General laboratory equipment

Internal dimensions (H x W x D): 540 x 860 x x430 mm Including 1 shelve

Dimensions (HxWxD): 620 x 900 x 500 mm Internal dimensions (HxWxD): 580 x 860 x 475 mm

Dimensions (HxWxD): 620 x 575 x 520 mm Internal dimensions (HxWxD): 590 x 535 x 475 mm

Dimensions (HxWxD): 310/105 x 1630 x 805 mm Worktop (WxD): 1630 x 785 mm Sink (HxWxD): 200 x 400 x 5 (more)50 mm

Dimensions (HxWxD): 310 x 2860 x 775 mm Worktop (WxD): 2840 x 750/380 mm Sink (HxWxD): 200 x 400 x 5 (more)50 mm

Dimensions (folded up) HxWxD: 8x20x35.5cm. 40mm dia. lens (magnification 8X) removable and with adju (more)stable focus. Accommodates by 3 capillary tubes. Temperature range ambient is up to 400 ºC. Temperature resolution ± 0.1°.

Capacity: 150 kg Minimum weighing range: 0 – 60 kg: 400 g 60 – 150 kg: 1 kg Readability: 0 – 60 kg:  (more)20 g 60 – 150 kg: 50 g Dimensions scale (WxDxH): 520 x 400 x 100 mm Dimensions console (WxØ): 305 x 75 mm

The device has 4 digestion places (suitable for 4 digestion glasses size (48 x 260 mm) – arranged in (more) a row – and is equipped with special infinitely adjustable (scale 1 – 10 or power controller 0 – 100%) infrared heating dome with high heating output, which ensures a quick and complete ashing of the product material.

Capacity: 60 kg Accuracy: 2 g Weighing platform (WxDxH): 400 x 300 x 90 mm

The cryostat 500 OM is a highly efficient microtome for a cutting temperature range down to -40°C. D (more)esigned as an upright standing unit with an opn-top working area, the instrument allows convenient and ergonomic handling in standing and sitting position. Cooling of chamber (at 20°C ambient temp): 20°C down to -40°C NB: Cooling of specimen: Disabled Section thickness range: 0.5 – 90 µm Resolution: 0.5 – 2 µm: 0.5 µm 2 – 10 µm: 1 µm 10 – 20 µm: 2 µm 20 – 50 µm: 5 µm 50 – 90 µm: 10 µm Trimming thickness range: 5 – 300 µm Resolution: 5 – 10 µm: 5 µm 10 – 100 µm: 10 µm 100 – 300 µm: 100 µm Specimen retraction during return travel: 40 µm Horizontal feed range: 28 mm Vertical specimen stroke: 64 mm Coarse feed: 800 µm/s Dimensions (WxHxD): 840 x 1120 x 780 mm Weight: 180 kg

Max speed: 28000 rpm Max RCF: 51710 xg Acceleration: 9 stepped, reproducible profiles Braking: 9 ste (more)pped, reproducible profiles and unbraked deceleration Temperature control: 0°C to 40°C Dimensions (HxWxD): 358 x 540 x 600 mm Weight: 100 kg Equipped with: Heraeus 3740 fixed angle rotor Max speed 28000 rpm Capacity 12x 1.5 mL

The Thermo Scientific Pierce G2 Fast Blotter is designed specifically for rapid semi-dry transfer of (more) 10-300kDa proteins from polyacrylamide gels to nitrocellulose or PVDF membranes in 5 to 10 minutes. The Pierce G2 Fast Blotter features an integrated power supply optimized to deliver consistent, high-efficiency protein transfer with commonly used pre-cast and homemade gels (SDS-PAGE) and nitrocellulose or PVDF membranes. The large cassette provides for simultaneous transfer of up to four mini-sized gels or two midi-sized gels. The blotter has an easy-to-use color LCD touchscreen interface and pre-programmed transfer methods for different numbers and sizes of gels and molecular weight ranges of proteins. The easy-touch programming feature allows custom transfer settings to be quickly created, saved and run. The Pierce G2 Fast Blotter achieves highly efficient transfer in less than 10 minutes when used with Pierce 1-Step Transfer Buffer. The instrument is also effective for standard 30- to 60-minute semi-dry transfer protocols based on traditional buffers. Highlights: Fast – transfer proteins in 5 to 10 minutes when used with 1-Step Transfer Buffer Efficient – achieve high transfer efficiency with a broad range of protein sizes (10-300kDa) compared to conventional semi-dry or wet (tank) transfer methods Integrated power supply – seamless operation between control unit and cassette provides consistent high efficiency protein transfer Easy-touch programming – access pre-programmed transfer methods or create, save and run customized transfer methods Convenient – simultaneously transfer 1 to 4 mini gels or 1 to 2 medium-sized gels Versatile – use with Pierce 1-Step Transfer Buffer for rapid blotting programs or Towbin transfer buffer for conventional semi-dry transfer methods Applications: Semi-dry Western blot transfer of 10-300kDa proteins from polyacrylamide gels to nitrocellulose or PVDF membranes Including: 2x Pierce Power Stain Cassette 1x Pierce G2 Fast Blotter Cassette

