リオン Product Lineup

Possible to build a constant monitoring system and an autonomous driving system. A compact airborne particle counter that does not interfere with work. A robust support system with domestic manufacturing and maintenance.

• Particle Counter

Built-in printer, high-performance particle counter for large particles Monitoring airborne large particles in vehicle painting and precision assembly processes Made in Japan

• Particle Counter

Compact, compatible with 0.3 microns Can be installed with Velcro Made in Japan, by Rion

• Particle Counter

Inline measurement of semiconductor special material gases is possible. Domestic manufacturing and domestic maintenance by trusted Rion instruments.

• Particle Counter

0.1 μm, 28.3 L/min. Evaluation of super clean, filter leak test Domestic manufacturing and domestic maintenance

• Particle Counter

Airborne Particle Counter Large suction volume, world's lightest Compliant with ISO 21501-4 (JIS B 9921) For air cleanliness management in pharmaceutical manufacturing environments Short measurement time due to high flow rate, also effective in electronic device manufacturing sites Battery-operated Robust support system with domestic manufacturing and maintenance

• Particle Counter

Ensuring the basic performance of ISO 21501-4 (JIS B 9921), it is suitable for various cleanliness management. Two models are available: the multifunctional KC-52A with a touch panel and the simple, low-cost KC-51.

• Particle Counter

Ideal for particle management in wet processes Proven track record in point-of-use and inline particle monitoring Robust support system with domestic manufacturing and maintenance

• Particle Counter

Sensors for inline multi-point monitoring systems that correspond to 0.1μm particle management, chemical management, and hydrofluoric acid in the wet cleaning line of pharmaceutical supply plants. Proven track record in semiconductor factories and chemical manufacturing plants.

• Particle Counter

Measurement of coarse particles in municipal water, plating solutions, and parts cleaning solutions can be performed without issues in general environments. A robust support system with domestic manufacturing and maintenance. Trusted Rion products!

• Particle Counter

Wide range compatibility for diverse particle measurement Robust support system with domestic manufacturing and maintenance Domestic market share No. 1 for liquid particle counters - Trusted Rion products!

• Particle Counter

A wide measurable particle size range of 0.2μm to 2.0μm. Measurement is possible with a small sample amount due to high counting efficiency. A robust support system with domestic manufacturing and maintenance.

• Particle Counter

A highly reliable particle sensor capable of measuring 0.1μm. Measurement is possible with a small sample volume due to high counting efficiency.

• Particle Counter

Inline installation for the ultrapure water plant supply 24-hour monitoring Monitoring particles in the ultrapure water supplied to the process line Domestic manufacturing and domestic maintenance - Trusted Rion products!

• Particle Counter

This is the comprehensive catalog of particle counters manufactured by Rion.

• Particle Counter

Vibration-damping materials such as damping steel plates, damping alloys, plastics, rubber, and asphalt are used in many fields, including automobiles, home appliances, and office equipment, effectively reducing noise and vibration. This system uses the multi-channel analysis processor SA-02, and with simple menu operations, it measures the frequency response function using either the cantilever beam method or the central excitation method.

• Noise Inspection
• Vibration Inspection

This is a system that enables quality judgment using sound on production lines with high levels of ambient noise, utilizing a surface intensity sensor (integrating a microphone and vibration acceleration pickup) and a multi-channel analysis processor SA-02. Additionally, it can be measured without using soundproof facilities (such as anechoic chambers or boxes), allowing for the construction of a cost-effective and efficient line inspection system.

• Noise Inspection
• Vibration Inspection

It is used for measuring the strength of wood materials (Young's modulus measurement), evaluating the rigidity of bridge piers, and measuring the natural frequency of materials.

• Vibration Inspection

An architectural acoustics measurement system is used to evaluate the residential performance of buildings. This system can measure sound transmission loss, reverberation time, inter-room sound pressure level difference, floor impact sound (heavy/light), reduction amount, and sound absorption rate according to measurement methods aligned with JIS and the recommended measurement standards of the Architectural Institute of Japan.

