Thermo Scientific RapidStak Microplate Stacker F01350 2 Trays Polara RS Software

Printer NEC pinwriter p2X Pump: Eppendorf 5243

The Octet system enables real-time quantification or kinetic characterization of biomolecular intera (more)ctions. The Octet system is based on proprietary Bio-Layer Interferometry (BLI), a label-free and higly sensitive biosensor technology. Capabilities: Protein quantitation, Kinetic and affinity analyses, Binding specificity and cooperativity, Kinetic screening Sampling format: 96-well, black, flat bottom PP microplate Test volume: 200 µL , non-destructive and recoverable Sample types: Purified samples, common culture media, crude lysates Automation: Up to 8 biosensors in parallel, maximum of 96 tests unattended Optics: 8 channel biosensor manifold, Optical interferometer Sample plate platform temperature range: 2°C ​above ambient to 40°C Orbital flow: Staticor, 0 rpm or 100 – 1500 rpm Dimensions (HxWxD): 475 x 430 x 530 mm Weight: 23 kg

Polyscience AD28S150-A11B 28L Stainless Steel Open Bath, Advanced Digital (Ambient +10 to 150C), 120 (more)V, 60HzThe Polyscience AD28S150-A11B 28L Stainless Steel Open Bath 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 & 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 AD28S150-A11B 28L Stainless Steel Open Bath, Advanced Digital (Ambient +10 to 150C), 120V, 60Hz includes: - Power Cord - Operator's Guide - Manufacturer's Documentation - 2 Year Manufacturer's Warranty

VACUUBRAND DCP 3000 Vacuum Gauge with VSP 3000 Head Upper Measuring Limit 100 mbar/hPa (750 Torr) L (more)ower Measuring Limit 1 x 10-3 mbar/hPa (1 x 10-3 torr) Interface RS232C Features - Vacuum measuring device for connecting external vacuum sensors for measurements directly on the system - Flexible and expandable with up to eight sensors, four of the types VSK 3000 / VACUU·VIEW (Atm. to 0.1 mbar) and VSP 3000 / VACUU·VIEW extended (Atm. up to 10-3 mbar) - Relative pressure measurement with reference sensors (VSK 3000) and data logger function with up to 32000 measuring points (RS 232C) - Robust plastic / ceramic vacuum sensor VSP 3000 with high chemical resistance - VSP 3000 with a wide measuring range from atmospheric pressure to fine vacuum (10-3 mbar) thanks to the thermal conductivity measuring principle The fully electronic vacuum measuring device DCP 3000 is both versatile and decisive with its mechanical robustness, measuring accuracy and reliability. The large, illuminated display provides the measured value display of all connected sensors via an easy-to-use rotary control. Up to eight vacuum sensors (four of each type VSK 3000 / VACUU·VIEW and VSP 3000 / VACUU·VIEW extended) can be connected to the DCP 3000. The measurement can be carried out directly on the application. The DCP 3000 enables a relative pressure measurement (reference sensor VSK 3000) as well as working with pressure-dependent switching points by specifying switch-on and switch-off points on an external valve. The vacuum measuring device can also be used as a data logger with up to 32,000 measuring points. The data is read out via the serial interface (RS 232C). The vacuum sensor VSP 3000 is based on the gas thermal conductivity (Pirani) principle for the wide measuring range from atmospheric pressure to 10-3 mbar. Thanks to its structure made of chemically resistant plastics (PBT, PUR) and ceramics, it offers significantly higher chemical resistance and robustness compared to conventional Pirani sensors with fine wire metal filaments. Please also note our alternative product VACUU·VIEW extended.INCLUDED: The VACUUBRAND DCP 3000 Vacuum Gauge with VSP 3000 Head includes: - Power Supply - Operator's Manual - Manufacturer's Documentation - 2 Year Manufacturer's Warranty

