ジャパンコントロールス 「Japan Controls Co. Ltd.」 Product Lineup

The device consists of a high-pressure sensor section and a setting/monitoring section, and it has a compact design suitable for tabletop use. The sensor operates electromagnetically with a falling piston and calculates the operating time based on viscosity. An RTD is installed in the sensor, allowing for viscosity measurements that are temperature-corrected by continuously measuring the actual temperature. The monitoring section features a menu-based display and input operations, enabling easy and accurate work.

It is possible to measure the liquid viscosity from a very small sample volume of 75μL, with a maximum pressure of 138MPa and a maximum temperature of 375°C. The viscosity range is from 0.2 to 20,000 cP, and the measurement ratio is 1:20, subdivided into 13 ranges, providing stable accuracy and reliability.

The measurement principle is based on free fall, and the measuring section moves the piston back and forth using electromagnetic force. The structure is extremely simple and has good cleanability. The measurement range is 0-10,000 cP, subdivided into 12 ranges, with a measurement ratio of 20:1 for each range. 【Features】 ◆ High precision measurement values ◆ Ease of maintenance and high performance ◆ Minimal sample requirement ◆ Over 8,000 units delivered worldwide

The device consists of a high-pressure sensor section and a setting/monitoring section, and it has a compact design suitable for tabletop use. The sensor operates electromagnetically with a falling piston, calculating the operating time based on viscosity. An RTD is installed in the sensor, allowing for viscosity measurements that are temperature-corrected by continuously measuring the actual temperature. The monitoring section features a menu-based display and input operations, enabling easy and accurate work.

Real-time viscosity measurement can be performed on the process line. The compact, field-mounted viscometer provides inline viscosity measurement and control capabilities in various process lines or process loops.

It is possible to measure the liquid viscosity from a very small sample volume of 75μL, with a maximum pressure of 138MPa and a maximum temperature of 375°C. The viscosity range is from 0.2 to 20,000 cP, and the measurement ratio is subdivided into 13 ranges at 1:20, providing stable accuracy and reliability.

The measurement principle is based on free fall, and the measuring part moves the piston back and forth using electromagnetic force. The structure is extremely simple and has good cleanability. The measurement range is 0-10,000 cP, subdivided into 12 ranges, with a measurement ratio of 20:1 for each range. <Features> - High precision, high reproducibility, low cost - Simple and durable - Quick measurement results - Minimal maintenance, almost negligible - Easy cleaning - High stability - calibration values are preserved for a long time

CVI Corporation is a specialized manufacturer of viscometers. CVI has developed numerous products to accommodate various applications. The measurement principle is based on a falling body method, where a piston moves within a cylinder, and the time taken to move is measured as viscosity by sequentially energizing two coils. The fluid is drawn into and expelled from the cylinder by the movement of this piston. As a result, the cylinder, which serves as the measurement chamber, is constantly refreshed with fluid, maintaining a fresh state. For laboratory use, we offer a small-volume viscometer that requires only 2ml of sample volume, as well as instruments capable of measuring the viscosity of a wide range of fluids up to temperatures of 185°C and pressures of 131MPa. In addition to laboratory models, CVI also manufactures a variety of process models using the same measurement principle, facilitating future expansion into process applications.

The laboratory viscometer "VISCOlab series" is easy to operate, highly reliable, and has a wide measurement range, meeting the performance requirements of researchers. Additionally, it provides accurate results with a small amount of sample. It is used in various fields including oil, ink, paint, coatings, as well as a wide range of pharmaceuticals, chemicals, automotive fuels, motor oils, petrochemicals, printing, and biotechnology. 【Features】 ◆ High precision measurement values ◆ Easy maintenance and high performance ◆ Minimal sample requirement ◆ Over 8,000 units delivered worldwide *For more details, please download the catalog or feel free to contact us.

Cambridge Viscosity, a specialized manufacturer of viscometers, holds a leading position internationally in the measurement of fluid viscosity. We develop and produce a wide range of products, from laboratory models to those for process control. At Japan Controls, we also have demo units available, so please contact us if you would like to request a demonstration! 【Features】 ● Innovative and highly efficient viscosity measurement technology ● Extremely high accuracy and easy maintenance ● Laboratory (for research and sampling) / process viscometers tailored to your applications 【Product Lineup】 ■ A variety of laboratory models convenient for sampling measurements ■ Process models - Real-time control within the line ⇒ Inline (installed in piping), in-tank (installed in tanks), and ultra-compact models Various sensor shapes and sizes are available to match installation conditions 【Applications】 Due to the fault-free structure of Cambridge viscometers, they are used in a wide range of fields including oil, ink, paint, coatings, pharmaceuticals, chemicals, automotive fuels, motor oils, petrochemicals, printing, biotechnology, and more. *For more details, please contact us.

