Radwag F2 Mass Standard - Knob Weights With Adjustment Chamber, Set (1 mg - 5 kg), Wooden Box

F2 Mass Standard - knob weights with adjustment chamber - set (1 mg - 500 g), plastic box Number of  (more)pieces in the set: 24 Weights 1 g i 2 g – solid masses without adjusting chamber

F2 Mass Standard - knob weights with adjustment chamber - set (1 mg - 100 g), plastic box Number of  (more)pieces in the set: 21 Weights 1 g i 2 g – solid masses without adjusting chamber

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: flat polygonal sheet Nominal value: 50 mg Material: nickel silver F2 Class Mass Standards – Key Features 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: flat polygonal sheet Nominal value: 2 mg Material: aluminum F2 Class Mass Standards – Key Features 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 class standard: knob weight Nominal value: 10 kg Material: stainless steel Knob weight is excepti (more)onal measuring tool that represent the pinnacle of precision in the field of metrology. Classified as F1 metrology class, it is perfect for advanced applications where every detail of measurement is of paramount importance.

F1 Mass Standard - knob weights with adjustment chamber - set (1 mg - 200 g), wooden box Number of p (more)ieces in the set: 23 Weights 1 g i 2 g – solid masses without adjusting chamber

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

Test-Tube Rotator for serial rotation of up to 46 test-tubes Speed: 10 rpm Angle of rotation can be  (more)set between 90° and 27°

The new RMC.1000.5 robotic mass comparator guarantees the utmost repeatability within 10 g - 1 kg ra (more)nge with the readability of 1 µg. Fully Automated Process of Robotic Comparison of Mass Standards Opening of the weighing chamber in the course of measurements generates air drafts and changes environmental conditions inside the chamber, this causes a great increase in dispersion. The new line of robotic mass comparators eliminates the above problem. It has been solved due to a combination of the robotic mass comparator features with the characteristics of the automatic machines. This innovative approach has improved comparison result repeatability by 100% in relation to standard solutions applied worldwide. A Robot and an Automatic Machine in One RMC 1000.5 mass comparator combines features of robotic and automatic mass comparators. Thanks to such an innovative combination it is possible to: eliminate air drafts and ground vibrations, maintain stable environmental conditions inside the weighing chamber, prolong life cycle of the robotic system, shorten duration of mass standard comparison, reduce noise. Real-Time Measurement of Ambient Conditions The new RMC 1000.5 mass comparator has been equipped with a top-class thermo-hygro-barometer enabling real-time control of ambient conditions in four locations, among many in the weighing chamber and mass standard magazine. Thermo-hygro-barometers are highly precise devices measuring pressure with the readability of 0.001 hPa, humidity of 0.01 %, and temperature of 0.001 °C. Reliability of ambient conditions measurement carried out using the thermo-hygro-barometer is confirmed by a calibration certificate. Universal Magazine Insert Design Mass standard magazine features 36 positions. The RMC 1000.5 enables comparison of weights of all shapes compliant with OIML recommendations, using just one universal insert. Remote, real-time preview of comparison process is possible thanks to a video camera. Transport Arm With use of the automatic mass comparator, the transport arm remains inactive in the course of comparison, this eliminates air drafts and vibrations, considerably shortens comparison, and reduces noise emission. The transport arm of the RMC 1000.5 mass comparator is used only to transfer the mass standards, it is out of operation within the comparison process. Optional Equipment Additional equipment includes a video camera enabling remote preview of comparison process in real time (Internet access required), and RMCS software. The RMCS allows unrestricted monitoring of the comparison process.

IKA R 1302 Dissolver Stirrer Radial flow, for drawing the material to be mixed from the top and the (more) bottom. High turbulence, high shearing forces. Particle reduction. Used at medium to high speeds.Stirrer Ø: 100 mmShaft Ø: 10 mmShaft length: 350 mm INCLUDED: The IKA R 1302 Dissolver Stirrer includes: - Operator's Guide - Manufacturer's Documentation - 30 Day Full Parts and Labor Warranty Request a Formal Quote

IKA Hula Dancer basic Speed Fix 2800 rpm Shaking Stroke 4.5 mm Type of Movement Orbital Features - P (more)owerful orbital shaker with robust housing for high stability - Shaking stroke of 4.5 mm for effective mixing - Allows a maximum load of 100g, suitable for small-scale experiments - Fixed speed at 2800 rpm for consistent shaking - Equipped with a touch function for easy start/stop - Operates within an ambient temperature range of 5 - 40 °C and up to 80% relative humidity - Versatile voltage compatibility of 100 - 240 V Hula Dancer basic is a powerful orbital shaker with robust housing for high stability. The device has a shaking diameter of 4.5 mm and allows a maximum load of 100g. Its speed is fixed at 2800 rpm.INCLUDED: The IKA Hula Dancer basic includes: - IKA Hula Dancer basic - Manufacturer's Documentation - 2 Year Manufacturer's Warranty