Radwag E2 Mass Standard - Cylinder Weight - 500 g

F2-class mass standards represent an impressive level of precision in mass measurement. Classified a (more)s metrology grade F2, they are recognized as top-quality tools suited for advanced applications where precision is a key element. F2 mass standard: stainless steel wire Nominal value: 5 mg Material: stainless steel Exceptional Measurement Precision F2 class mass standards feature excellent measurement precision achieved through stringent standards for allowable deviation from actual weight. Stability under Dynamic Conditions An important feature of F2-class mass standards is their ability to maintain measurement stability even under dynamic measurement conditions. They are designed to cope with a variety of factors that affect measurement precision. Calibration at the Highest Level The calibration process of F2-class mass standards adheres to the most stringent norms and standards. This makes the standards of this class recognized as tools with the highest degree of accuracy, complying with international requirements. Use of Materials with Outstanding Properties F2 class mass standards are often constructed from materials with outstanding physical properties. This ensures not only excellent precision, but also exceptional durability. Application 1. Scientific Research at the Highest Level In scientific research, especially in fields that require the utmost precision, such as nuclear physics or astrophysics, F2 class mass standards are indispensable. 2. Metrology Industry In metrology laboratories engaged in testing and maintaining the most advanced measurement standards, F2 class standards are indispensable working tools. 3. High-Precision Testing Laboratories In laboratories specializing in research requiring the highest precision, such as forensic laboratories and materials testing, F2 class mass standards are essential. 4. Aerospace Industry In the precision mass measurements required in the aerospace industry, F2 class standards provide reliability and excellence. F2 class mass standards are the symbol of the highest precision in the field of mass measurement. Their use is crucial in the most advanced fields of science, industry and research.

F2-class mass standards represent an impressive level of precision in mass measurement. Classified a (more)s metrology grade F2, they are recognized as top-quality tools suited for advanced applications where precision is a key element. F2 mass standard: stainless steel wire Nominal value: 20 mg Material: stainless steel Exceptional Measurement Precision F2 class mass standards feature excellent measurement precision achieved through stringent standards for allowable deviation from actual weight. Stability under Dynamic Conditions An important feature of F2-class mass standards is their ability to maintain measurement stability even under dynamic measurement conditions. They are designed to cope with a variety of factors that affect measurement precision. Calibration at the Highest Level The calibration process of F2-class mass standards adheres to the most stringent norms and standards. This makes the standards of this class recognized as tools with the highest degree of accuracy, complying with international requirements. Use of Materials with Outstanding Properties F2 class mass standards are often constructed from materials with outstanding physical properties. This ensures not only excellent precision, but also exceptional durability. Application 1. Scientific Research at the Highest Level In scientific research, especially in fields that require the utmost precision, such as nuclear physics or astrophysics, F2 class mass standards are indispensable. 2. Metrology Industry In metrology laboratories engaged in testing and maintaining the most advanced measurement standards, F2 class standards are indispensable working tools. 3. High-Precision Testing Laboratories In laboratories specializing in research requiring the highest precision, such as forensic laboratories and materials testing, F2 class mass standards are essential. 4. Aerospace Industry In the precision mass measurements required in the aerospace industry, F2 class standards provide reliability and excellence. F2 class mass standards are the symbol of the highest precision in the field of mass measurement. Their use is crucial in the most advanced fields of science, industry and research.

F1 Mass Standard - rectangular weights. Nominal value - 25 kg.

The mass standard is the foundation of accurate mass measurement, as it affects the quality and reli (more)ability 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. Cylindrical Shape: The cylindrical shape of the standards ensures ease of handling and precise placement on weighing platforms. Plastic Packaging: The weights are delivered in a durable plastic case, ensuring their safe storage and transport. Set Includes: 13 mass standards, 2 pairs of tweezers, 2 brushes and 1 pair of gloves.

M1 Mass Standard - knob weights. Nominal value - 200 kg.

This set is the perfect solution for laboratories and institutions requiring the highest precision.  (more)These cylindrical mass standards are made from the highest quality materials, ensuring excellent stability and resistance to environmental changes. Product Features: Varied Standards: The set consists of 12 wire standards and 9 cylindrical standards, providing a wide range of calibration options. High-Quality Accessories: The set also includes 2 pairs of tweezers, 1 brushes and 1 pair of gloves, facilitating precise and safe cleaning and handling of the standards. Plastic packaging: The weights are delivered in a durable plastic case, ensuring their safe storage and transport. *The mg unit mass standards are wires. By choosing the E1 class mass standard set from RADWAG, you invest in reliability, precision, and durability, which translates to excellent quality in your laboratory work.

