Laboratory equipment

Suitable for volumes up to 10 liters (H2O) Temperature range up to 300°C Stirring speed: 0 – 1100 rp (more)m Plate diameter: 125 mm Dimensions (LxWxH): 240 x 150 x 120 mm

Suitable for volumes up to 10 liters (H2O) Temperature range up to 300°C Stirring speed: 0 – 1100 rp (more)m Plate diameter: 125 mm Dimensions (LxWxH): 240 x 150 x 120 mm

Stirring range: 350 to 2000 rpm Stirring capacity: 1L Maximum vessel diameter: 85 mm Power-on LED Cl (more)ear, chemically resistant nylon top surface Tough, stable plastic base Dimensions (DxWxH): 143 x 143 x 66 mm

Stirring speed: up to 1100 rpm Suitable for volumes up to 5 liters (H2O) Plate diameter: 125 mm Idea (more)lly suited for titrations Dimensions (WxHxD): 150 x 115 x 235 mm Weight: 1.5kg

Max stirring quantity (H2O): 0.25 l Maximun load: 0.5 kg Speed range: 500 – 1800 rpm Max stirring ba (more)r length: 30 mm Set-up plate material: synthetic (PP) Set-up plate dimensions: Ø 80 mm Dimensions (WxHxD): 140 x 42 x 140 mm Weight: 0.747 kg

Stirring speed range : 100 – 1000 rpm Top plate dimensions : 177 x 177 mm Dimensions (WxDxH): 195 x  (more)215 x 114 mm

When you require the ultimate in water purity, PURELAB Chorus 1 provides the perfect solution. Consi (more)stently delivering water purity of 18.2 MΩ.cm (Type I+/I) and underpinned by the advanced PureSure deionization system, the PURELAB Chorus 1 enables you to focus on attaining accurate results while ensuring an uninterrupted workflow. Advanced PureSure Deionization – Eliminates trace ions that leach into your water and provides advanced warning to change the purification packs. Fully Recirculating –  Ensuring microbial purity and guaranteeing pure water at the point-of-use. Real-time TOC Monitoring – Provides complete confidence in organic purity. Integrated Filtration – Ultrafiltration or microfiltration filters out endotoxins, proteins, nucleases, and particulates. Full Spectrum UV Treatment Dispense Flowrate Up to 2.0 l/min Inorganics (at 25°C): 18.2 MΩ.cm Total organic carbon (TOC): 1 – 3 ppb Bacteria: <0.001 CFU/ml Bacterial Endotoxin: <0.001 EU/ml pH: Effectively neutral Particles: < 0.05 µm RNase: <1 pg/ml DNase: <5 pg/ml Purification pack capacity: Liters to 18.2 MΩ.cm = 94,100/(µS/cm + (2.3 x ppm CO2)) Source – originally from potable supply, then pretreated: Preferably RO produced by PURELAB Chorus 3 or filtered service deionization (SDI) or distilled. Fouling index (max): 1 (5 – 10 micron membrane prefilter is recommended for all non-RO feeds Service deionization (SDI) – MΩ.cm: 1 MΩ.cm minimum resistivity at exhaustion Reverse Osmosis (RO) – µS/cm: Recommended <30 µS/cm Free Chlorine: 0.05 ppm max TOC: <50 ppb max (RO feed) Carbon dioxide: 30 ppm (max recommended) Silica: 2 ppm (max recommended) Particulates: Filtration down to 5 – 10 micron advisable to protect internal and/or point of use filters Temperature: 1 – 35°C (Recommend 10 – 15°C) Flowrate (maximum requirement): 130 l/hr (34 USG) Drain requirements: Up to 2 l/min (0.5 USG) Feedwater pressure: 0.7 bar (10 psi) maximum; 0.07 bar (1 psi) minimum Dimensions (HxWxD): 435 x 375 x 340 mm Weight: 19 kg Excluding new filters

Capacity: 96 x 0.2 mL Max temperature: 100°C

Optics: Green fluorescence; brightfield Objective Compatibilities: RMS-threaded, infinity corrected, (more) 45 mm parfocal distance Fluorescence Filters: Green: Ex 457-493, Em 508-552 nm Camera: High Sensitivity Monochrome CMOS Sensor; C-mount Image Formats: JPG, BMP, TIF, or PNG Image Size: 100×100 to 1700×1700 pixels Field of View: Up to 0.78 x 0.78 mm at 20x Video Rates: Up to 10 fps; with reduced frame size, up to 30 fps Dimensions (WxDxH): 240 x 140 x 165 mm Weight: 3.25 kg

‘Isopad‘ 12-fold heating mantle, type KEU/50ML-12

LM 1869 Perkin Elmer DAD detector 135

Metrohm autosamlper set 683 pump unit /684 control unit /674 sample changer.

