Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
16～30 item / All 203 items
Achieving optimization of on-site work through packaging labor-saving solutions - Rental option service for the field.
For more details, please refer to the PDF document or feel free to contact us.
High-quality German blade with exceptional sharpness! Ideal for cutting nozzles for sealing materials and more.
The "Nozzle Cutter" is a nozzle cutter made by MATOR in Germany. It allows for easy cutting of nozzles from cartridges and pouches. It is suitable for tasks at height or for cutting large quantities of nozzles in factories and similar environments. 【Features】 - Easily cuts nozzles from cartridges and pouches - Utilizes high-quality blades made in Germany - Ideal for work at height or when cutting large quantities of nozzles *For more details, please refer to the external link page or feel free to contact us.
RITEC's high-power products come standard with an automatic shutdown feature!
The RPR-4000 ultrasonic physical property measurement device, manufactured by RITEC, supports ultrasonic nonlinear research with a high-performance, high-output ultrasonic pulser-receiver designed to minimize the nonlinear components contained in the transmitted waveform. The sine wave tone burst pulser used by RITEC supplies low-distortion, high-output signals to the sensor that cannot be obtained with square wave pulsers. The standard 8KW sine wave tone burst pulser can sufficiently drive electromagnetic ultrasonic transducers (EMAT). Additionally, the 100dB low-noise receiver amplifies the weak ultrasonic signals received by the EMAT to the required level with low distortion. RITEC's high-power products come standard with an automatic shutdown feature, which protects the transmitter from failures in the transducer or short circuits in the wiring. The front panel display and keypad eliminate the need for an external control computer (though control from an external computer via RS-232 interface is also possible). For more details, please contact us or refer to the catalog.
Introducing a tool for polishing and finishing the pin tail fracture surface of Torcia-type high-strength bolts to a smooth finish!
The "EZ Cleaner" is a jointly developed product by Kawada Industrial Co., Ltd. and Robutec Co., Ltd. By covering the grinding area with a cover, it prevents the scattering of iron powder from the grinding area. Using a dedicated grinding blade allows for easy operation. Since the dedicated cover encloses the target bolt, there is no risk of damaging surrounding bolts, reducing work stress. This product is available for rental only. 【Features】 - Polishes and smooths the pin tail fracture surface of torsional high-strength bolts. - Prevents the scattering of iron powder from the grinding area by covering it with a cover. - Allows for easy operation using a dedicated grinding blade. - Reduces work stress by eliminating the risk of damaging surrounding bolts. - Rental only. *For more details, please refer to the PDF document or feel free to contact us.
The successor model of the color brightness meter BM-5AS, a high-speed and high-precision brightness and color measurement device with improved color accuracy.
The management of brightness and colorimetry for optical devices such as FPD-related products, automotive instrument panels, and phosphorescent materials is becoming increasingly stringent. Consequently, there is a growing demand for the high-precision and high-speed measurement of weak light. This product has significantly improved colorimetry compared to the previous model, the BM-5AS, and combines the high speed of traditional colorimeters with the high reliability of spectroradiometers.
Understanding the heat index at the work site! Early detection of heatstroke risk and efficiency in regular measurement tasks achieved / NETIS registered product.
NETIS Registration Number: KT-220185-A This is a case study of the implementation of the environmental monitoring cloud "SisMil" at Mitsubishi Chemical Engineering Corporation. At the company's Toyama office, the heat not only at construction sites but also within the factory has been a concern every year, raising fears of heatstroke across the entire facility. After the introduction of this system, it became possible to check the heat index in real-time from the office or home, eliminating the burden of going to the site and enabling alerts for heat risk. [Challenges] - Work environments, such as outdoors in the blazing sun or indoors without air conditioning, are prone to extreme heat, making heat index measurement essential. - Since personnel had to bring measuring devices to the site to measure the heat index, it became a burden on their work. - There was only one measuring device available, making it impossible to simultaneously measure multiple sites and compare heat levels numerically. *For more details, please refer to the PDF document or feel free to contact us.
Enabling timely situational judgment with more accurate measurements! Raising awareness of heat stroke among workers / NETIS registered product.
NETIS Registration Number: KT-220185-A In outdoor construction work under direct sunlight, appropriate break instructions are crucial. However, the measuring device used by Company A in the construction industry had low accuracy, leading to hesitation in making decisions regarding breaks and hydration for workers. Therefore, we introduced our environmental monitoring cloud "SisMil." By using this product, we were able to trust the measurement values, making it easier to determine responses when the heat index (WBGT) is high. [Challenges] ■ There was an instruction from headquarters to set a goal of zero labor accidents due to heatstroke. ■ The measuring device already in use was of a type without a black globe, resulting in low measurement accuracy, which caused hesitation in issuing break and hydration instructions to workers. *For more details, please refer to the PDF document or feel free to contact us.
Fiber optics with expanding demand in a wide range of industrial sectors. A high-performance portable OTDR suitable for communication transmission paths, fiber evaluation for sensors, and post-installation testing!
The portable OTDR (LOR-200, 220) from Swiss company Luciol Instruments boasts high resolution and high dynamic range, utilizing photon counting detection technology. It is used not only for testing and troubleshooting PON lines and optical device assembly tests in the telecommunications market but has also recently been adopted as a standard for applications in oil and gas drilling facilities and for maintenance and troubleshooting of in-flight optical fiber harnesses at Airbus. The A4-sized housing panel features a 10.4" color TFT display and various operation switches, making it user-friendly with an embedded PC and measurement software that includes analysis functions. (Measurement data can be saved to compact flash memory.) Compared to existing OTDR products, it excels in sensitivity, resolution, and dynamic range characteristics, achieving a separation/event dead zone of 10cm or 20cm and an attenuation dead zone of 40cm or 50cm (the former for LCR-220 and the latter for LCR-200). Power can be supplied via AC/DC or an internal battery, allowing for use both indoors and outdoors. Additionally, optional features such as an optical power meter and a microscope function for checking fiber end faces can be added.
