Dosing pump SIMDOS 10 FEM 1.10 KT.18 S KNF

Technical features Flow rate: 0.03-20ml / min Programmable dosage: from 0-999 ml Suction height (max (more).): 2 mWg Operating pressure (max.): 6 bar (rel.) Weight 0.9 kg Permitted fluid temperature: 5-80°C Permitted ambient temperature: 5-40°C Valve material: Kalrez® FFKM Membrane material: PTFE coating, FFKM Pump head material: PTFE, PP, Stainless steel, PVDF Applications Liquid dosing / measuring Qualitative characteristics Small footprint Simple and intuitive use Manual and analog control and RS232 interface Self-priming, it can run dry Constant and reliable flow rate Available with different material configurations for chemical resistance Simple calibration Pump head materials: PP, PVDF, PTFE Membrane materials PTFE coating, FFKM Valve material: FFKM Kalrez Download the data sheet for further information and accessories. NOT SURE WHICH VACUUM PUMPS YOU NEED? Try following our guide to KNF pumps: VACUUM PUMPS FOR THE LABORATORY Or download the KNF guide: THE IDEAL DIAPHRAGM PUMP FOR EVERY APPLICATION

The N 840.3 FT.40.18 is a two-stage pump with an integrated “self-drying” system for automatic conde (more)nsate drain. The “SD” series is widely used in laboratories, especially when the vapors are humid and a clean and ecological vacuum is required. Typical applications are: vacuum ovens (for drying chemicals, drying biological samples, heat treatments), autoclaves for sterilizing instruments, containers, filters and textiles. Thanks to the use of anti-corrosion materials, it is possible to vacuum even corrosive products. The heart of the pump is the diaphragm with differentiated structure in PTFE, optimized to guarantee high performance with reduced dimensions and at the same time, long life even in heavy applications. When the humid gases are sucked in, it can happen that condensation forms in the pump head: consequently the performance decreases, considerably increasing the emptying time. To eliminate condensation, the 'drying system' then opens a solenoid valve that allows ambient air to enter the heads. Once the condensation has been eliminated, the solenoid valve closes and the pump sucks from the stove in full capacity. Over time, condensation could form again and then the cycle is repeated. The time interval between one cycle and the next can be adjusted as desired, as well as the duration of the air injection. Technical features Flow Rate (max.) 34 l / min Ultimate Vacuum (max.) 10 mbar (abs.) Pressure (max.) 1 bar (rel.) Permissible Medium Temperature 5-40°C Valve Material FFPM Diaphragm Material PTFE coated Pump Head Material PTFE Applications Rotary evaporation Vacuum oven Qualitative characteristics Clean operation, 100% oil-free Corrosion resistant PTFE / FFPM flow path Ideal for extremely aggressive / corrosive gases and vapors Compact, silent and reliable The self-drying system removes condensation without altering the vacuum level Maintenance free Download the data sheet for further information and accessories. NOT SURE WHICH VACUUM PUMPS YOU NEED? Try following our guide to KNF pumps: VACUUM PUMPS FOR THE LABORATORY Or download the KNF guide: THE IDEAL DIAPHRAGM PUMP FOR EVERY APPLICATION

The Watson Marlow 405 Pump provides users with digital control over a two-channel precision pump. Th (more)is high flow laboratory pump has a speed range up to 200 rpm with a flow rate up to 370ml/min per channel. This microprocessor controlled, dual channel peristaltic pump is easy to control from the upfront digital keypad, allowing users to start, stop, reverse direction, control speed level, and initiate rapid priming. This digital lab pump is built for use with 1.6 mm tubing in sizes 12, 13, 14, & 16 (0.5 – 64.8 mm bore) and spring-loaded track to maximize tube life and flow precision against pressures up to 2 bar. The pump comes with pumphead designed with twin four roller rotors, spring loaded track, and adjustable occlusion lever allowing two individual channels of flow.

Programmable flow rate: 0.00 to 5.00 mL/min, 0.01 mL/min increments Maximum operating pressure: 401  (more)bar Pressure ripple: <2% at 0.5mL/min Flow precision: 2 seconds SD Flow accuracy: 2% of setting Gradient accuracy: <1% between 10 to 90% Gradient precisison: <0.5% RSD between 10 to 90% Gradient delay volume: <60 µL (without mixer), <200 µL (with one 50 µL mixer) Inline degasser channels: 2 Dimensions (HxDxW): 430 x 610 x 305 mm Weight: 27.2 kg