The Sonics VC-375 is an ultrasonic generator which converts 50/60 Hz voltage to high frequency elect (more)rical energy. This alternating voltage is applied to disc-shaped ceramic piezoelectric crystals within the converter, causing them to expand and contract with each change of polarity. These high-frequency longitudinal mechanical vibrations are amplified by the probe (horn) and transmitted into the liquid as alternating high and low pressure waves. The pressure fluctuations cause the liquid molecule cohesive forces to break down, pulling apart the liquid and creating millions of micro-bubbles (cavities), which expand during the low pressure phases, and implode violently during the high pressure phases. As the bubbles collapse, millions of microscopic shock waves, micro jet streams, eddies and extremes in pressures and temperatures are generated at the implosion sites and propagated to the surrounding medium. Although this phenomenon, known as cavitation, lasts but a few microseconds, and the amount of energy released by each individual bubble is minimal, the cumulative amount of energy generated by the imploding cavities is extremely high and many times that generated in an ultrasonic bath. When used with environmentally safe aqueous cleaning solutions, the Vibra-Cell becomes a powerful cleaning tool, capable of removing the most tenacious contaminants from normally inaccessible locations. Unlike ultrasonic baths, which dissipate the vibrational energy over a large area, the Vibra-Cell probe focuses the energy to create a concentrated, high intensity cleaning zone. Probe horn not included.

The Packard Multiprobe II HT EX is a liquid robot handling flexible pipetting workstation for cherry (more) picking, dilutions, ADME/Tox, SPE, genomics and proteomics. 8-Tip Multiprobe II systems enable pipetting into tubes, vials and microplates. A variety of tips and dispensing options allow Multiprobe II systems to dispense volumes from 100 nL and up. Using VersaTip PLUS probe design, the Multiprobe II can switch between fixed and disposable tips in one assay. WinPREP software offers visual drag-and-drop simplicity for creating and optimizing protocols from simple assays to vacuum filtration protocols, MALDI spotting, device integrations and more.

Compact system utilizing pretreatment, RO, deionization, UVphoto oxidation and in-line microfiltrati (more)on technologies to produce CLRW (Clinical Laboratory Reagent Water) quality water to feed chemistry and immuno-diagnostic analyzers.

excl. new filters

Weight filling Exclusive glass bottle

Including 2 cartridges and vacuum workstation.

Consisting of: 2x Pump P-500 1x LC Controler LCC-500 Used in good condition

LM2417 1x Phosphate Phosphate analyzer Aquacon IOTRONIC D–31832 Springl Aquacon PO 4 -20 Used fo (more)r one project

The B/R Mini-ProCycler™ is an ultracompact system, able to recycle Xylene, Xylene substitutes, Alcoh (more)ol and Formalin. The unit features a small foot-print (14 x 24 x 42”) and processes 2.1 gal. Batches. Recycling Times Xylene: 3 hours 95%-100% Alcohol: 4 hours 90% Alcohol 5.5 hours Formalin: 8 hours Specifications: Capacity: Up to 2.1 gallon batches (8 liters) Dimensions: 14″ x 24″ x 42″ (W x L x H) (35.6 x 61 x 106.7 cm) Electrical: 115V, 50/60 Hz @ 8 amps 230V, 50/60 Hz @ 4 amps Cooling: Air-cooled condenser Ventilation: No ventilation required

Elix systems have been designed to deliver the highest pure water quality for your regular laborator (more)y applications and instrument feed. Elix is suited to every user’s needs in today’s demanding laboratory environment. Elix water quality is ideal for the preparation of reagents and buffers, for microbiology media, hydroponics or histology. It is also the best feed for all Milli-Q and Super-Q ultrapure water systems, as well as instruments such as glassware washers, autoclaves and hydrogen generators. Superior and consistent Type 2 water quality – “Superior”, as resin beads are not degraded by exposure to harsh regeneration chemicals. “Consistent”, as the continuous regeneration avoids the drawbacks of quality variations from resin exhaustion. Cost & labor savings – Elix module contains special carbon beads at its cathode therefore, does not require water softening. Its self-regeneration technology avoids the hassle and costs around DI cartridge replacement. Elix is “green” consuming low energy with a small carbon footprint. Long lasting technology – thanks to its proven design, the module continuously regenerates its resin beads without the need for any maintenance. Elix pure water is irradiated by a bactericidal UV lamp before entering the storage tank. The reservoir design maintains consistent purity of stored water. The vent filter provides effective protection against airborne contaminants and the ASM, Automatic Sanitization Module, prevents biofilm formation. Elix water can then be sent by a distribution pump to feed instruments or a distribution loop. They can be integrated into a centralized system, providing total control of all parameters within the system itself as well as within the external pure water distribution loop. Water Specifications: Resistivity at 25 °C: > 5 MΩ•cm TOC: < 30 ppb Bacteria: < 10 CFU/mL Silicate removal: > 99.9 % Production flow Rate: 20 L/h Feed water: Water quality: Potable tap water Feed water conductivity at 25 °C: < 2000 µS/cm Feed water pressure: 2 – 6 bar Feed water temperature: 5 – 35°C Feed water chlorine: Application Specialist will determine pretreatment required Feed water fouling index: Application Specialist will determine pretreatment required Feed water pH: 4 – 10 pH units Feed water connection: ½ in Gaz M System Specifications: Dimensions (H x W x D): 734 x 662 x 441 mm Operating weight: 45 – 62 kg Data port connection: RS232 Including 200 L storage tank Excluding new filters

Average crossflow speed (in work mode): 0.45 m/s Average crossflow speed (in standby mode): 0.20 m/s (more) Airflow (work mode): 2150 m³/h ±10% Sound level: < 54 dBA Pre-filter (EN 779): G3 Horizontal HEPA filter: HEPA 18P7 Dimensions (WxDxH): 1900 x 890 x 1350 mm Interior dimensions (WxDxH): 1805 x 580 x 730 mm Height with support frame: 2082 mm Front aperture (WxH): 1800 x 730 mm Weight: 325 kg