Square Wave Pulse Ranges Voltage Range: LV Mode 5 to 500/1 V res, HV Mode 505 to 3000/5 V res Voltag (more)e Accuracy: LV Mode 5%, HV Mode 5% Pulse Length Range: LV Mode 10 µs to 999 µs/ 1 µs res, 1 ms to 999 ms/1 ms res, HV Mode 10 µs to 600 µs/1 µs Multiple Pulsing: LV Mode 1 to 120 (10 per sample), HV Mode 1 to 36 (3 per sample), Pulse Interval 0.1 s to 10 sec Capacitance in µF: LV Mode 3775 µF, HV Mode 85 µF, Voltage Droop 20% Load < 1 K Ω, 10% Load > 1 K Ω Exponential Decay Pulse Ranges Voltage Range: LV Mode 5 to 500/1 V res, HV Mode 505 to 3000/5 V res Voltage Accuracy: LV Mode 5%, HV Mode 5% Time Constant Range: LV Mode 1 ms to 5.158 S, HV Mode 0.5 ms to 133.875 ms Multiple Pulsing: Multiple Pulsing 1 to 12 (Rint <100 ohm), 1 to 24 (Rint >100 ohm), Pulse Interval 5 to 30 sec Capacitance in µF: LV Mode 25 to 3275 µF/25 µF res, HV Mode 10, 25, 35, 50, 60, 75, 85 µF Internal Resistance (in parallel with load): LV 25 to 1575 Ω / 25 Ω res, HV 50 to1575 Ω / 25 Ω res Sample Resistance (Load) Exponential Decay or Square: LV Mode PL ≤ 100ms, load ≥ 8-9 Ω, PL >100ms, load ≥100 Ω, HV Mode Load ≥ 40 Ω Charging Time: LV < 7 sec, HV < 4 sec Monitoring: Pulse Voltage, Width, Droop % and Sample Resistance Programmability: Storage over 1000 Protocols Arc Control: Yes Interlock Switches: Yes Pre-Pulse Sample Resistance Check: Yes Pulse Over Current Protection: Yes PC Control: Yes PC Communications: Yes Log Report: Yes Remote Operation: Yes Foot Switch Control: Yes Dimensions (HxWxD): 324 x 286 x 216 mm Weight: 7.3 kg

The Qubit fluorometer uses the very latest in illumination and detection technology for the highest  (more)sensitivity, you can use as little as 1 µL of sample and still get great results, even with very dilute samples. Dynamic range: 5 orders of magnitude Light sources: Blue LED (max ~460 nm), Red LED (max ~635 nm) Excitation filters: Blue 400 – 490 nm, Red 570 – 645 nm Emission filters: Green 510 – 580 nm, Red 655 – 725 nm Photodiode detectors: 300 – 1000 nm Calibration: 2 or 3 point standard Tube type: 500 µL clear tubes Warm up time: 2 sec Dimensions: 114 x 166 x 46 mm Weight: 219 g

Syncore is easy to use, allowing you to perform parallel evaporation with minimal supervision, freei (more)ng your time for other tasks. Process automation ensures the highest analytical precision and safety standards of our synchronized sample solutions. Rotation speed range: 60 – 400 rpm Temperature range: 20 – 100°C Temperature accuracy at 100°C: ±1°C Block capacity: 24 x 60 ml Dimensions (WxDxH): 500 x 520 x 325 mm Weight: 30 kg

The Luminex 100 System is a flexible analyzer based on the principles of flow cytometry that enables (more) you to multiplex (simultaneously measure) up to 100 analytes in a single microplate well, using very small samples. The system delivers fast and cost-effective bioassay results on many assay formats including nucleic acid assays, receptor-ligand assays, immunoassays, and enzymatic assays. The Luminex 100 System is the combination of three core xMAP Technologies. The first is xMAP microspheres, a family of fluorescently dyed micron-sized polystyrene microspheres that act as both the identifier and the solid surface to build the assay. The second is a flow cytometry-based instrument, the Luminex 100 analyzer, which integrates key xMAP detection components, such as lasers, optics, fluidics, and high-speed digital signal processors. The third component is the xPONENT Software, which is designed for protocol-based data acquisition with robust data regression analysis. Multiplexing: Up to 100 analytes per sample (80 on MagPlex microspheres) Dynamic Range (Typical): ≥3.5 logs Read Time: 96-well plate in ≤45 min (up to 12,800 tests/hour) Daily Start-Up/Shut-Down: ≤30 min

The 874 Oven Sample Processor is used for automatic thermal sample preparation in Karl Fischer titra (more)tion. The oven method is particularly suitable for samples that do not release their water until higher temperatures have been reached, for sparingly soluble samples, or those that react with the KF reagent.

Old Interscience FID Trace GC without software

Old Interscience FID Trace GC without software

Old Interscience FID Trace GC without software

Three independently controlled stirring positions Powerful magnets for strong magnetic coupling Stai (more)nless steel top plate A space saving and economical unit with three independent stirring positions in a footprint only 600 x 270 mm. Easily accommodates 3 x 2 litre beakers. The stainless steel top plate is robust and, unlike aluminium, does not produce eddy currents and so ensures a very powerful coupling and stirring action. Powerful magnets and motor give stirring speed up to 1500rpm and volumes up to 15 litres Plate material: Stainless steel Plate dimensions: 550 x 210 mm Speed range: 100 to 1500 rpm Dimensions (WxDxH): 600 x 270 x 110 mm Weight: 7 kg

System consists of:  Spark Conditioned Stacker Model 931 Spark Autosampler Model 930 Spark LC-Pump M (more)odel 750 (x2) Spark High Pressure Dispensor Model 730 (x2) Spark ACE Model 725 Spark Mistral Model 885

Digital temperture control and selectable display of set and actual temperature PT100 sensor Timer 1 (more) to 99 min with audible alarm Overheating protection (even when bath is empty) Capacity: 16L Outer dimensions(w x d x h): 331mm x 396mm x 265mm Bath dimensions(w x d x h): 290mm × 300mm × 190mm Weight: 10kg Including rack with 36 spaces

Capacity: 243 L Dimensions: H 168 x W 60cm Content: 243 liters Colour White Voltage: 220