000 nm in 1 nm steps without ever changing a filter. Sample absorbances can be scanned over the whole spectrum either in microplates or cuvettes.

Typical applications of the Multiskan Spectrum

• UV/Visible spectrophotometry
• Spectrum scan
• Nucleic acid analysis
• RNA concentration (A260)
• ssDNA concentration (A260)
• dsDNA concentration (A260)
• DNA purity (A260/A280)
• Enzyme kinetics
• E.g.,Vmax and Km
• Protein analysis
• Biuret protein determination
• Bradford protein determination
• BCA protein determination

Technical Specifications

Performance

• Wavelength range 200 – 1000 nm
• Read-out range 0 – 4 Abs
• Linearity 0 – 3 Abs, ±/- 2% at 450 nm
• Accuracy ± 1% or ± 0.005 Abs (0 – 2 Abs)
• ± 2.0% (2 – 3 Abs)
• Precision CV < 1% (0 – 2 Abs)
• CV < 2% (2 – 3 Abs)
• Optical bandpass 2 nm
• Wavelength accuracy ± 1 nm
• Stray light < 0.02% at 230 nm

General Specifications

• Microplate types 6-, 12-, 24-, 48-, 96- and 384-well plates
• Wavelength selection Tunable monochromator, 200 – 1000 nm in increments of 1 nm
• Light source 10 W Xenon flash lamp
• Detectors Photodiodes
• Incubator temperature range Ambient (+25°C) +4°C to 45°C
• Mains input 100 – 240 V (50/60 Hz) autoranging
• Power consumption 200 VA
• Dimensions 397 mm (W) x 217 mm (H) x 450 mm (D)
• [15.6” (W) x 8.5” (H) x 17.7” (D)]
• Weight 12.5 kg (27.5 lbs.)

Technical Specifications:

• Curtain Gas (Nitrogen): 12 L/min @ 80 psi
• Source Gas (Dry Air): 26 L/min @ 110 psi
• Exhaust Gas (Dry Air): 8 L/min @ 60 psi
• Max Gas Outlet Pressure: 110 psi
• Min Air Inlet Flow Rate: 90 L/min
• Min - Max Air Inlet Pressure: 120 - 145 psi / 8.3 - 10 bar
• Max Pressure Drop: 8 psi
• Min/ Max Operating Temperature: 5ºC - 30ºC / 41ºF - 86ºF
• Max Relative Humidity: 70%
• Particles: < 0.1μm
• Phthalates: None
• Dimensions (cm/ ins) WxDxH: 27 x 20 x 76 / 10.6 x 8 x 30
• Weight (kg/ lbs): 25 / 55

Includes:  Test Tube Holder 1 80-7100-11

Ultrospec 7000 is a multiple application, dual-beam, UV Visible spectrophotometer developed to meet the day-to- day needs of the busy laboratory. Engineered for robust, lower cost operation with minimal maintenance requirements, yet providing simple, touchscreen operation, multiple-user profiles

and a choice of data export methods. A range of software upgrade and accessory options are available to meet your needs in the future

Technical specification:

• Optical system: Double-beam monochromator
• Detector: Dual-silicon photodiodes
• Light source: Pulsed Xenon lamp
• Wavelength calibration: Automatic upon switch on
• Wavelength range: 190 – 1100 nm
• Absorbance range: - 4.0 to 4.0 A
• Spectral bandwidth: 2 nm
• Stray light: < 0.05%T at 220 nm using NaI and 340 nm using NaNO2
• Wavelength accuracy: ± 0.5 nm across wavelength range
• Wavelength reproducibility: ± 0.1 nm
• Photometric reproducibility: ± 0.002 A at 1 A
• Photometric accuracy:
  • ± 0.002 A at 0.5 A, ± 0.004 A at 1 A,
  • ± 0.006 A at 2 A
• Zero stability: ± 0.001 A/hr at 500 nm
• Noise: < 0.0002 A RMS at 500 nm
• Outputs: USB cable, USB memory stick,
• Power supply: 90-250 V, 50/60 Hz, Max 30 VA
• Dimensions (w×d×h): 533 mm × 457 mm × 330 mm
• Weight: < 18 kg