Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.
3661～3690 item / All 3784 items
Water vapor permeability measuring device
Love Sync Instruments Co., Ltd. strives to provide the best and most comprehensive quality control solutions in the pharmaceutical, food, cosmetics, packaging, printing, adhesives, automotive, petrochemical, environmental, biological, new energy, construction, aerospace, and electronics industries as an excellent provider of measurement instruments and measurement services.
Introducing key points and considerations to pay attention to when introducing a powder dispersion machine! Frequently asked questions are also included.
Powder dispersion is an important process for enhancing product quality. It is carried out in various fields such as pharmaceuticals, cosmetics, and chemical products, and specialized equipment has also been developed. Some may be wondering, "I want to introduce a powder dispersion device, but I'm unsure which one to choose." In this blog, we will explain the methods of powder dispersion and the devices used for powder dispersion. By reading the article, you will understand the points to consider and precautions when introducing powder dispersion equipment. If you want to learn about dispersion machines or are considering their introduction, please take a look. [Contents] ■ About powder dispersion devices ■ How to introduce powder dispersion machines ■ Frequently asked questions about powder dispersion and powder dispersion machines ■ Summary *For detailed content of the blog, you can view it through the related links. For more information, please feel free to contact us.
Anionic surfactants in environmental water and drinking water can be measured (using a continuous flow analysis method).
The chloroform extraction method has been automated to enable stable measurement of low-concentration anionic surfactants. It is possible to measure 20 samples of anionic surfactants per hour. 【Features】 ■ Automation of the chloroform extraction method ■ Stable measurement of low-concentration anionic surfactants ■ Measurement of 20 samples of anionic surfactants per hour ■ Reduction of chloroform exposure during measurement ■ Excellent processing capacity and cost performance *For more details, please refer to the PDF document or feel free to contact us.
Measurements in the horizontal and vertical directions, with support for diagonal measurements as well. Measurement equipment can be directly shipped to the site via courier. Dispatch of measurement personnel is also possible. A device that combines accuracy and ease of use for measurements.
The device "NEMONAVI" was developed in response to the request for an easy way to measure the bends in pipes buried during anchor construction and ground improvement. It can also easily conduct surveys of buried pipes (such as water, communication, electricity, and gas). "NEMONAVI" measures the degree of bending in the pipe through a sensor with a built-in gyro, displaying the results in graph form on a computer. 【Features】 ◎ For a measurement of a 50m pipe, it takes about 20 minutes from the start of measurement to the display of results. The compact device has minimal impact on construction. ■ Available for rental from one day to long-term (demonstrations can be discussed) ■ Capable of measuring small diameter pipes (sensor unit outer diameter: φ39mm) ■ With a built-in gyro and cable-free operation (data transmission and power supply), it is easy to wind the sending wire and is not affected by noise during measurement ■ Displays the condition of the pipeline on the PC screen in real-time ■ The insertion and retrieval speed of the sensor unit is adjustable ■ Measurements can be conducted by one operator and one assistant ■ Registered with NETIS (No.KTK-160006-A)
Industry standard that vividly reveals potential defects in solar cells, EL image inspection device PVX330.
24 million pixel high-definition camera Auto focus Automatic power control Supports bulk measurement of large modules Easy yet high-performance image processing software Achieves a low price of one-third of conventional models Free sample evaluation demo now available.
This is a measuring device that automatically switches between lifetime evaluation and IVL measurement of organic EL devices.
The LIFE & IVL aging change measurement device "Model ELS-100LV" is a device for measuring and evaluating the lifespan and IVL characteristics over time of numerous organic EL devices. It automatically switches between lifespan evaluation measurements and IVL measurements for testing. 【Features】 ○ Capable of capturing images of the light-emitting element's illumination state ○ Lifespan measurement drive power supply: constant current drive For more details, please contact us or download the catalog.
We accept measurements of liquid viscosity. A small sample volume is sufficient, with only 2ml required.
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.