To control viscosity in high-temperature processes, a viscosity control setting program can be created up to 40. The built-in software focuses on "no operation required after setting" and includes: - RS232 interface - Selection of analog output along with alarm signals - Automatic data logging function, which is effective for process control The sensor automatically replaces the fluid and also has a self-cleaning function. **For more details, please download the catalog.**

The "VISCOlab 3000" features an electronically controlled temperature regulation function, making it ideal for conducting high-temperature tests in environments where an independent constant temperature water bath is not available. It can measure temperatures up to 180°C, provided they are higher than room temperature, and with the optional cooling jacket, it can also measure low temperatures down to -40°C. The sensors can measure viscosity up to 20,000 cP with a range of 20:1, and continuous viscosity measurements, temperature data, and temperature-corrected viscosity values (TCV) can be obtained with just 1.5 ml of sample volume. 【Features】 ○ High precision measurements ○ Easy maintenance and high performance ○ Minimal sample volume required ○ Over 8,000 units delivered worldwide ● For more details, please download the catalog or contact us.

!! Density measurement is also possible !! The VP2100 series viscometer, a new product from Cambridge Viscosity, has been developed specifically for process control. The sensor, which incorporates a long-established reciprocating piston method, performs real-time measurements using a small amount of sample liquid. The installation of the sensor is easy, and it offers excellent maintainability, providing a stable signal even over long calibration intervals. The sensor is unaffected by external environmental factors, vibrations, or changes in flow rate. Additionally, it is highly durable and the system remains unaffected even with heavy sample liquids outside the measurement range. <Advantages> - Low cost - Easy integration - Minimal maintenance - Quick return on investment !! For more details, please contact us !!

★The measurement principle is based on free fall, where a piston moves up and down within a liquid chamber, and the time taken for this piston to move is related to the fluid viscosity. ★The only moving part is this piston, which operates without any issues even under high pressure, ensuring stable operation. For more details, please contact us or download the catalog.

Real-time viscosity measurement can be performed on the process line. The compact, field-installable viscometer provides inline viscosity measurement and control capabilities in various process lines or process loops. Examples of use: - Photoconductors for copiers - Insulating materials for electric wires and cables - Lubricating oil for compressors - Lubricating oil for refrigerants - Fuel oil - Common rail test equipment for diesel engines - Paint - Medical polymers - Proven performance with pharmaceuticals, blood, etc. For more details, please download the catalog or contact us.

Cambridge Viscosity (CVI), a specialized manufacturer of viscometers, is an international leader in fluid viscosity measurement. We develop and produce a wide range of products, from lab models to process control applications. We also have demo units available, so please contact us if you would like to request a demonstration! 【Features】 ● Innovative and highly efficient viscosity measurement technology ● Extremely high accuracy and easy maintenance ● Lab-type (for research and sampling) / process viscometers tailored to your application 【Product Lineup】 ■ A variety of lab (research) models convenient for sampling measurements ■ Process models - Real-time control within the line ⇒ Inline (installed in piping), intank (installed in tank), ultra-compact Various sensor shapes and sizes available to match installation conditions *For more details, please contact us.

<Main Features> - Easy installation and inspection - Built-in temperature sensing element - Automatic cleaning - No seals - Entirely SS316 construction - Small sample volume - Proven technology - Compatible with 1/2” NPT threads ! For more details, please contact us or download the catalog!

We offer liquid viscosity measurement using the laboratory-type viscometer Visco Lab 4000 from Cambridge Viscosity. The service fee starts at 50,000 yen for 1 sample/1 temperature. For samples of the same type, we will first conduct a preliminary assessment to determine the feasibility of measurement with one sample. Please check with the person in charge regarding the cost of the preliminary assessment. ★ A sample volume of just 2ml is sufficient, and we have prepared four viscosity ranges: 0.5-10 cP, 5-10 cP, 50-1,000 cP, and 500-10,000 cP, with temperature settings available for specified values between 10℃ and 80℃. ★ The measurement data for the sample liquid will include raw measurement data, a viscosity meter calibration inspection report, a calibration standard liquid inspection report, and a calibration standard liquid traceability diagram. ★ If there are multiple sample concentrations or if there is a request for multi-point temperature measurements, we will accommodate each point accordingly. ★ As for the delivery time, we typically accept orders within one week after receiving the request. Please contact us for more details.

Challenges faced by medical device and optical lens manufacturers. Is it not the management of coatings? ★ The global eyewear industry, including protective safety glasses, launched in 2020 at a staggering price of $150 billion, and the COVID-19 pandemic significantly accelerated demand. Hospitals and medical facilities are ordering safer glasses and face shields. ★ In addition to face masks needed worldwide, or as a substitute, face shields are being worn in schools and retail. ★ Recently, Cambridge Viscosity published a case study regarding Honeywell's Industrial Safety Group in Smithfield, Rhode Island. ★ This group has significantly improved its manufacturing capacity for safety goggles in response to the demand for PPE (personal protective equipment) from laboratories and hospitals. ★ The demand for eyewear is further increasing, supported by the suggestion that glasses help prevent people from touching their faces, and corrective lenses or sunglasses can further enhance protection from airborne droplets. For more details, please contact us or download the catalog.

