Radwag F1 Mass Standard - Knob Weights Without Adjustment Chamber - 200 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: 2 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 Mass Standard - slotted weights. Nominal value - 2 kg.

F1 Mass Standard - knob weights with adjustment chamber - set (1 g - 1 kg), plastic box Number of pi (more)eces in the set: 13 Weights 1 g i 2 g – solid masses without adjusting chamber

F1 Mass Standard - knob weights, wooden box. Nominal value - 1000 kg.

M1 Mass Standard - knob weights - set (1 g - 500 g), plastic box.

Stainless Steel Wire - set (1 mg - 500 mg) F2-class mass standards represent an impressive level of  (more)precision in mass measurement. Classified as metrology grade F2, they are recognized as top-quality tools suited for advanced applications where precision is a key element. 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. The set includes: plastic box 12 mass standards 1 pair of tweezers 1 brush Material: stainless steel 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.

This listing is for a IKA RW 28 Basic Overhead Stirrer.The unit is in full working condition and is  (more)ready for immediate release.The IKA RW 28 Basic Overhead Stirrer stands out as a robust solution for laboratories needing to mix highly viscous substances. Here’s a breakdown of what makes this stirrer particularly effective:Key Features:Max Stirring Volume: With the capacity to handle up to 80 liters, it’s perfect for large-scale mixing tasks. Imagine mixing a thick polymer solution or a large batch of a viscous food product.Max Viscosity: The RW 28 can manage viscosity of up to 50,000 mPas, making it suitable for challenging materials like gels or pastes that require intensive stirring.Speed Range: It offers a versatile speed range of 60 to 1400 rpm. This allows users to start slow to prevent splashing and then increase speed for thorough mixing.Max Torque: The high torque of 900 Ncm at the shaft ensures that it can tackle even the most stubborn mixtures without stalling.Applications:Versatile Use: This stirrer is ideal for quality control, research, and industrial applications, making it a valuable asset in laboratories and pilot plants. For instance, a pharmaceutical lab could use it for mixing active ingredients in formulations.Design and Safety:Overheating Protection: The built-in self-locking temperature limiter is a crucial safety feature that prevents motor damage, allowing for extended use without concern.Optional Accessories: The stirrer can be equipped with a stirring shaft protection and a clamping fixture, enhancing safety and stability during operation, especially for high-capacity bowls.Technical Specifications:Motor Rating: With a motor rating of 220/90 W and 90 W output at the stirring shaft, the RW 28 balances power and efficiency.Chuck Range: The 1-10 mm chuck range allows for the use of various stirring shafts, providing flexibility for different mixing applications.Compact Design: Its dimensions (123 x 252 x 364 mm) and weight (7.4 kg) make it relatively easy to position in a lab setting without occupying excessive space.

9-Pin D-Sub Female Connecting Cable For Printer YDP20-OCE or PC - Sartorius YCC02-D09F6 New equipmen (more)t in its original packaging

Denford Microrouter V5 Pro This system was removed from a university lab where it was surplus to req (more)uirements. The unit powers on and is in good cosmetic condition. The vacuum pump is functional. However, we are unable to conduct further testing at our facility. Included:- Denford Update Disc - Denford Disc - Denford QuickCam Pro CAM Software - Denford VR CNC Milling Software - Denford CNC Projects Suite Milling - Denford QuickCam 4D Milling CAM Software - User's Manual - Denford CAD/CAM Design Challenge

Lot of 29 Hollow Cathode Lamps - Perkin Elmer - Unicam - S&J Juniper Lab These were removed from (more) a university lab where they were surplus to requirements. The units have not been tested but have been used previously. Included are; 1 x Perkin-Elmer Hollow Cathode Lamp - Element: K-Na1 x Cobalt Hollow Cathode Lamp - Element: IRON.Fe.1 x Pye Unicam Hollow Cathode Lamp - Element: D21 x Activion Hollow Cathode Lamp - Element: Palladium Pd1 x Unicam Hollow Cathode Lamp - Element: Pb1 x Unicam Hollow Cathode Lamp - Element: Zn1 x Unicam Hollow Cathode Lamp - Element: Fe1 x Unicam Hollow Cathode Lamp - Element: Cu1 x Unicam Hollow Cathode Lamp - Element: Ni1 x Unicam Hollow Cathode Lamp - Element: B1 x Unicam Hollow Cathode Lamp - Element: Mn1 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: VANADIUM V Wavelength: 318.51 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: COPPER Cu Wavelength: 324.81 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: CADMIUM Cd Wavelength: 228.81 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: ALUMINIUM AL. Wavelength: 396.2/309.31 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: PALLADIUM.Pd. Wavelength: 247.6 nm2 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: LEAD.Pb. Wavelength: 217.0 nm1 x  S&J JUNIPER & CO Hollow Cathode Lamp - Element: ZIRCONIUM.2r. Wavelength: 360.1 nm1 x  S&J JUNIPER & CO Hollow Cathode Lamp - Element: PLATINUM Pt. Wavelength: 265.91 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: CALCIUM.Ca. Wavelength: 422.71 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: TITANIUM Ti. Wavelength: 364.3 nm1 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: SILVER Ag Wavelength: 328.11 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: MAGANESE.Mn. Wavelength: 279.5 nm.1 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: TELLURIUM Te. Wavelength: 214.31 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: RHODIUM.Rh. Wavelength: 343.5 nm.1 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: ZINC Zn Wavelength: 213.91 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: Na/K. Wavelength: 589.0/766.51 x S&J JUNIPER & CO Hollow Cathode Lamp - Element: TUNGSTEN W Wavelength: 255.1

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.

Self-centering weighing pan of a floating nature is intended for HRP KO comparator. It is used inter (more)changeably with a standard weighing pan. The “floating” weighing pan is installed in course of a manufacturing process therefore remember to order it when purchasing the HRP KO comparator as it is not sold separately. The pan has been designed to aid the operator stabilize and level weights that are located eccentrically. Additionally it helps to place eccentrically group of weights, total mass of which equals reference weight mass.