We accept measurements of liquid viscosity. A small sample volume is sufficient, with only 2ml required.
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.
Real-time monitoring of tide levels and water levels in distant locations!!
This is a system for real-time monitoring of tide levels by wirelessly transmitting tide level data measured at a measurement station to confirmation locations such as workboats and offices using a wireless modem. A measurement box and a wireless modem for transmission are installed at the measurement location, and power is supplied. At the location where data needs to be confirmed, a computer and a wireless modem for reception are set up, and once configured, measurements can be taken. Depending on the required variability and accuracy, an optimal configuration based on four types of sensors can be selected. ***Applications*** - Measurement of tide levels during marine construction and water-based projects, such as dredging and seabed improvement. - Management and monitoring of water levels in dams, ponds, and reservoirs, as well as in rivers and lakes. - Monitoring and verification of groundwater levels, such as well water and underground water. - Alarm systems for flood conditions in rivers. - Various other applications for measuring the depth of liquids.
Kinki Regional Development Bureau, Ministry of Land, Infrastructure, Transport and Tourism, Kinki Technical Office, Development Products
This is a rammer equivalent to the JISA1210 standard, equipped with a special accelerometer. It allows a 4.5 kg weight to be freely dropped from a height of 45 cm onto the compacted subgrade or base, instantly displaying the magnitude of the impact acceleration, known as the "impact value," on a digital display.
A bright, high-resolution, and easy-to-read screen.
The portable multi-water quality meter (salinity) Multi3410 is a salinity meter used for measuring salinity levels in brackish areas such as estuaries, bays, brackish lakes, and tidal flats. It uses IDS sensors, and the calibration data is stored in the sensor! With a bright, high-resolution, easy-to-read screen, it is ideal for field measurements! It comes standard with a USB interface. 【Features】 ○ In addition to a waterproof structure with an IP67 protection rating, it includes a dedicated rubber cover to protect against scratches and impacts. ○ Durable waterproof keypad. ○ Flat operation keys that respond well even when wearing gloves. ○ Easy-to-insert sensor connector. For more details, please contact us or download the catalog.
![[Data Download Available] Influence of Atmosphere in TG-DTA Measurements](https://image.mono.ipros.com/public/product/image/14a/2000749645/IPROS04085666219352431742.png?w=280&h=280)
It is necessary to correctly select the measurement atmosphere for TG-DTA based on the information you want to know. We will select and measure it appropriately.
The differential thermal gravimetric analysis device (TG/DTA) allows for the measurement of weight changes due to oxidation, thermal decomposition, dehydration, etc., as well as the evaluation of thermal resistance and analysis of reaction rates. In this case, we will introduce "the influence of atmosphere in TG-DTA measurements." We listen to our customers' situations and propose appropriate measurement atmospheres, which serves as the background for this. By utilizing this comparison, it is possible to distinguish whether the resin sample itself is burning or if it is gas released from the sample. In addition to TG/DTA, our company also specializes in various thermal analyses such as DSC and TMA. ●DSC: It can be used for the analysis of melting, glass transition, thermal history, crystallization, curing, Curie point, etc., as well as for measuring specific heat. ●TMA: It can be used for measuring expansion rates, glass transition, softening points, etc. Please see the following for examples of thermal analysis: https://www.seiko-sfc.co.jp/case/index.html *Other materials are also available. If you request through the inquiry button, we will send them to you.
BER measurement device compatible with advanced broadband satellite digital broadcasting transmission method (Advanced BS).
This device is a bit error rate (BER) measurement instrument that supports advanced wideband transmission methods and will be operational from 2011. It complies with the technical conditions regarding the enhancement of satellite digital broadcasting as outlined in the 2020 Information and Communications Council's Advisory Report No. 2023, specifically the "Technical Conditions for Satellite Digital Broadcasting" (dated July 29, 2008). By combining it with the 3253A Advanced Wideband Satellite Digital Broadcasting Signal Generator, it allows for the sharing of frame structures for advanced wideband transmission methods, providing an environment that facilitates bit error rate measurements with complex settings. Additionally, it is also capable of measuring the bit error rate of MPEG TS in various digital television broadcasts.