We have a wide variety of products, including major distance measuring instruments and levels.
This catalog introduces the "Voltage Testers and Measuring Instruments" handled by Jeffcom Co., Ltd. It features a variety of products, including the "Super Next 3E Checker," which is easy to operate with LED display and electronic sound for operation confirmation, as well as the "Mini Clamp Meter" with data hold function for easy reading and the "Digital Cable Measure." Please use this for selecting products. [Contents (excerpt)] ■ Voltage Testers ■ Wiring Checkers ■ Testers ■ Various Measuring Instruments ■ Inspection Cameras *For more details, please refer to the PDF document or feel free to contact us.
Equipped with FieldSense technology! Comes with an insulated hand tool starter kit.
We would like to introduce the electric tester + insulated hand tool starter kit, 'Fluke T6-1000,' which we handle. By using this product equipped with FieldSense technology, you can quickly and easily measure voltage levels just by inserting the fork opening around the conductor. No test leads are required. The 'T6' comes with an insulated hand tool starter kit. 【Features】 ■ Measures voltages up to 1000V AC with an open-head fork ■ No need to open covers or remove wire nuts ■ Simultaneously measures voltage and current ■ The open-head fork width is 17.8mm, the largest in the industry, capable of measuring up to 200A with 4/0 (120mm²) wire ■ Can measure actual AC voltage/current values without using test leads *For more details, please refer to the PDF document or feel free to contact us.
Achieve extensive strain and temperature measurement with a single optical fiber! Traditional spot measurements can now be expanded to distributed measurements along lines and surfaces!
Are you facing challenges or requests in strain measurement and temperature measurement like these? "I can only measure parts of the object and want to measure a wider area easily." "I want to measure in narrow gaps that are hard to reach." "I want to conduct measurements in electromagnetic environments or fire-restricted areas." The "FBI-Gauge" is a sensing system for strain and temperature that utilizes optical fibers as sensors. It allows for continuous measurement along the optical fiber, enabling not only point measurements but also continuous and extensive line and surface measurements. Since it does not require a large number of strain gauges or thermocouples, installation costs and time can be significantly reduced. There are various measurement achievements, including torsion tests of vehicle bodies, temperature measurements on radiator thermometers, strain measurements on pressure tanks, and temperature measurements inside fuel cells. 【Features】 ■ Capable of line and surface measurements, not just point measurements ■ Significantly reduced sensor weight ■ Usable in electromagnetic environments and fire-restricted areas ■ Can be attached in a flexible layout ■ Capable of diverse measurements of strain and temperature with a single sensor *For more details, please refer to the PDF document or feel free to contact us.
The measurement menu is a user-friendly environmental measuring instrument with a simple design!
The back of the main unit is equipped with a magnet, allowing you to secure measuring instruments to metal parts. It is also useful for air conditioning inspections. *For more details, please refer to the catalog available for download below under "PDF Download." You can also request a quote through "Contact Us." Feel free to reach out.
Prevent human errors before they lead to disasters or accidents! Conduct thorough investigations into the causes using eye tracking (gaze measurement and analysis) and make improvements!
Human errors, often referred to as human error, are one of the major factors contributing to workplace accidents. Human errors can sometimes lead to serious accidents and result in significant losses. Even if it does not escalate to such serious disasters or accidents, there are instances known as "near misses" that could easily lead to them, and these occurrences happen daily in workplaces everywhere. What processes are prone to human errors? Why do human errors occur? By thoroughly investigating and improving the causes, we can prevent accidents. This column introduces what Toby Technology can offer. *For more details, please refer to the PDF document or feel free to contact us.*
This article explains how to reduce oversights/misses/errors in visual inspections.
There are various methods to prevent oversights and omissions in visual inspections, such as "5 Whys Analysis," improving the environment, and transitioning to automation. To reduce inspection oversights, it is effective to: ● Identify the skills of individuals who make few oversights/omissions/mistakes ● Investigate the causes of oversights/omissions/mistakes This article explains the following items: ■ What kind of people have few oversights/omissions/mistakes? ■ Drawing out the "experience" of skilled workers and clarifying their skills ■ What can be done with eye tracking (gaze measurement and tracking) ■ Investigating the causes of oversights/omissions/mistakes ■ Comparing skilled workers with each other, skilled workers with unskilled workers, and skilled workers with procedures to clarify the commonalities and differences in inspections You can view the full text from the related links. *For more details, please refer to the PDF materials or feel free to contact us.
Real-time data measurement of the "energy" consumed daily on-site! By visualizing it, we lead to reduced production costs and increased operational efficiency!
■Production equipment consumes energy such as gas, air, water, and electricity to operate. Are you able to measure what energy is being consumed and for what purpose? "Logging Plus" is a solution that measures energy usage in real-time and visualizes it through a dedicated app. ■It is effective in such environments! - The gas usage varies from day to day, and I don't know where to set the standard value. - I feel that the air consumption is decreasing faster than before, even though we are making the same product. - I am unsure whether the energy costs I pay every month are appropriate. - The piping is aging, and there may be leaks from somewhere. ■We measure the data on energy consumption in the production process, leading to reduced production costs, improved production efficiency, and increased operational rates. ■Turning "data" into "insights"! We visualize the analyzed data in an easy-to-understand format, such as "graphs" and "tables." Additionally, it can be checked through a dedicated app.
