Measure extremely small displacement amounts non-contact using laser light! A optical heterodyne displacement meter suitable for measuring transient response phenomena.
Optical Heterodyne Displacement Meter HV400 【Features】 ○ 1nm resolution 0.001 microns in vertical resolution The measurement reference is the wavelength of a frequency-stabilized HeNe laser ○ Records transient phenomena every 1μs at the shortest Measures, records, and displays events that fluctuate in a short time The fluctuations are clearly visible on the PC's LCD screen ○ Records up to 1 million points, data processing Significantly increases recording time The vast number of recorded points can all be processed on a PC, with filtering and Excel conversion possible ○ Eliminates error factors based on base vibrations through relative measurements Measures the relative displacement between two measurement points Clearly identifies only the relative fluctuation, allowing for the removal of error factors such as base vibration components ● For other functions and details, please download the catalog.
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Measure extremely small displacement quantities non-contact using laser light! The optical heterodyne displacement meter is optimal for measuring transient response phenomena. 【Features】 ○ 1nm resolution 0.001 microns in vertical resolution The measurement reference is the wavelength of a frequency-stabilized HeNe laser. ○ Records transient phenomena at intervals as short as 1μs Measures, records, and displays rapidly changing events. The fluctuations are clearly visible on a PC's LCD screen. ○ Records up to 1 million points and processes data Significantly increases recording time. The vast number of recorded points can all be processed on a PC, with filtering and Excel conversion possible. ○ Eliminates error factors based on base vibrations through relative measurements Measures the relative displacement values at two measurement points. Clearly identifies only the relative fluctuations, allowing for the removal of error factors such as base vibration components. ● For other functions and details, please download the catalog.
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【Applications】 ○ Vibration analysis and response characteristic evaluation of PZT, braking steel plates, transformers, magnetic materials, etc. ○ Measurement of Young's modulus for polymer materials, thin films, semiconductors, ceramics, etc. ○ Evaluation of rotational dynamic characteristics for MD, FD, HD, optical discs, blanks, etc. ○ Measurement of surface wave and ultrasonic propagation velocity in LN, alloys, steel materials, organic materials, etc. ○ Analysis of spatial fluctuations and vibration components of films using sound waves and ultrasound in laser exposure. ○ Evaluation of dynamic characteristics during the rise of optical pickups and magnetic heads (sliders). ○ Dynamic thermal response characteristics of metals, polymers, and ceramics. ○ Measurement of other physical quantities; piezoelectric coefficients, thermal expansion coefficients, osmotic pressure, gravitational waves, material strength, hardness, and transient phenomena of shock waves are also subjects of measurement.
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Company information
We have established 'High-precision measurement of physical quantities using light' as our management policy. Optical measurement technology has become an indispensable element of modern cutting-edge technology. We are confident that the demand for high-precision measurement will grow stronger with the advancement of science. By combining high-precision measurement with the excellent properties of light—non-invasive, non-intrusive, non-contact, and high-precision—we can expect further technological innovation. It may not be suitable for measuring mass-produced items, nor for online measurements. However, we are committed to making it useful for cutting-edge industries that require high-precision measurement of physical quantities.