A BER (Bit Error Rate) measurement device that enables the measurement of the BER of a digital TV tuner.
This device is an error rate meter for measuring bit errors from a TS (Transport Stream) input. It features a transmission section that generates a pseudo-random signal for measurement and a reception section that measures bit errors, all in a standalone configuration that does not require an external host computer (such as a PC). It is equipped with two measurement modes: TS mode and TEST mode. In TS mode, error rate measurement is possible from the TS input of various digital broadcasts. In TEST mode, general error rate measurement using a pseudo-random signal is possible. The panel is equipped with a color LCD display (640×240/64 color display), allowing for user-friendly operation and diverse display of measurement results.
A low-cost BER (Bit Error Rate) measurement device that enables the measurement of BER for digital TV tuners.
This device is an error rate measurement instrument for measuring the bit error rate from TS packets of various digital broadcasts.
Achievements in the medical school of a university.
It is used in medical schools across the country. These products are suitable for various research fields such as nursing, pharmacotherapy, and infectious diseases. It is an innovative pH meter in the field of water quality measurement that achieves high accuracy as a tabletop model while being low-priced. Users have provided feedback such as: - Easy to operate - Portable and versatile - Good design
We measure the carbon dioxide and air in beverages such as cans, bottles, and PET bottles.
This product is a device that measures carbon dioxide and air in beverages, regardless of whether they are in glass bottles, PET bottles, or cans. It automatically accommodates bottles and cans of all sizes and can be used for both 1-liter and 2-liter containers. In the 'Series 7000', it is necessary to convert gas volume using the included chart, but by replacing the pressure gauge and thermometer with the DGV-1, gas volume can be measured easily and accurately. Additionally, it comes standard with a 100cc burette that can measure air up to 25cc. 【Features】 ■ Automatically accommodates bottles and cans of all sizes ■ Usable for both 1-liter and 2-liter containers ■ Comes standard with a 100cc burette that can measure air up to 25cc *For more details, please refer to the catalog or feel free to contact us.
We have achieved high-speed measurements of a wide range on the order of several tens of mm with sub-micron level measurement accuracy.
By performing three-dimensional measurements, it is optimal for measuring warpage of precision machined parts that cannot be detected by cross-sectional curves, shape defects of molded products, and quantitative evaluation of wear and scratches in tribology. - Measurement of samples that would get scratched or where the stylus could break with contact methods. - Measurement of transparent or mirror-like surfaces, which was impossible with conventional optical methods. - Compliant with the latest standard ISO-25178-605 for surface texture, it can be used as a standard instrument for roughness evaluation.
![[English Market Research Report] Global Market for e-Passports](https://image.mono.ipros.com/public/product/image/122/2001208235/IPROS14325817534865455484.png?w=280&h=280)
"Free samples" are currently being offered! Please check the application method from the [PDF download] button, or apply directly from the related links.
The market size of e-passports is expected to grow rapidly in the coming years. By 2028, it is projected to reach 99.1 billion USD with a compound annual growth rate (CAGR) of 24.3%. The anticipated growth during the forecast period may be related to the integration with wearable devices, advancements in survival detection, the establishment of regulatory frameworks for biometric payments, user education and acceptance, and customization to suit diverse industries. Key trends expected during the forecast period include collaboration between technology providers and financial institutions, advancements in facial recognition technology, government support for digital payments, global expansion of digital payment infrastructure, and the integration of blockchain and cryptocurrencies.
![[Use Case] Confirming Oxidative Degradation! Evaluation of Recycled Materials](https://image.mono.ipros.com/public/product/image/5ab/2000857405/IPROS60120519370182220798.png?w=280&h=280)
"How much has the recycled material oxidized and deteriorated?" can be checked! It enables effective use of materials and reduction of waste.
