Agilent Rigid Capillary Tubing #5061-3362 20 cm x 0,17 mm

Scilogex Plate StandThe Scilogex Plate Stand includes the support rod and clamp. Plate size 12 x 8 i (more)n, rod length 31 in. INCLUDED: The Scilogex Plate Stand includes: - Manufacturer's Documentation - 2 Year Manufacturer's Warranty

Dimensions (WxDxH): 600 x 480 x 700 mm

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

Yamato IN-604WMK-115V Programmable Refrigerated Incubator with Window & MK-161 Shaker 143L, 115V (more) Temperature Range -10°C to +50°C Temperature Distribution Accuracy ±1.0°C (refrigerator in continuous operation at 37°C) Chamber Volume 143L Features - High accuracy temperature control and temperature distribution - Inner glass door keeps temperature stable during sample observation - Designed with a large dual glass door and inner door that forms a triplex glass door for improved heat retention (IN604W/804W) - Interior light for better sample visibility (IN604W/804W) - Optional slide shaker table available to put in and take out samples easily (IN604W) Low temperature 143L forced convection incubator applicable for low temperature tests and environmental tests. Designed with a large dual glass door and inner door that forms a triplex glass door for improved heat retention. Programmable. High accuracy temperature control and temperature distribution. Optional slide shaker table available to put in and take out samples easily. Comes with a compact shaker. Operating temperature range: -10 - + 50° C INCLUDED: The Yamato IN-604WMK-115V Programmable Refrigerated Incubator with Window & MK-161 Shaker 143L, 115V includes: - 3 x Shelves w/ 6 x Brackets - Power Cord - Operator's Manual - Manufacturer's Documentation - 1 Year Manufacturer's Warranty

Flat polygonal sheets - set (1 mg - 500 mg) E2-class mass standards represent an exceptional standar (more)d of precision in mass measurement. Classed as E2 metrology class, they are characterized not only by their high accuracy, but also by their versatility for use in laboratories, industry or scientific research. E2 class mass standards - key features High precision measurements - Class E2 mass standards must meet stringent measurement precision standards. The permissible deviations from the actual mass are strict, making this class of standards the ideal solution for applications requiring extreme accuracy. Stability over Time - An important feature of E2 class mass standards is their ability to maintain measurement stability over the long term. It is this stability that makes standards of this class highly valued in laboratories and industry. Calibration and Strict Quality Control - Systematic calibration is a key element in maintaining E2 class standards. This process involves comparing the mass standard with other standards of known mass to confirm and maintain measurement accuracy. Versatility of Applications - E2 class mass standards are designed for a wide variety of applications. They can be used in analytical laboratories, the pharmaceutical industry, scientific research or other areas requiring precise mass measurements. The set includes: plastic box 12 mass standards 1 pair of tweezers 1 brush Material: nickel silver *The 1 mg, 2 mg and 5 mg mass standards are made of aluminum. Zastosowanie 1. Analytical Laboratories In analytical laboratories, where precise and repeatable measurements are crucial, E2 class mass standards find their wide application. 2. Pharma Industry In drug manufacturing, where quality control plays a key role, E2 class mass standards are indispensable in the calibration process of balances. 3. Scientific Research In scientific research, especially in areas requiring the utmost precision, E2 class mass standards are an indispensable tool for obtaining reliable results. 4. Metrology Industry In metrology laboratories, E2 class standards provide a reference point for evaluating and testing other measurement standards. E2 class standards are synonymous with excellence in mass measurement. Their versatility and high precision make them an indispensable tool in laboratories around the world and improve the quality and reliability of mass measurement results.

Phenometrics enable scientists to study algae under the same conditions found outdoors in the ponds, (more) but in the much more efficient confines of the laboratory. Each computer-controlled PBR uses breakthrough technology to re-create the environmental conditions such as temperature, light intensity, and CO2. Choose from pre-programmed experiments, or quickly and easily design your own, with the growth variables that are most important to you. Many researchers use the PBR to set specific parameters to maintain consistency between experiments. Most importantly, the PBR enables reproducibility, a key factor in algae research experiments. The PBR saves time and money while producing better results. Each PBR is also a measurement instrument, measuring growth rates, pH, and other factors in the algae reactor vessel, which are displayed on the computer monitor in a graph or data display. It is customizable to accommodate various probes and sensors that monitor algae culture and growth metrics. 3000 μ-Einstein LED specially designed lighting system with conical vessel that accurately mimics BOTH raceway or production tube bioreactors (controllable from 0- 3000 in steps of 25 μ-Einsteins. Fully programmable Diurnal Cycles; you set the length of sunlight day, and also the hour of peak sunlight. Fully programmable heating and cooling, linkable to the diurnal cycle; you can independently set the hour of peak heating (if different from peak sunlight). Active cooling and heating, from 5 – 50°C Algal Command Software provides for complete, simultaneous, integrated control of up to 256 bioreactors from a single computer, with collation of all data. All the reactors are linked together via Ethernet Hub. CO2 programmable and controlled from Algal Command. Mixing through active magnetic stirring and/or gas sparging. Active sparging of up to two gasses Temperature measurement True Turbidostatic measurement Field-configurable, fully autoclavable, low cost durable polycarbonate reactor vessel The reactor vessel can have as many inlets and outlets as you require 100% (+/- 10%) directly-proportional (by volume) up-scale to pond, raceway, or indoor reactor pH measured and controlled by Algal Command Custom-engineered Turbidostatic Pump allows for true turbidistatic operation; fully programmable and computer-controlled. System contains 4 reactors and pumps with laptop Culture vessel volume: 700ml Working volume: 150 – 600ml Light intensity: Variable up to full ocean sunlight at equator (>3000 mmol photons m-2 s-1) in steps of 25 Temperature control: Active cooling and heating Culture temperature range: 10 – 50°C Diurnal + heating and cooling cycles: Fully programmable and independant Ability to control and measure pH: 0 – 14, may be controlled automaticly using CO2 gas Mixing: Magnetic stirrer Gas control: Computerized, CO2 or other as required Groth rate measurement: Continuous, via turbidistat Sterilization: Entire reactor vessel assembly, including culture medium, may be autoclaved on the “Liquid” cycle Turbidistatic pump: True turbidistatic operation, fully programmable from groth fase Dimensions (HxWxD): 482 x 241 x 318 mm Weight: 7kg