16～30 item / All 30 items
Water management in the cultivation environment of mushroom fungi.
This device measures the water activity contained in food (such as confectionery and ham) and is used for quality control purposes.
Are you having trouble with moisture management in pharmaceutical development and manufacturing? The Novacina moisture activity measurement device will solve that problem!
[Problems Caused by Moisture] 1. Microbial growth 2. Decreased physical and chemical long-term stability 3. Reliability of drying process management → Solving these problems may be difficult with simple moisture content measurement alone. Measuring water activity is the optimal method for accurately managing the moisture of very dry pharmaceuticals. The LabMaster-aw from Novasina can measure water activity values from 0.03aw to 1.00aw. We also have demo units available for loan!
Seventeenth revision - Measurement compliant with the Japanese Pharmacopoeia is possible! Suitable for low moisture active samples such as powders! Compatible with IQ/OQ and part 11.
The Novasina company's "Water Activity Measurement Device" can perform measurements in accordance with the "General Testing Methods" specified in the 17th revision of the Japanese Pharmacopoeia announced in 2016. By adopting an electrical resistance-type humidity sensor, the water activity measurement range can accommodate a minimum of 0.03 aw, making it suitable for low water activity samples such as powders and tablets! <Benefits for customers in the pharmaceutical industry using Novasina products> - The Novasina water activity measurement device adopts the calibration points specified in the pharmacopoeia, allowing for calibration in accordance with pharmacopoeial methods. (Other devices may use different calibration points.) - In addition to the above points, calibration is also possible at Aw 0.03 (ERH 3.4%). It can handle very dry powders and tablets, as well as low water activity samples. - Higher-end models like the LabMaster-aw come with a constant temperature system. Additionally, we have extensive experience in IQ/OQ installation and validation for pharmaceutical companies. *For more details, please refer to the catalog. Feel free to contact us with any inquiries.
Sample containers made of platinum and other materials are available! A measuring device capable of high-precision simultaneous thermal weight analysis.
The "Setline STA/STA+" is a simultaneous TG-DSC measurement device manufactured by Setaram Instrumentation. It features a platinum alloy plate-type DSC sensor, achieving high-sensitivity calorimetry across the entire measurement range of the device (room temperature to 1100°C). With a highly sensitive and stable balance, it enables high-precision simultaneous thermogravimetric analysis. 【Features】 ■ Utilizes a platinum alloy plate-type DSC sensor ■ Achieves high-sensitivity calorimetry ■ Enables high-precision simultaneous thermogravimetric analysis ■ Sample containers: aluminum, alumina, and platinum are available *For more details, please refer to the PDF document or feel free to contact us.
![Saturation Magnetization Characteristic Measurement Device [Setaram Instrumentation]](https://image.mono.ipros.com/public/product/image/2aa/2000511337/IPROS50607389068768792510.jpeg?w=280&h=280)
Quickly and accurately measure the saturation magnetization (σs) of ferromagnetic materials.
The sigma meter is a device specifically designed for measuring saturation magnetization (σs). This parameter is widely used as an indicator of the properties of ferromagnetic materials and is independent of the sample's structure and shape. The measurement of saturation magnetization itself is completed in about 10 seconds. Additionally, the operation of the sigma meter is very simple, making it easy to incorporate into manufacturing processes as a quality control test. 【Application Examples】 ◆ Management of the manufacturing process of cemented carbide (sintered materials) ◆ Quality control of magnets and magnetic compounds ◆ Quality control in alloy manufacturing (martensite measurement, austenite measurement, ferrite measurement) ◆ Quality control of nickel, cobalt, iron carbide, iron oxide, and ferrite-containing materials
Evaluation of viscosity numbers for polyamides, polybutylene terephthalate, and others.
Lauda's fully automatic dynamic viscosity measurement device PVS VAS In high-performance plastics, managing the viscosity number (Reduced Viscosity) is essential, and quality control of materials is conducted by understanding the polymer chain length. Lauda's dynamic viscosity measurement system can be constructed to minimize the handling of highly irritating, toxic, and corrosive solvent chemicals, contributing to the safety of operators. By establishing a fully automatic system, it is possible to automatically perform a series of operations from the automatic preparation of diluted polymer solutions, injection into viscosity tubes, viscosity measurement, to the cleaning and drying of viscosity tubes after measurement, demonstrating its effectiveness in routine work that requires efficient measurement of many samples, such as resin material evaluation for each batch.
![[For the cosmetics industry] Moisture absorption and desorption measurement device IGA Sorp](https://image.mono.ipros.com/public/product/image/93c/2000225141/IPROS6144200980612266682.jpg?w=280&h=280)
Rapid and accurate measurement of the absorption and desorption of water and other vapors.
The IGA SORP moisture adsorption and desorption measurement device automatically measures the moisture adsorption and desorption on material surfaces using a gravimetric method, making it suitable for isothermal experiments and isochoric experiments, as well as for analysis in research and development and quality control. Using a high-precision balance, it automatically measures the moisture content under the set temperature and humidity conditions.