Organic materials emit extremely weak light (photon level) when they undergo oxidative degradation. The weak luminescence detection device, "Chemiluminescence Analyzer," captures invisible light and sensitively detects oxidative degradation at a very early stage. By evaluating the oxidative degradation of recycled materials, it is possible to manage the mixing ratio of new materials, enabling effective utilization of recycled materials and reduction of waste. Additionally, we offer paid contract measurements for brightness measurement, spectral measurement, and image measurement. The initial trial measurement is free, so please feel free to give it a try. 【For concerns like these】 ■ From the perspective of SDGs, I want to use recycled materials. ■ Will increasing the number of recycling cycles lead to degradation? ■ I want to determine the mixing ratio and appropriate amount of recycled materials. 【Features】 ■ By evaluating the oxidative degradation of recycled materials: - Management of new material mixing ratios is possible. - Effective utilization of recycled materials and waste reduction. *For more details, please refer to the PDF document or feel free to contact us.
No need to bring a PC on-site! This is a construction limit measuring device that can measure using only the measuring instrument. We can provide demo units for loan/rental. Reports are also easy to create.
This is a building gauge measuring device for railway operators. Its main purpose is to be used in railway facilities such as tunnels, platforms, and signals. The rotation angle of the internal laser distance sensor is controlled by an internal motor, allowing for continuous and single measurements. The measurement results are saved to a microSD card, enabling serial data communication output to a PC or similar devices. A dedicated base is used to install the measuring device on the track, and it can simultaneously measure cant and slack along with the building gauge measurement. To measure, the base is installed on the rail, and the laser is directed at the desired measurement point while pressing the measurement switch. The horizontal distance from the rail surface and the track center, as well as the height, are measured, and simultaneously, the measurement points are plotted on the building gauge diagram, with the clearance values calculated. 【Features】 ■ Equipped with a color graphic LCD - Allows for confirmation of measurement results on-site ■ Inclination sensor included - Cant measurement possible with a dedicated base ■ Compact and labor-saving - Has a widening measurement function *If you are interested in renting, please indicate your rental request by clicking the "Contact Us" button below.
It is a measuring device for railway operators. It is compact and lightweight, making it portable by one person (7.6 kg). It can lead to a reduction in the number of workers. Development support is also available.
This is a building gauge measuring device for railway operators. Its main purpose is to be used in railway facilities such as tunnels, platforms, and signals. The rotation angle of the internal laser distance sensor is controlled by an internal motor, allowing for continuous and single measurements. The measurement results are saved to a microSD card, enabling serial data communication output to a PC or similar devices. A dedicated base is used to install the measuring device on the track, and it can simultaneously perform cant measurement and slack measurement along with the building gauge measurement. To measure, the base is installed on the rail, and the laser is directed at the desired measurement point while pressing the measurement switch. The horizontal distance from the rail surface and the track center, as well as the height, are measured, and simultaneously, the measurement points are plotted on the building gauge diagram, with the clearance values calculated. 【Features】 ■ Equipped with a color graphic LCD - Allows for confirmation of measurement results on-site ■ Inclination sensor included - Cant measurement is possible with the dedicated base ■ Compact and labor-saving - Has a widening measurement function *If you are interested in rental, please click the "Contact Us" button below and indicate your rental request.
Precise measurement of silver ion concentration! Portable size for easy carrying.
The AGT-131 is a portable ion meter that can precisely measure the effective concentration range of silver ion disinfection (water additive type) from 0.00 to 0.25 ppm (mg/l). It is specifically designed to measure the effective concentration range of silver ion disinfection, making it easy to use and operate smoothly. It is equipped with a two-point calibration function for zero and span calibration, allowing for highly accurate measurements tailored to the water quality being tested. 【Features】 ■ Specifically designed to measure the effective concentration range of silver ion disinfection ■ User-friendly with smooth operability ■ Equipped with a two-point calibration function ■ Allows for highly accurate measurements tailored to the water quality being tested *For more details, please refer to the catalog or feel free to contact us.
