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Ohaus Endeavor 5000 Series e-E51LD0403 AM Light Duty Orbital Shaker Speed Range 100 to 800 RPM Maxim (more)um Capacity 8.8 lb. (4 kg) Orbit 3 mm Features - Compatible for use in incubators and cold rooms, enhancing versatility across experimental conditions - Features a triple eccentric drive and maintenance-free brushless DC motor for stable, long-term shaking - Bright, backlit LCD display with easy-to-navigate menu for speed, time settings, and advanced features - Integrated safety mechanisms with overload and unbalanced detection to protect samples - Equipped with RS232 interface for two-way communication, enabling data logging and unit control - Durable construction with chemical-resistant polymer housing and sturdy aluminum tray - Small footprint design with visual and audio alarms, and advanced microprocessor control for gradual speed increase to avoid splashing Click Here to View Product Video The Ohaus Endeavor 5000 Series Light Duty Orbital Shakers are a trusted choice for everyday laboratory shaking needs, designed to accommodate a wide range of applications from microbiology and molecular biology to food science and chemistry. These shakers come in three models, featuring either a 3 mm orbit, a 20 mm orbit, or a specialized microplate configuration, ensuring versatility for various research requirements. Each model is compatible with use in incubators and cold rooms, highlighting their adaptability to different experimental conditions. The shakers boast a durable, chemical-resistant polymer housing and a sturdy aluminum tray with multiple attachment points for accessories, making them both robust and easy to clean. A key feature of the Endeavor series is its triple eccentric drive and maintenance-free brushless DC motor, providing stable and accurate shaking over long periods. Safety is enhanced with integrated overload and unbalanced detection systems to protect valuable samples. The series is equipped with a bright, backlit LCD display that shows speed and time settings, including a timer with both count-up and count-down functions that automatically shuts off shaking when time expires. An easy-to-navigate menu and simple knob control facilitate operation, while the inclusion of a tray with a non-slip rubber mat, flask clamps, and tube racks enhances its utility. An RS232 interface allows for two-way communication for comprehensive data logging and control, ensuring these shakers meet the demands of modern laboratories. Additionally, design features such as visual and audio alarms, a small footprint to conserve bench space, and advanced microprocessor control for gradual speed ramping further underscore the thoughtful engineering behind the Ohaus Endeavor 5000 Series. Optional accessories like a universal platform and over 20 flask clamps and tube racks are available, making these shakers a versatile and essential tool for a variety of scientific studies. INCLUDED: The Ohaus Endeavor 5000 Series e-E51LD0403 AM Light Duty Orbital Shaker includes: - 11.75 x 8.75 in. Non-Skid Rubber Mat Platform - Power Cord - Operator's Guide - Manufacturer's Documentation - 2 Year Manufacturer's Warranty

Alpha Series - Cooling thermostats with essential functions LAUDA Alpha offers reliable technology a (more)nd modern design for temperature ranges from -25°C to 100°C. This line of devices is suitable for internal and external thermostats with non-flammable liquids (water and water / glycol). Thermostats are the perfect solution for most laboratory temperature control applications. Reduced to the most essential functions, this product line will win you over for its reliability and ease of use. Under / over temperature alarm; countdown function; drain screw; 1 point calibration The RA 8, RA 12 and RA 24 cooling thermostats have a tank lid and pump connections as standard, helping refrigeration across the entire temperature range from -25 to 100°C. Finally, automatic compressor control extends compressor life and offers savings on operating costs. Examples of specific applications - Preparation of samples in chemistry and pharmacy - Functional tests of electronic components - Test of sliding bearings - Beer forcing test - Valve test - Stress test - Bending test of the notch - Expansion test - Brookfield test - Semiconductor coating Notable features - Cost savings thanks to automatic compressor control: cooling capacity is provided only when it is needed - Easy cleaning of the cooling air inlet by simply removing the front cover without tools - Stainless steel tank - Connection of the drain on the rear Graph of cooling performance of RA Alpha Lauda cryostats. Pump performance graph. TECHNICAL VISUALIZATION 1 - Control head 2 - Pump connections: return to bath and pump outflow 3 - Bath cover 4 - Handle on front and back 5 - Removable front cover 6 - Grille on both sides 7 - Four mounting feet 1 - Mains cable 2 - Rating label 3 - Cooler cable 4 - Bath drain nozzle

The offered instrument / system is fully functional tested and ready to use. FURTHER DETAILS TO FOLL (more)OW

The newest line of Radwag Mass Comparators enables adjusting mass standards and weights according to (more) the OIML recommendations (R-111) from 1 kg to 50kg for F2 class and lower. The comparators are used both for ensuring traceability of mass measurements, and verification of weights in accordance with the principles of legal metrology. RADWAG Mass Comparators have gained recognition among Accredited Calibration Laboratories in many countries. Mass comparator 5Y.PM.KB series comprises two components. One of them holds the electronic module, and the other precise mechanical measuring system. High measuring accuracy is guaranteed by semi-automatic adjustment system with external mass standard. The weighing pan is made of aluminium and features holders for centering the tested mass standard. The 5Y.PM.KB series features an intuitive menu supporting a user while operating the instrument.

Stainless Steel Wire - set (1 mg - 500 mg) F1 class mass standards are exceptional measuring tools t (more)hat represent the pinnacle of precision in the field of metrology. Classified as F1 metrology class, they are perfect for advanced applications where every detail of measurement is of paramount importance. F1 Class Mass Standards – Key Features Highest Precision and Accuracy - F1 class mass standards are characterized by absolute measurement precision and extraordinary accuracy. They are designed to meet the most stringent standards for acceptable deviation from actual weight. Stability under Difficult Conditions - An important feature of F1 class mass standards is their ability to maintain measurement stability even under harsh environmental conditions. The standards of this class are resistant to changes in temperature, humidity and other factors that affect the precision of measurements. Calibration in Accordance with International Standards - The calibration process for F1-class mass standards is rigorous and in accordance with international standards. This ensures that standards of this class are globally recognized and can be used in different countries. Specialized Construction Materials - F1-class standards are often made of materials with unique physical properties. This provides them not only with precision, but also with durability and wear resistance. The set includes: plastic box 12 mass standards 1 pair of tweezers 1 brush Material: stainless steel Application 1. Industrial Metrology F1 class mass standards are used in metrology laboratories engaged in the testing and maintenance of measurement standards. 2. Scientific Research In scientific research, especially in high-precision fields such as physics and astronomy, F1-class mass standards are a key tool. 3. Aerospace Industry In the precision mass measurements required by the aerospace industry, F1-class standards guarantee reliability and accuracy. 4. Calibration Laboratories In calibration laboratories where uniformity and precision are a priority, F1-class mass standards are the standard of excellence. F1-class mass standards are synonymous with the highest quality and precision in the field of metrology. Their use is crucial where even the slightest deviation from the standard can carry unpleasant consequences. They are tools for advanced applications that contribute to raising standards in the field of mass measurement.