Measuring volume in 2 seconds
Measurement of volume and mass (density) using acoustic methods. High-precision measurements in air, regardless of the shape of the object being measured.
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basic information
【Acoustic Volume Meter (Combustion Chamber Volume Meter)】 - By simply placing the volume meter on the combustion chamber cavity of the cylinder head, the combustion chamber volume can be measured regardless of its shape. - For assembled engines, connecting the volume meter to the spark plug hole with a dedicated adapter allows for the measurement of the combustion chamber volume. - In all processes such as engine manufacturing or maintenance, the combustion chamber volume can be measured in a dry state in a short time (about 2 seconds). 【Acoustic Volume Meter (Density Meter)】 - Traditionally, the measurement of volume and density was performed using Archimedes' principle (water displacement method) by submerging an object in water and measuring its buoyancy. However, using an acoustic volume meter, the volume and density of an object can be measured while it remains dry. - Regardless of the shape of the measurement target, the volume of complex-shaped objects can be measured with high precision in a short time (about 2 seconds). - By using an electronic scale in conjunction, volume and density can be measured quickly.
Price information
Please feel free to contact us. tel 042-359-7887
Delivery Time
※Please feel free to contact us. tel 042-359-7887
Applications/Examples of results
Measurement of the combustion chamber of the cylinder head, engine volume, and other volume and density measurements.
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Company information
A group of acoustic measuring instruments such as sound level meters and vibration meters, particle counters essential for cleanliness management, seismic measurement systems including earthquake meters for disaster prevention and control, and further expanding product fields centered on welfare and environmental issues, contribute to the enhancement of social welfare, safe living, and technological innovation through a long accumulation of technology and continuous challenges to new technologies.
