Asecos S90 Fire Safety Cabinet

Dimensions (HxWxD): 1380 x 1280 x 790 mm Internal dimensions (HxWxD): 655 x 1190 x 600 mm Height bas (more)e: 800 mm Air volume recirculation: 887 m3/h Air volume exhaust (at 0,45 m/s): 363 m3/h Air volume total: 1250 m3/h Standard lighting: 2 x 36 W Light level up to 2500 Weight including base: 240 kg Including new filters

The biohazard cabinet of Clean Air type EF/A4 is designed for microbiological research with biologic (more)al agents, such as bacteria, viruses and allergens. Thus, this biohazard cabinet is suitable, inter alia, for culturing cells and for transfecting cells under sterile conditions. The Clean Air EF/A4 generates a sterile air flow in the cabinet, keeping the material of the cabinet free from contamination and contamination (product protection). In addition, the downflow provides reasonable protection against cross-contamination of experiments. Furthermore, the intake of air from the laboratory room ensures that an inwardly directed protective air curtain is formed at the front of the cabinet, which serves as a personal protection. Downflow HEPA filter (EN 1822): 12P6 + Exhaust HEPA filter (EN 1822): 4P4 Dimensions prefilter: 445 x 1150 mm Interior dimensions (WxDxH): 1200 x 575 x 750 mm Dimensions (WxDxH): 1330 x 835 x 1550 mm Frame height: 750 mm

Type CA/REVS6 Prefilter 40 168cm DIN 12950 T Downflow filter: 18P6+ Exhaust filter: 7P6+ Counter: 78 (more)943.72h 129 x 83 x 222cm Outside Dim: 1480 x 1900 x 860 mm Internal Dim: 690 x 1800 x 600 mm Frame height: 755 mm The sterile air flow in the cabinet keeps the material free from contamination and pollution (product protection); the downflow also provides reasonable protection against cross-contamination during the experiment. Due to the intake of air from the laboratory room, a protective air curtain is created at the front of the cabinet (personal protection).

Average inflow airflow: 0.45 m/s Average downflow airflow: 0.30 m/s Inflow airflow volume: 524 m³/h  (more)Downflow (70%) airflow volume: 1258 m³/h Exhaust (30%) airflow volume: 524 m³/h Internal dimensions (WxDxH): 1870 x 623 x 670 mm Useable work area: 0.9 m² Dimensions (WxDxH): 2030 x 815 x 1540 mm Base stand height (min/max): 711/864 mm Sound emission: < 61 dBA Fluorescent lamp intensity: > 1150 Lux Weight: 350 kg

Average inflow airflow: 0.45 m/s Average downflow airflow: 0.36 m/s Overall airflow volume: 1430 m³/ (more)h Downflow (70%) airflow volume: 930 m³/h Exhaust (30%) airflow volume: 500 m³/h Internal dimensions (WxDxH): 1200 x 630 x 780 mm Dimensions (WxDxH): 1300 x 860 x 1580 mm Base stand height: 680 mm Equipped with UV light Weight: 200 kg

External dimensions (WxDxH): 601 x 594 x 631 mm Internal dimensions (WxDxH): 480 x 424 x 380 mm Max  (more)single load: 10 L Max symmetrical distributed load: 30 kg Weight: 110 kg Equipped with waste liquid connector

Polyscience P40N7A101B IP-35 Immersion Probe Cooler, 3 Rigid Coil Probe, -35 to +40C, 120V, 60Hz3D V (more)isualization of the Polyscience Immersion Probe CoolerThe rendered image can be freely rotated in a full 360-degree view, allowing you to zoom in, pause, and explore every angle. For enhanced detail, the rendering can also be displayed in full-screen mode. This 3D model is designed exclusively for visualization purposes and may not accurately represent the actual appearance of your product. Your browser does not support iframes. .rendering-block:nth-child(2) { width: 292px;} PolyScience Low Temperature Coolers enhance and simplify low-temperature laboratory work, providing rapid, low-cost cooling of liquids to temperatures as low as -100C. Typical applications include the cooling of exothermic reactions, vapor and solvent trapping, and impact testing. They’re also ideal for extending the temperature range of non-refrigerated circulators to below ambient and boosting the cooling capacity of refrigerated circulators. Enhance and simplify your low-temperature laboratory work with a PolyScience Low Temperature Cooler. Available in both immersion probe and flow-through styles, they provide rapid, low-cost cooling of liquids to temperatures as low as -100C. Typical applications include the cooling of exothermic reactions, freeze point determinations, freeze drying, impact testing, lyphilization, and vapor and solvent trapping. Features Continuous cooling to temperatures as low as -100C Designed to run at maximum cooling An economical alternative to dry ice or liquid nitrogen Excellent for trapping applications, freeze drying, and rapidly cooling small volumes of liquids INCLUDED: The Polyscience P40N7A101B IP-35 Immersion Probe Cooler, -35°C to 40°C, 1081W; 120V includes: - Power Cord - Operator's Guide - Manufacturer's Documentation - 2 Year Manufacturer's Warranty

Polyscience AD7LR-20-A11B 7L Low-Profile Refrigerated Circulator, Advanced Digital (-20 to 200C), 12 (more)0V, 60Hz3D Visualization of the Polyscience CirculatorThe rendered image can be freely rotated in a full 360-degree view, allowing you to zoom in, pause, and explore every angle. For enhanced detail, the rendering can also be displayed in full-screen mode. This 3D model is designed exclusively for visualization purposes and may not accurately represent the actual appearance of your product. Your browser does not support iframes. The Polyscience AD7LR-20-A11B 7L Low-Profile Refrigerated Circulator is intended for the precise temperature control ofsuitable liquids in a reservoir. Extremely easy to use and maintain, itcombines design innovation with highly intuitive operation to deliverconvenient and versatile liquid temperature control for a wide range ofapplications.Features Intuitive 3.75” (9.5 cm) display with touch-pad control 4 languages: French, German, Spanish, English Swivel 180™ Rotating Controller On-board connectivity: USB-A &amp; B, Ethernet, RS-232/RS-485 and external temperature probe On-screen prompts Automatic performance optimization and specific heat tuning Single-point calibration capability Click Here to View Product Video INCLUDED: The Polyscience AD7LR-20-A11B 7L Low-Profile Refrigerated Circulator, -20°C to 200°C, 200W; 120V includes: - Power Cord - Operator's Guide - Manufacturer's Documentation - 2 Year Manufacturer's Warranty

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.

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.

Weight filling Exclusive glass bottle