Series N 811 diaphragm pumps are single-head, dry-running devices used in a wide range of laboratory (more) applications. They transfer, compress and pump down without contamination. The heart of these very compact pumps is a KNF structured diaphragm. This patented diaphragm was stress-optimized using the Finite Elements method. Delivery: 11.5 l/min Ultimate vacuum: 240 mbar Operating pressure: 2 bar Dimensions (LxHxW): 187 x 157 x 90 mm Weight: 2.5 kg

1 block dry heaters Designed for daily use in the laboratory, dry block heaters are ideal for applic (more)ations requiring particular temperature stability. All units house an easily interchangeable modular block, with 40 options to choose from. Close contact between tube and block ensures maximum heat retention for efficient heating. Analog models: economic alternative; low temperature range: +5°C above ambient temperature to 100°C; high temperature range: 75°C to 150°C; control via two temperature adjustment knobs. Digital models: for repeatable results; from 5°C above ambient temperature to 120°C; control via touch pad controls with independent and easy to read LED displays for temperature and time display; sound alarm. - Exceptional temperature uniformity and extraordinary thermal stability. - Unique single point calibration function to ensure accurate display of actual temperature (digital models) Applications Culture incubation and activation, enzymatic reactions, immunoassays, melting / boiling points, isothermal incubation, nucleic acid denaturation Display LED display in digital models and knob with double adjustment and markings in analog models Operation Detachable three-wire cable and plug (included). Analog models require an external thermometer or temperature adjustment tool for the setpoint Structure Painted steel armor and support bar attachment with fixing knob Construction features Keypad control and audible alarm (digital models) Technical Specifications

Eddy Jet 2 reduces costs per test, hands on time, and consumable use during counts while increasing  (more)microbiology lab’s productivity. This cutting-edge spiral plater automates, standardizes and streamlines plate inoculations with its patented cross-contamination-free technology. Microsyringes give the system unique, unmatched advantages that make it a bestseller. The user interface is very intuitive and there are no setup times. Although Eddy Jet 2 is mostly used by food, cosmetic and pharmaceutical labs, any microbiology lab can greatly benefit from its use. This instrument will generate a threefold dilution concentration gradient on a single plate, allowing labs to skip serial dilutions and most platings. Each sample is processed with a brand new sterile microsyringe, making sample handling a cross-contamination-free process. Other than bacterial counts, antimicrobial susceptibility testing (AST) and mutagenicity test applications are also available. Reproducibility: > 99% Time for a full cycle: 30 s (disposable syringes make disinfection unnecessary) Spreading modes stored: 25 spread modes (37 counting those for 150 mm Petri plates) Motion control: 3 Microcontroller-regulated stepper motors Petri plate diameters: 90 and 150 mm Minimum step volume: < 10 nl Maximum pipetted volume: 100 μl Syringe material: Polypropylene Plunger material: Polyethylene H.D. Auto checking: Programmed for 6 regions External balance connection: Serial RS232 DB9 Printer connection: Serial RS232 DB9 Barcode scanner connection: Specific connection for IUL barcode scanner Connection for updates: Ethernet/ USB pen drive Additional connections for peripherals: 2 x USB Host ports Dimensions (WxHxD): 515 x 420 x 500 mm Weight: 20 kg

For parts only, cannot be repaired! The Sciclone ALH 3000 workstation is the foundation of Caliper L (more)ife Sciences’ family of automated liquid handling systems, and the number one choice of automation experts. With proven performance, open-deck design, and integration-friendly architecture, the ALH 3000 workstation can be configured to handle just about any automated liquid handling application. Open, modulare design Three “Swap-on-the-fly” pipetting heads 96-well plate densitie Volumes from 100 nL to 200 µL Independent 8-channel pipetting capability Compatibility with a wide variety of options, including Sciclone Gripper, bulk reagent modules, an on-deck microplate shaker, temperature-controlled locators, a positive-pressure filtration system, and more Hundreds of different configurations Applications Worldwide popularity and the availability of a comprehensive range of options have made the ALH 3000 workstation a favorite platform for the development of automated liquid handling applications such as: High-throughput plasmid preparation BAC DNA preparation Sequencing template amplification SNP genotyping High-throughput PCR cleanup The Sciclone ALH 3000 Advanced Liquid Handling system delivers highly accurate and precise liquid handling in a versatile, scalable open-design format. With the flexibility to adapt as your needs change, it is an ideal tool for automating virtually any genomic, proteomic or drug screening protocol. Worktable Data: 20 microplate positions, 8 deck holes for recessed accessories (columns 4 and 5) Robotic Positioning: Bi-directional repeatability, X-axis ±20 micron, Y-axis ±20 micron, Z-axis ±20 micron Pneumatic Requirements: Oil-free, dry air at 60 -70 psi recommended Dimensions (HxWxD): 940 x 1220 x 710 mm Weight: 157 kg