We accept liquid viscosity measurements using the Cambridge Viscosity Lab 4000 laboratory viscometer. The service fee starts at 50,000 yen for 1 sample/1 temperature. For samples of the same type, we will first conduct a preliminary assessment to determine the feasibility of measurement with one point. Please check with the person in charge regarding the cost of the preliminary assessment. ★ A sample volume of just 2ml is sufficient, and we offer four viscosity ranges: 0.5-10 cP, 5-10 cP, 50-1,000 cP, and 500-10,000 cP, with temperature settings available for specified values between 10℃ and 80℃. ★ The measurement data for the sample liquid will include the raw measurement data, a calibration inspection report for the viscometer, a calibration standard liquid inspection report, and a traceability diagram for the calibration standard liquid. ★ If there are multiple sample concentrations or requests for multi-point temperature measurements, we will accept them at the respective rates. ★ Regarding delivery time, we typically accept orders within one week after receiving the request. For more details, please contact us.

!! Density measurement is also possible !! The VP2100 series viscometer, a new product from Cambridge Viscosity, has been developed specifically for process control. The sensor, which incorporates a long-established reciprocating piston method, performs real-time measurements using a small amount of sample liquid. The installation of the sensor is easy, and it offers excellent maintainability, providing a stable signal even over long calibration intervals. The sensor is unaffected by external environmental factors, vibrations, or changes in flow rate. Additionally, it is highly durable and the system is not compromised even with heavy sample liquids outside the measurement range. <Advantages> - Low cost - Easy integration - Minimal maintenance - Quick return on investment !! For more details, please contact us !!

In the pharmaceutical industry, accurately understanding the viscosity of raw materials, intermediate products, and final products is essential to ensure the stability of formulations. Particularly, since viscosity variations directly affect the quality and efficacy of formulations, they can impact product uniformity and shelf stability. The VP2100 series viscometer addresses these challenges by enabling real-time measurement with a small amount of sample liquid, supporting process optimization. 【Application Scenarios】 - Evaluation of viscosity characteristics in formulation development - Quality control in manufacturing processes - Incoming inspection of raw materials - Verification of differences between product batches 【Benefits of Implementation】 - Contributes to improved stability of formulations - Enhances the accuracy of quality control - Streamlines manufacturing processes - Maintains product uniformity

In the manufacturing of implant materials, strict quality control is required to ensure biocompatibility. In particular, the viscosity of the materials significantly affects moldability and the performance of the final product, making accurate measurement and management essential. Inadequate viscosity management can lead to decreased uniformity of the materials and hinder the expected expression of biocompatibility. The VP2100 series viscometer performs real-time measurements with a small amount of sample liquid, supporting process optimization. It also allows for density measurement, aiding in a multifaceted understanding of material properties. 【Usage Scenarios】 - Viscosity management in the manufacturing process of implant materials - Quality evaluation of biocompatible materials - Evaluation of material properties in the research and development stage 【Benefits of Implementation】 - Maintenance of stable material quality - Streamlining of the manufacturing process - Improvement of product reliability

In the automotive industry, the accurate understanding of viscosity in lubricant performance evaluation is directly linked to the reliability and durability of the product. In particular, understanding viscosity characteristics in relation to usage environment and temperature changes is crucial for the development and selection of optimal lubricants. Improper viscosity management can lead to decreased engine performance and component wear. The VP2100 series viscometer measures viscosity in real-time with a small sample of liquid using a reciprocating piston method, contributing to process control. It also allows for density measurement, enabling a more detailed understanding of fluid characteristics. 【Application Scenarios】 - Quality control of lubricants - Viscosity characteristic evaluation in new product development - Viscosity monitoring on the manufacturing line 【Benefits of Implementation】 - Improved accuracy in lubricant performance evaluation - Shortened product development cycle - Stable quality product supply

In the paint and ink industry, it is essential to accurately evaluate the coating properties that influence product quality. In particular, the uniformity during application and the beauty of the finish are directly linked to the product's value. Variations in viscosity can lead to uneven application and poor drying, potentially reducing the reliability of the product. The VP2100 series viscometer conducts real-time measurements with a small amount of sample liquid, providing stable viscosity data necessary for evaluating coating properties. This contributes to process optimization and improvement of product quality. 【Usage Scenarios】 - Viscosity management of paints and inks - Integration into coating equipment - Evaluation of coating properties in quality control 【Benefits of Implementation】 - Quality improvement through stabilization of coating properties - Rapid evaluation through real-time measurements - Process optimization

In the oil and gas industry, accurately understanding the fluid properties of crude oil and natural gas is essential for improving production efficiency and stabilizing processes. In particular, the viscosity of fluids is a crucial indicator in transportation, storage, and refining processes. Inaccurate viscosity measurements can lead to equipment damage and production losses. The VP2100 series viscometer is specifically developed for process control, addressing these challenges by performing real-time measurements with a small amount of sample liquid. It also allows for density measurements, contributing to a detailed understanding of fluid properties. 【Usage Scenarios】 - Viscosity management of crude oil, natural gas, and refined oil - Real-time viscosity monitoring in process lines - Understanding fluid properties in quality control 【Benefits of Implementation】 - Improved production efficiency through process optimization - Stable operation of equipment and reduced maintenance costs - Consistency in product quality and enhanced reliability