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Range: 1500g Readability: 0.5g Dimensions (H x W x D): 120 x 310 x 325 mm Weighing platform (W x D): (more) 300 x 220 mm

The LC-NMR-MS Interface is designed to sit between an HPLC system, an NMR spectroscopy probehead and (more) an MS unit. It would normally be mounted on top of the MS table immediately in front of the MS input connector. The BNMI-HP consists of 3 medium pressure (> 60Bar) syringe pumps, a 1:20 splitter, an 8-Port valve, 3 mixing chambers (T-Pieces) and associated control and interface electronics. The flow of the HPLC separations to the MS unit can be modified by pumping additional solvent from the syringe pumps. This improves the MS peak detection and shortens the time needed for the split separation to reach the MS. Separations can also be stored as a result of an MS peak detection as well as through UV absorption peak detection. The splitter splits the fluid flow from the HPLC in a 1:20 ratio. i.e. ca. 5% of the fluid is directed to the MS and the remainder to either the NMR probehead for immediate analysis or to the BPSU36 storage cassette for storage and later analysis.  The fluid directed to the MS is mixed in the mixing chamber (T-Piece) with the solvent pumped from the syringe pumps. The two left hand syringe pumps pump alternatively to guarantee a constant ’makeup’ flow. The 3rd pump at the right hand side is used to pump a calibration fluid into the flow path to allow the MS to be calibrated (or simply synchronized) at the start and end of each measurement cycle. The 8-Port valve is used to direct the fluid flow. Control of the BNMI Unit is performed using the HyStar program via an ethernet interface. Commands received from HyStar are interpreted in the BNMI Control Board. The control board then sets up the BNMI unit accordingly e.g.: Starts the pumps, changes the flow rate, turns the 8-Port valve. The splitter has a fixed mechanical function and cannot be controlled or adjusted. It simply accepts a fluid flow and splits it into 2 paths in a 1:20 ratio. However, other split ratios are available (for example 1:100 may be preferred if you have very high sample concentrations).

10ml dosing set for Metrohm titrator. Available in clear and tinted glass.

Olympus Binocular head 2 Connections (1 on each side) for a multiple viewing station   Special Feat (more)ures: Halogen Illuminator for Transmitted Light. 4-Place objectivepiece. Objective Lenses: 1x Plan Achromatic objective PL 4X/0,10 1x Plan objective PL 10X/0,25 1x Plan objective PL 40X/0,65/S Olympus Transmitted Light Condenser 0.9 General Features: Frame model: Olympus BHSU Stage model: Olympus mechinal XY stage Transmitted Light Filter: 1 slot Multi viewing system Equipped with 2 binocular Olympus heads Eyepieces not included Viewing the resolution is much higher than video System provides image orientation that is identical to the instructor

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Krüss G1023 Control Unit

Transmitted light condensor: Carl Zeiss 0.9

25 to 240 Volt

Flow control unit is not included

FibraStage is an inexpensive, labor-saving and disposable cell culture system capable of producing p (more)roteins, viruses or cell mass from anchorage-dependent and suspension cultures. The system uses 500 mL disposable bottles pre-filled with FibraCel disks, a unique solid-support matrix for cell growth. FibraCel provides a low-shear environment and extremely high surface area (100 cm²) for cell growth, equivalent to dozens or even hundreds of T-flasks and roller bottles. Each FibraStage system holds up to four bottles, capable of yielding 2 x 10¹⁰ cells. Oxygenation and media mixing are simply and effectively accomplished by placing the bottles in the FibraStage device, which collapses bellows at the base of each bottle forcing media up through the disk bed. Cells remain entrapped in the disk bed during the entire run, simplifying media replacement and product recovery. The system eliminates autoclaving, cleaning, lengthy learning curves, costly start-up, and cross-contamination issues between batches, and requires only a standard CO₂ incubator.

Fermentation controller for setting and controlling fermentation additives.

Hamilton Microlab Starlet Interface Box

Ideal for most protocols calling for fast spins and quick spindowns Compact footprint and brush-less (more) motor for quiet operation and low vibration Select and set the digital speed display in RCF or rpm Sample imbalance and tilt safety cut out Safety interlock lid prevents opening while rotor is turning Back lit display showing time, speed and operational information on the same screen Quick-spin button for short spin requirements, press and hold to operate UV-Resistant plastic, increased useful life under harsh light conditions Double insulated, low voltage power supply Push button lid release Manual override allows user to open lid in case of power failure Capacity: 12 x 1.5/2.0 mL, 32 x 0.2 mL Dimensions (HxWxD): 114 x 171 x 203 mm Max. Speed: 12500 rpm Display: Color Graphic Display

This functional thermometer is ideal for simultaneously measuring indoor and outdoor temperatures. P (more)laced near the window, the sensor cable for measuring the outside temperature is simply led outside. The max. min. memory with manual reset allows you to observe the peak values over a self-selected period of time. The application possibilities of the measuring device with sensor cable are diverse and not only limited to the outside temperature. Thanks to the large measuring range, the waterproof sensor can also be used to check the temperature of refrigerators and freezers or to measure the water temperature in the aquarium. Measuring range temperature cable sensor: -50°C to 70°C Temperature measurement range outside: -50°C to 70°C Temperature indoor measuring range: -10°C to 50°C Cable length: approx. 290 cm Dimensions (LxWxH): 70 x 20 x 110 mm Weight: 90g

Particle size measurement instruments typically employ deionized or even untreated water as a suspen (more)sion medium for particle dispersion during analysis. Usually, this water contains undesirable levels of dissolved gases, most often those commonly present in the atmosphere. During analysis, these gases can come out of solution, forming minute bubbles that can have important effects on the analytical results. Regardless of the relative size of the bubbles, their presence distorts the reported distribution of sizes; it also degrades the repeatability of analyses. The more powerful the analyzer, the more pronounced these effects can be. When using a highly sensitive instrument such as the Micromeritics Saturn DigiSizer, removal of the dissolved gases (that subsequently lead to bubble formation) is therefore extremely desirable for obtaining the most accurate particle size data possible. The Micromeritics AquaPrep is a highly-effective system for freeing water of dissolved gases for use with the Saturn DigiSizer. The AquaPrep recirculates water through a hydrophobic capsule consisting of many thin-walled capillaries. A vacuum pump provides low pressure on the outside of the capillaries, causing a diffusion of dissolved air from the water through the capillary walls and into the vacuum pump. The air removed from the water is subsequently exhausted through a small tube at the front of the instrument, which is connected to a bubbler-type apparatus for performance monitoring. During typical operation, the AquaPrep can prepare approximately 5 liters of water for analysis in less than 2 hours. Because air bubbles scatter light as do particles, the AquaPrep enhances even further the high-accuracy analysis of small particles. Its compact, rugged, and reliable design make it ideal for use in a wide variety of aqueous particlesizing applications.

Without probe As-is