![[For the fuel cell industry] Moisture absorption and desorption measurement device IGA Sorp](https://image.mono.ipros.com/public/product/image/45f/2000225142/IPROS6144200980612266682.jpg?w=280&h=280)
Rapid and accurate measurement of the adsorption and desorption of water and other vapors.
The IGA SORP moisture adsorption and desorption measurement device automatically measures the moisture adsorption and desorption on material surfaces using a gravimetric method, making it suitable for isothermal and isochoric experiments, as well as for analysis in research and development and quality control. Using a high-precision balance, it automatically measures the moisture content under the set temperature and humidity conditions.
![[For the film industry] Moisture absorption and desorption measurement device IGA Sorp](https://image.mono.ipros.com/public/product/image/7ec/2000225145/IPROS6144200980612266682.jpg?w=280&h=280)
Rapid and accurate measurement of the adsorption and desorption of water and other vapors.
The IGA SORP moisture adsorption and desorption measurement device automatically measures the moisture adsorption and desorption on the surface of substances using a gravimetric method, allowing for isothermal and isochoric experiments, making it ideal for analysis in research and development as well as quality control. Using a high-precision balance, it automatically measures the moisture content under the set temperature and humidity conditions.
![[For the pharmaceutical industry] Moisture absorption and desorption measurement device IGA Sorp](https://image.mono.ipros.com/public/product/image/638/2000225146/IPROS6144200980612266682.jpg?w=280&h=280)
Rapid and accurate measurement of the adsorption and desorption of water and other vapors.
The IGA SORP moisture adsorption and desorption measurement device automatically measures the moisture adsorption and desorption on the surface of substances using a gravimetric method, making it suitable for isothermal experiments and isochoric experiments, as well as for analysis in research and development and quality control. Using a high-precision balance, it automatically measures the moisture content under the set temperature and humidity conditions.
High-precision measurement of co-adsorption of water vapor and carbon dioxide!
IGA ECOsorp is a benchtop adsorption measurement device targeted at decarbonization research. It allows for the high-precision measurement of the adsorption amounts of water vapor and CO2 through gravimetric methods and dynamic flow control. The concentrations of carbon dioxide and water vapor are controlled individually, with CO₂ partial pressure set above 100 ppm. Independent humidity adjustment enables accurate evaluation of material performance under Direct Air Capture (DAC) conditions. The measurement conditions are fully programmable, allowing adsorption measurements in a temperature range of 5 to 85 °C, and in-situ pretreatment and regeneration at temperatures up to 350 °C using a built-in heater.
The patented modulation three-dimensional cross-correlation technology enables high-precision DLS measurements by suppressing multiple scattering noise.
NanoLab 3D is a high-precision DLS device for measuring particle size distribution. Its patented groundbreaking modulated 3D cross-correlation technology allows for the measurement of high-concentration samples without dilution. - Measurement of particle size in turbid samples without dilution - Equipped with a high-output laser, capable of measuring highly diluted or highly absorbent samples - Minimum sample volume of 4 µL - Viscosity determination in zero shear viscosity measurement mode
![[For the food industry] Moisture activity measurement device <<Basic knowledge for selection>> Gift!](https://image.mono.ipros.com/public/product/image/8b6/2000174431/IPROS262548934311984920.JPG?w=280&h=280)
I will introduce the differences between moisture meters and water activity measurement along with specific examples.
To prevent the occurrence of food poisoning, which is a common issue in the food industry, it is essential to accurately measure the water activity (free water). Measuring only with a moisture meter does not provide sufficient assessment, as it measures both free water and bound water, meaning that even if the moisture content is low, it cannot be said that an adequate measurement has been achieved. So why can using a water activity measurement device solve the problems associated with measuring only with a moisture meter? This technical document addresses such questions! 【Contents】 ■ Why measure water activity? ■ Issues with using only a moisture meter ■ What a water activity measurement device can do ■ Voices from companies that have introduced water activity measurement devices ・Soy sauce industry ・Chocolate industry ・Meat product industry ・Fish processing industry *You can view the technical document for free by downloading it below! We hope it will assist you in selecting a water activity measurement device for your company.
![[For the food industry] Moisture activity measurement device LabTouch-aw](https://image.mono.ipros.com/public/product/image/606/2000174434/IPROS2570465672427277003.jpg?w=280&h=280)
I will be active in the fields of research and development and quality control in the food industry and the pharmaceutical industry.
We measure the water activity of food and pharmaceuticals with high precision (±0.005 aw). Only Novasina complies with the Notification No. 54 of the Food Sanitation Act regarding milk. We have demo units available! Rentals are also offered!
![[For the food industry] Moisture activity measurement device LabSwift-aw](https://image.mono.ipros.com/public/product/image/a3d/2000174435/IPROS7568195265924637094.jpg?w=280&h=280)
It is ideal for measuring water activity in the production sites and quality control of the food industry.
It is a compact size ideal for measuring water activity on-site. Only Novasina complies with the Food Sanitation Act's Notification No. 54 regarding milk. We have demo units available! Rentals are also offered!