• Noise Inspection
• Vibration Inspection

The acoustic power level is used to express the loudness of sound emitted by machines. The acoustic power level represents the total energy emitted by the sound source. If we compare noise levels and acoustic power levels to earthquakes, the noise level corresponds to the intensity at various locations, while the magnitude corresponds to the acoustic power level. Just as the intensity at different locations is not determined solely by the distance from the epicenter, but also varies depending on the propagation path and ground structure, in the case of sound, the noise level varies due to the directionality of the sound source and the distance to the measurement position. Therefore, the acoustic power level is used, and particularly in Europe and the United States, it is necessary to specify the acoustic power level of equipment.

• Noise Inspection
• Vibration Inspection

This system is a measurement system for acoustic power levels using the reverberation room method. It determines the 1/3 octave band and A-weighted acoustic power levels in accordance with JIS Z 8734:2000 (ISO 3741:1999), which specifies the precise measurement method for acoustic power levels of noise sources using the sound pressure method in a reverberation room.

• Noise Inspection

To suppress the vibrations of structures and predict their fatigue life, it is important to understand the state of vibrations, such as natural frequencies and vibration modes. Until now, numerical analysis methods like the finite element method have been used to predict the state of vibrations. Mode analysis is used as a means to validate the predictions made by the finite element method. Mode analysis involves striking the target structure with a hammer and measuring and recording its vibrational response using a piezoelectric accelerometer, which is then analyzed using a mode analysis system. The recorded time data is converted into frequency data, known as the transfer function, using an FFT analyzer, and the mode analysis software calculates the eigenvalues (natural frequencies, natural damping ratios, and eigenvectors) through curve fitting, allowing for the visualization of behaviors at each frequency through animation.

• Noise Inspection
• Vibration Inspection

To preserve the living environment around construction sites, the Ministry of Land, Infrastructure, Transport and Tourism has announced regulations regarding the designation of "low-noise and low-vibration construction machinery." This announcement allows construction machinery that meets noise standards to display signs indicating "low-noise construction machinery" or "ultra-low-noise construction machinery."

• Noise Inspection
• Vibration Inspection

This system is a hand-arm vibration measurement system that complies with the standards for handheld tools, JIS B7761-1, JIS B7761-2, JIS B7762, and ISO5349. By using the multi-channel analysis processor SA-02 and installing a 3-axis accelerometer, it is capable of simultaneously measuring hand-arm vibration in both arms.

• Vibration Inspection

When analyzing phenomena such as vibrations and noise, frequency analysis with respect to rotational speed or order can measure phenomena caused by rotational speed, such as the natural frequencies of structures or components.

• Noise Inspection
• Vibration Inspection

The sound source exploration system measures the direction of sound arrival using a three-axis intensity probe and indicates the estimated sound source location on an image of the measurement area. It allows for simultaneous analysis of multiple frequency bands, enabling the simultaneous estimation of the positions of multiple sound sources with different frequencies. Additionally, it is possible to identify moving sound sources on camera video and perform reflection field analysis using pulse signals.

• Analytical Equipment and Devices

● Detect abnormal sounds and vibrations of measured objects on the line and determine their quality. ● Detect abnormal vibrations of measured objects on the line using the attached pickup and determine their quality.

• Noise Inspection
• Vibration Inspection

NA-37 can identify the location of sound sources using the direction of sound arrival. The main unit is designed for compactness, making it suitable for mobile measurements. Noise measurement is fully automated, and it is an all-weather observation device capable of continuous measurement for 365 days.

• Noise Inspection

By equipping with a LAN port, we strengthen the connection with communication devices and expand the possibilities of noise measurement operations. Since it can be accessed from anywhere in the world, remote noise monitoring is possible while being in the office. It features an intuitive and easy-to-understand user interface, pursuing ease of use.

• Noise Inspection

It is a "high-difficulty maintenance" analyzer for first-class automotive mechanics.

• Noise Inspection
• Vibration Inspection