Shimadzu Total Organic Carbon Analyzer (TOC-VCPH)

Specifications (see manual for details):

Combining the ASI-V automatic sample injector with a TOC-V Series analyzer creates a fully automatic analysis system
Three sample vial capacities are available
Select the sample vial and sample rack to suit the analyzed sample.
24 mL vials x 93
40 mL vials x 68
125 mL vials x 24
All three vial types have a well-sealed septum that can be easily replaced with the screw cap
The sampling needle is optimized for sample extraction from highly sealed vials and for sparging
Changing analysis conditions or adding sample vials during analysis is simple
System operation and carrier gas flow can be automatically stopped on completion of measurements
Creating multiple calibration curves and selecting the optimal curve for samples with significantly differing concentrations allows these samples to be analyzed in a single run
Rinsing both external and internal surfaces of the sampling needle prevents carryover between samples

Shimadzu ASI-V Autosampler

Specifications (see manual for details, see also Shimadzu TOC-VCPH):

Combining the ASI-V automatic sample injector with a TOC-V Series analyzer creates a fully automatic analysis system
Three sample vial capacities are available
Select the sample vial and sample rack to suit the analyzed sample.
24 mL vials x 93
40 mL vials x 68
125 mL vials x 24
All three vial types have a well-sealed septum that can be easily replaced with the screw cap
The sampling needle is optimized for sample extraction from highly sealed vials and for sparging
Changing analysis conditions or adding sample vials during analysis is simple
System operation and carrier gas flow can be automatically stopped on completion of measurements
Creating multiple calibration curves and selecting the optimal curve for samples with significantly differing concentrations allows these samples to be analyzed in a single run
Rinsing both external and internal surfaces of the sampling needle prevents carryover between samples

Hamilton Microlab 500 Diluter/Dispenser System

Specifications (see manual for details):

Reagent/Diluent Syringe: 25 mL to 25 mL (TLL- or TLLX-type )
Reagent/Diluent Volume Range: 1 mL–25,000 mL
Sample Syringe: 25 mL to 1 mL (DX-type)
Sample Volume Range: 1 mL–1,000 mL
Accuracy and Precision: ³ 99% within 1% at 10% of syringe stroke
Resolution: .1% of syringe drive
Volume Increments: .1% of total syringe volume; adjustable
Speed: 1 to 250 seconds per full syringe stroke; adjustable
 

Foss FIAstar 5000 Analyzer

Specifications (see manual for details):

Used for the automatic wet chemical analysis of nutrients and other parameters in water, soil and wine, as well as in meat or other food products
Single or multiple parameters can be analysed sequentially using just one Analyser module and Plug & Analyse Method Cassettes. The modular system can be expanded for the simultaneous determination of up to three parameters.

Performance data:
Principle: Flow Injection Analysis (FIA)
Injector: 6 port variable volume rotary injector
Sample size: 20 - 400 µl
Pump: 2 x 4 channel peristaltic pump with variable speed and stand-by feature
Thermostat: Built in thermostat, 30oC - 90oC, ± 1o
Method Cassette: Reagent consumption 0.3 - 2 ml/ sample
Detector: Digital Dual Wavelength photometer with automatic background correction
Flow Cell: 10 mm path length; 18 µl volume
Wavelength range: 400 - 1 000 nm plug-in filters
Absorbance interval: 0 - 2,5 AU
Resolution: 0,001 mAU
Repeatability: Better than 1 % r.s.d.

Milli-Q Millipore Water Purification System (Gradient A-10)

Specifications (see manual for details):

Delivers the highest quality ultrapure water for all applications
The system produces ultrapure, Type 1 water from a pretreated water source
The combination of both resistivity and Total Organic Carbon (TOC) monitoring allows control over both ionic and organic contaminants that can impact research results. Calibrated meters are used to measure the quality of ultrapure water.

Milli-Q Millipore Water Purification System RiOs

Specifications (see manual for details):

The Reverse Osmosis water solution for essential lab needs
Constant production of Reverse Osmosis, RO (Type 3) water from potable tap water
Ideal for non-critical laboratory applications, such as:
Glassware rinsing
Hydroponics
Water baths
Feed water for humidifiers, autoclaves, glassware washers, washing machines
Feed water for ultrapure water systems

Jasco UV/VIS Spectrophotometer V-650

Specifications (see manual for details):

Optical system: Single monochromator
UV/VIS region: 1200 lines/mm plane grating
Czerny-Turner mount
Double Beam type
Light source: Deuterium lamp: 190 to 350 nm, Halogen lamp: 330 to 900 nm
Light source exchange wavelength: Any wavelength between 330 and 350 nm can be selected.

 

 

Jasco Vacuum sipper NQF-720 (with flow cell unit)

Specifications (see manual for details):

This sipper attaches to any V-600 spectrophotometer to speed the measurement of multiple samples. Insert the nozzle into a container filled with sample solution and press the nozzle lever. Process up to 450 samples per hour. 

Liquid contact parts: Teflon, Fluorine-coated rubber (Viton)
Path length: 10 mm
Flow cell:  Quartz 50uL volume
Sample size: 0.7 ml

 

 

Jasco Autosampler ASU-605

Specifications (see manual for details):

For use with any V-600 series spectrophotometer
X-Y-Z High capacity autosampler for tubes and microplates
Capacity Tubes: 100x 13mm or 15mm diam
                           150x 10mm or 12mm diam
Capacity microplates: 2x 96 microplates up to 1mL per position
Optional cooling: available

Beckman Coulter Avanti Centrifuge (J-20 XP)

Specifications (see manual for details):

Speed: 100 to 26,000 rpm
Time Setting range: to 180 minutes or continuous (hold)
Time display: Indicates time remaining (timed run) or time elapsed (hold run)
Temperature setting range: –10 to +40°C (in 1°C increments)
Temp. accuracy: rotor temperature controlled to within  2°C of set temperature (after equilibration)a
Cooling fluid: refrigerant 404A (HFC)
Acceleration: maximum or slow
Deceleration: maximum, slow, or off