GENtle

Ohaus heavy-duty orbital shakers These models are designed to handle a wide range of applications, e (more)nsuring constant orbital shaking. Digital models offer accurate speed control for applications that require repeatable results. - Includes a tray and a rubber mat; over 70 accessories as an option - Maintenance free motor - Protect your champions. The increase function allows a gradual increase of the speed up to the set point, to avoid splashing. If so, a sensor detects the unbalance of the load and slows down the speed reaching a safer one Applications Cell cultures, solubility studies, extractions, suspensions and bacterial and yeast cultures, dyes / bleaches, immunoassays, protein studies, absorption techniques Display Independent LED displays that allow the operator to view speed and time settings simultaneously and control knobs with markings (analog models) Operation Detachable three-wire cable and plug (included) Communication RS232 interface provides one-to-one communication for data collection and unit control (digital models) Structure Cold Rolled Steel (CRS) Construction features Integrated tray (28x33 cm) with non-slip rubber mat included Technical characteristics of the SHHD1619AL model Movement: Orbital, 19 mm Capacity: 16 kg Transmission system: Brushless DC Motor; Triple Eccentric Calibration: Speed ​​calibration Orbit {metric}: 19 mm Power consumption: 75W Safety Certification: CE; TUV Speed ​​Accuracy: ± 1RPM, greater than 100RPM ± 1% of set speed Speed ​​range: 25 to 500 rpm Timer: from 1 to 120 minutes

Dimensions (WxDxH): 140 x 140 x 730 mm Compartment dimensions (WxDxH): 135 x 135 x 115 (x6) mm

The water vapour permeability determination set is used in moisture analyzers of max capacity greate (more)r than 50g. Water vapour permeability is a feature that determines the quality and practicality of application of a given fabric. Clothes or footwear made of materials of inadequate permeability may be unhealthy and uncomfortable. In order to determine water vapour permeability, RADWAG moisture analyzer has to be equipped with a water vapour permeability determination set. The developed method of testing water vapour permeability consists in placing required amount of water in a vessel made of aluminium alloy, inside which a fabric sample, cut using a blanking die, is clamped. Prior to the test, the sample should be left in a room with stable ambient conditions for 24 hours. It is recommended to place the vessel containing water and sample in the moisture analyzer and start the drying process at 40°C. The advantage of this method is a very short drying time. It takes up to 50 minutes to obtain the result. In contrast, measurement carried out using standard method takes up to 72 hours. Measurement results are presented in mg H2O / 1000 mm2 / 24h or as the percentage amount of water vapour passed through the material to the amount of water vapour passed without the tested fabric.

E1-class mass standards are the elite in the world of metrology, because standards of this class rep (more)resent the highest level of precision and accuracy in mass measurement. The E1 classification is one of the most stringent standards that standards must meet in order to be considered the most advanced and trustworthy measurement tools. E1 - class standard: stainless steel wire Nominal value: 10 mg Material: stainless steel What Are the Characteristics of the E1 Class? Highest Precision - The allowable deviation from the actual weight is minimal, making standards of this class ideal for applications where every gram matters. Stability and Repeatability - This guarantees a consistent level of accuracy over the long term. Accurate Calibration - Standards of this class must be regularly compared with other standards of known mass to confirm their measurement accuracy. Materials with Unique Properties - E1 class mass standards are often made of materials with exceptional physical properties, which makes them stable and resistant to changes in environmental conditions. Application 1. Analytical Laboratories In analytical laboratories where accurate measurements are crucial, E1 class mass standards are used to calibrate balances with the highest precision. 2. Pharmaceutical Industry In drug manufacturing, where even the slightest deviation from the standard affects quality, E1 class mass standards are irreplaceable. 3. Scientific Research In scientific research, especially in areas requiring the highest precision, such as physics or chemistry, E1 class mass standards are used to ensure reliable results. 4. Metrology Industry In metrology laboratories where research on E1 class mass standards alone is carried out, E1 class standards are the standard of excellence. Class E1 mass standards are not only measuring tools, but also a symbol of metrological excellence. Their use affects the quality of measurements in various areas of life because they provide precision that can be relied upon. They are a key element in the world of mass measurement, shaping standards and raising the bar for all measurement tools.

F1 class mass standards are exceptional measuring tools that represent the pinnacle of precision in  (more)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 mass standard: flat polygonal sheet Nominal value: 50 mg Material: nickel silver 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. 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.