MAGNETIC STIRRER MST DIGITAL - VELP The white surface of the MST instrument facilitates the detectio (more)n of the color change of a solution, making it suitable for many applications in the microbiological and biochemical fields and for microtitration. MST also does not overheat and maintains a low temperature even after hours of continuous use. This feature makes it ideal for BOD analysis. The compact design of MST also makes it particularly suitable for all laboratories that have limited space. Stirring speed always under control MST Digital guarantees maximum simplicity in setting and controlling the stirring speed. It is possible to go from 80 to 1500 rpm with 10 rpm steps. SpeedServo™ technology also ensures constant speed with feedback to changes in viscosity. Unsupervised and programmable agitation Thanks to its integrated timer, the MST Digital allows you to program the stirring time allowing the automatic shutdown of the stirrer. It is also possible to program the rotation inversion after certain time intervals. Small and mighty - Digital display that simplifies the setting of the stirring speed - Integrated timer and programmable automatic shutdown - Reversal of the stirring direction at programmable intervals - SpeedServoTM ensures constant speed even when the viscosity varies (counter-reaction) - Stirring speed adjustment up to 1500 rpm Robust and compact - Structure in technopolymer resistant to chemical agents - Equipped with a brushless motor - White surface that favors the detection of color variations - Designed to last over time - Accepts a stirring volume of up to 5 liters Versatile - Stays cold even after hours of continuous use - Ideal for applications such as Microtitration, BOD, Microbiology and Biochemistry - Excellent speed regulation even at low rpm Technical features: Speed ​​regulation step: 10 rpm Speed ​​control: excellent even at low revs Feedback: Constant speed Reverse direction: 5 to 900 seconds Stirring system: PCM magnet; brushless motor

The HX5.EX scale is a modern weighing instrument assuring fast and reliable measurement in hazardous (more) areas classified as zones 1/21 and 2/22. To ensure precision and excellent measurement repeatability, high quality electronic components are used. The weighing platforms offered in wide range of dimensions and maximum capacities, this combined with excellent metrological parameters enables easy selection of an instrument that meets the most demanding requirements. Standard version of the scale is equipped with 2 serial, intrinsically safe RS232 communication interfaces, and with one RS485 interface. They facilitate cooperation with equipment intended for operation in hazardous areas. Possibility to add digital inputs/outputs extends the range of instruments compatible with the indicator by automatic elements compliant with ATEX directive. More demanding customers can use the IM01.EX module, installed in the safe area, which extends the available connectors by Ethernet, USB, 4-20mA/0- 10V analog outputs, Profibus DP and additional digital inputs/outputs. This enables cooperation with external devices: barcode scanners, printers, external displays, control buttons, light signalling towers, other controlling/signalling devices, systems for automatic process control and superior IT systems. Scale operation requires use of a dedicated PM01.EX power supply, which is not a standard scale component. To operate the scale, order a selected type of the dedicated intrinsically safe power supply. Power supply types: PM01.EX-1 - power supply for operation in ATEX area. Used when it is required to connect the power supply to voltage source placed in hazardous area. PM01.EX-2 - power supply for operation outside ATEX area. Used when power supply connection to voltage source is carried out outside hazardous area. Complex software enables carrying out many tasks connected with mass measurement, e.g. parts counting, checkweighing and statistics. The scales feature user-friendly graphic interface, which can be customized using widgets. This and the large colour display of high resolution guarantee easy and clear transmission of data on current process. Colour bar graph significantly influences performance by signalling whether the weighing result is within declared thresholds or not.

Polyscience AD07R-40-A11B 7L Space-Saving Refrigerated Circulator, Advanced Digital (-40 to 200C), 1 (more)20V, 60Hz3D Visualization of the Polyscience CirculatorThe rendered image can be freely rotated in a full 360-degree view, allowing you to zoom in, pause, and explore every angle. For enhanced detail, the rendering can also be displayed in full-screen mode. This 3D model is designed exclusively for visualization purposes and may not accurately represent the actual appearance of your product. Your browser does not support iframes. The Polyscience AD07R-40-A11B 7L Space-Saving Refrigerated Circulator 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 AD07R-40-A11B 7L Space-Saving Refrigerated Circulator, -40°C to 200°C, 360W; 120V includes: - Power Cord - Operator's Guide - Manufacturer's Documentation - 2 Year Manufacturer's Warranty

Maximum temperature: 150°C Temperature stability (at 37°C): ±0.005°C Temperature uniformity (at 37°C (more)): ±0.02°C Heater power: 2 kW Heat up time from 25°C to 70°C: 25 min Maximum pressure pump performance (at zero flow): 310 mbar Maximum flow pump performance (at zero pressure): 17 L/min Tank capacity: 12 L Tank dimensons (DxWxH): 325 x 300 x 150 mm Liquid depth (min/max): 80/140 mm