Radwag F2 Mass Standard - Stainless Steel Wire - 2 mg

F1 Mass Standard - knob weights with adjustment chamber - set (1 g - 10 kg), wooden box Number of pi (more)eces in the set: 17 Weights 1 g i 2 g – solid masses without adjusting chamber

F1 Mass Standard - knob weights with adjustment chamber. Nominal value - 10 kg.

F1 Mass Standard - knob weights without adjustment chamber - set (1 g - 5 kg), plastic box Number of (more) pieces in the set: 16

E2-class mass standards represent an exceptional standard of precision in mass measurement. Classed  (more)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 standard: stainless steel wire Nominal value: 2 mg Material: stainless steel High Precision of measurements The mass standard is the foundation of accurate mass measurement, as it affects the quality and reliability of results in many areas. Its role in maintaining uniformity and in meeting measurement standards is crucial, making the mass standard an indispensable metrology component. 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. Applications 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.

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.

E2-class mass standards represent an exceptional standard of precision in mass measurement. Classed  (more)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. Versatility of Applications Varied Standards: The set consists of 12 flat polygonal sheets and 11 cylindrical standards, providing a wide range of calibration options. High-Quality Accessories: The set also includes a brush and tweezers, facilitating precise and safe cleaning and handling of the standards. Elegant Packaging: The standards are delivered in an elegant wooden box, ensuring their safe storage and transportation. *The mg unit mass standards are flat polygonal sheets. **The 1 mg, 2 mg and 5 mg mass standards are made of aluminum.

This listing is for 1 of 2 Fisherbrand F2 Vortex Mixer

F2 Mass Standard - slotted weights. Nominal value - 5 g.

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: 200 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.

SONOPULS ultrasonic homogenisers generate high-performance ultrasound with high intensities and ultr (more)asonic amplitudes, which are transferred into liquid media using working tools called probes. They are used in laboratories, clinics, and in industrial research, and they perform diverse tasks during sample preparation in Quality Assurance, scientific experiments, analyses, and in pilot or short-series manufacture. Application examples: Cell disruption for paternity tests Cell disruption (extraction of microorganisms, tissue cells) Homogenising of liquids Emulsifying hard-to-mix liquids Dispersion of agglomerates Acceleration of chemical reactions Degassing of fluids Sample preparation in environmental analytics (waste water tests, soil samples) SONOPULS ultrasonic homogenisers are also used for in-vitro diagnostic lab procedures, toprocure information from the handling of organic materials with ultrasound. Therefore, they areclassified and treated in accordance with the Directive 98/79/EC on in-vitro diagnostic medical devices. Ultrasound frequency: 20 kHz ± 500 Hz Frequency control: Automatic Timer setting: 0:00:01 to 99:59 (h:mm:ss) or continuous Ultrasound operating mode: Pulsating or continuous Amplitude setting: 10 to 100% in 1% steps Generator dimensions (DxWxH): 257 x 180 x 115 mm Probe dimensions (ØxL): 70 x120 mm Probe tip: MS 73 Probe tip (Ø): 6 mm Sonification volume: 2 to 50 mL Amplitude: 245 µm Weight: 3.7 kg