Last Updated： Aggregation Period:Jul 09, 2025～Aug 05, 2025
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Oxygen permeability measurement device
The oxygen transmission rate measurement in air or 100% plastic films and packaging containers in oxygen (such as plastic bottles and plastic containers) are used to measure oxygen permeability. The oxygen transmission rate measurement system JIS K7126-2, ASTM D3985, ASTM F1307, ASTM F1927, ISO 15105-2 and other standards.
Gas permeability measurement device
The gas permeability measuring device film, foil, film composite Rezaroido will be used to measure gas permeability of various packaging materials and other materials like Purasuchikkufimuru. The gas transmission rate measurement system solubility coefficient of gas permeation of materials at various temperatures, we measured the diffusion coefficient and permeability. The gas transmission rate measurement system JIS K7126-A, ISO2556, ISO15105-1, ASTM D1434 and other standards.
Water vapor permeability measurement device
Water vapor transmission rate measuring equipment, plastic film to measure the water vapor transmission rate of various materials in the medical field and health barrier and laminated packaging materials. The water vapor transmission rate measuring device complies with standards such as JIS Z0208, JIS K7129, ASTM E96, ASTM D1653, ASTM F1249, ASTM E398, ASTM F372, ISO 2528, ISO 15106-1, ISO 15106-2, and ISO 15106-3.
![Automatic Bacterial Count Measurement Device TEMPO [Automating Tasks in Bacterial Count Measurement]](https://image.mono.ipros.com/public/product/image/811/2000357732/IPROS8002318467326032002.jpg?w=280&h=280)
An automatic viable cell count measurement device that innovatively simplifies the work involved in measuring microbial viable cell counts! It significantly reduces the time required for inspections!
TEMPO is an automated analysis system that innovatively streamlines and accelerates the measurement of viable bacterial counts in food. The viable bacterial count is not only a crucial indicator of food safety but also an important measure of quality. These tests account for a significant portion of food microbiological testing and are widely utilized in the management of manufacturing processes, production environments, and final products. TEMPO covers key parameters, enabling the optimization of processes in compliance with HACCP, in addition to confirming the quality of final products. 【Features】 ■ Significant reduction in working time with simple operation (reading completed in 12 seconds per test) ■ High accuracy and wide applicability ■ Centralized management of sample names, test items, test dates, and results, allowing for storage and extraction of test results ■ High processing capacity (10 types of parameters can be used with one type of operation method, and confirmation tests are not required) *Data provided by bioMérieux Japan Co., Ltd. *You can download the materials from the URL below. https://go.biomerieux.com/food_br_all
Easy to carry! For pharmacological or physiological research on the stratum corneum of the skin.
The "SKICON-200EX-USB" is a skin stratum corneum moisture measurement device that anyone can easily use. By conducting an in vivo moisturizer efficacy test, it allows for the assessment of the moisture condition of the stratum corneum and the evaluation of the moisturizing effects of cosmetics and topical agents. 【Features】 ■ Easy operation ■ Various sensor probes available ■ Focus on low distortion high-frequency sine voltage and linearity ■ Easy data processing ■ Lightweight *For more details, please refer to the PDF materials or feel free to contact us.
An automatic optical constant measurement device for intraocular lenses intended for use in mass production environments.
This is a production model equipped with a 9-axis automatic mechanism for measuring the optical constants of intraocular lenses, including XY stage, focus adjustment, reticle exchange, objective lens exchange, aperture change, corneal lens switching, wavelength switching, and collimator rotation, all of which can be controlled by dedicated software to fully automate any measurement task. (Compliant with EN/ISO11979)
Adhesive Holding Force Tester
Adhesive holding power measurement, measure the adhesive holding force, adhesive retention, retention measurement, retention, measurement Instrument measures the adhesive holding force retention pressure sensitive adhesive tape adhesive. Adhesive retention instrument conforms to JIS Z0237 standard. Contact phone :0086-531-8581102 E-mail: trade2@labthink.cn thank you to love the sink Instruments Incorporated.
Automotive interior material permeability measurement device
Automotive interior material porosity measuring device, measuring automotive interior material porosity, permeability automotive interior materials, automobile interior material, air permeability measurement system Automotive interior material porosity measuring device is a car seat material PVE, form, leather, textiles, etc. Automotive interior material porosity measuring device is JIS P8117, ISO 9237, ISO 4638, ISO 5636 and other standards.
It will be used for testing safety standards applicable to automatic doors in general.
This product is designed in accordance with JISA4722:2017 (Automatic Door Set for Pedestrians - Safety) and European standards EN12445, EN12453, EN16005, and EN18650. These standards mandate the control of impact forces for automatic doors and also specify the basic specifications for equipment that measures impact forces. The KMG-2000-G conducts measurements of static and dynamic impact forces for several seconds, displaying both the individual measurement and the average of three measurements (compliant with standards) on the screen, while storing data for 166 measurements (3 measurements per item) in its internal memory. Furthermore, by using dedicated software, data analysis, recording, and printing can be performed on a computer. Its compact, lightweight, and easy-to-operate design makes it highly effective for a wide range of needs, from product design to installation work on-site and maintenance.
This is a shock force measuring device for industrial collaborative robot drive arms, compliant with ISO/TS 15066 and TS B 0033 standards.
Collaborative robots are robots that work alongside humans without the need for barriers. Therefore, they inherently carry the risk of accidents due to potential contact with humans. In March 2018, the Central Labor Disaster Prevention Association published the "Functional Safety Utilization Practical Manual for Industrial Robot Systems," which states that manufacturers, system integrators, and users of collaborative robots have an obligation to conduct risk assessments and ensure that the maximum impact force complies with the ISO/TS15066 and TS B 0033 standards. The COBOSAFE series is ideal for verifying the safety of collaborative robots. It is a compact and lightweight measuring device that can measure impact forces during product development tests and pre-operation inspections of robots. Its performance is guaranteed by a calibration certificate issued by the manufacturer. Additionally, it comes with a storage case, making it convenient for storage and transportation. When measuring pressure, the optional pressure measurement system CoboSafe-Scan and the software CoboSafe-Vision are used. The pressure measurement film included with this system records the pressure distribution in shades of color, which is then read by a dedicated scanner and analyzed with the software.