PM Balances by RADWAG Laboratory Precision Under Industrial Conditions. New technology The ability t (more)o weigh loads up to 120 kg on a large weighing pan with high accuracy and good repeatability, minimum eccentricity error over the entire range, quick and stable measurement (achievable within 1 second), parameter stability over time and during transport, weighing pan dimensions adapted to the accuracy of the balance are the distinguishing features of RADWAG PM balances. All of this is possible thanks to the use of a cutting-edge measuring system based on RADWAG’s enhanced MonoBLOCK® technology. The change in the design of the monoblock has made it possible to work with a readability of 0.01 g at a maximum capacity of 20 kg and 0.2 g at a maximum capacity of 120 kg, with a repeatability of 0.01 g, and resistance to changes in ambient conditions. PM balances also include: robust design based on a larger and taller Monoblock, built-in 4-point overload protection system, IP 43 ingress protection, internal adjustment, 5" colour display, easy start-up, intuitive operation, and ergonomics. Application PM balances not only provide an accurate reading and quick measurement, but they are also versatile, allowing them to be used in a variety of industrial sectors. Dosing, formulation-making, and parts counting are just some of the possible applications of these multi-purpose devices. PM balances will find use wherever high-accuracy, high-load-capacity weighing equipment is required. Under-Pan Weighing Weighing instruments purchased after 15th February 2023 will allow under-pan weighing at any time after the purchase. All you need to do is just to order a dedicated hook. THBR 2.0 System Cooperation with THBR 2.0 System for ambient conditions monitoring. * RFID ISO/IEC 14443 Type A, 13,56 MHz

Class M1 mass standards are versatile measuring tools characterized by their high precision and vers (more)atility in laboratory, industrial or commercial applications. Classified as M1 metrology class, they are valued for their versatility and accuracy in mass measurement. M1 mass standard: flat polygonal sheet Nominal value: 50 mg Material: nickel silver M1 Class Mass Standards – Key Features High-Level Precision - M1 class mass standards are designed to ensure precision in mass measurements. Permissible deviations from the actual mass are set with strict standards. Versatility of Applications - Characterized by versatility, M1-class standards are used in fields such as laboratories, industry, commerce and other areas requiring precise weight measurements. Measurement Stability - M1-class mass standards are stable over time, meaning that they maintain their measurement precision even despite prolonged use. This feature is especially important for tools that are used regularly. Operation in a Wariety of Ambient Conditions - M1 class mass standards are designed to cope with both laboratory, industrial and commercial conditions. Application 1. Analytical Laboratories In analytical laboratories where precise measurements are crucial, Class M1 mass standards are used to calibrate medium-precision balances. 2. Manufacturing Industry In the manufacturing industry, where product quality control is important, M1 class mass standards can be used to calibrate balances used in the manufacturing process. 3. Weighing Trade In the weighing trade, where measurement precision is required by law, M1 class mass standards can be used as a reference for calibrating commercial balances. 4. Testing Laboratories In research laboratories, Class M1 mass standards can be used to ensure precise weight measurements. Class M1 mass standards are versatile tools that are used in various areas of life. Their ability to adapt to different conditions makes this class of standards highly valued in the world of science, industry and commerce alike.

Hermle 4 x pcr rotor, Hermetically Sealed (for Z216 series only) The Hermle 4 x PCR rotor with a her (more)metically sealed lid is designed for use exclusively with Hermle Z216 series centrifuges. It has a maximum speed of 15,000 RPM, generating a maximum relative centrifugal force (RCF) of 15,343 x g, making it ideal for a variety of PCR applications. The rotor can accommodate up to 4 strips of 8-PCR tubes, providing ample space for PCR experiments. The rotor has an angle of 45°, which facilitates effective separation of samples. The hermetically sealed lid provides a safe and secure environment for samples and prevents contamination due to aerosols. Overall, the Hermle 4 x PCR rotor is an excellent choice for PCR applications in a laboratory setting, providing consistent and reliable results. INCLUDED: The Hermle 4 x pcr rotor, Hermetically Sealed (for Z216 series only) includes: - Manufacturer's Documentation - 2 Year Manufacturer's Warranty