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Measuring Instrument(Test) - List of Manufacturers, Suppliers, Companies and Products

Last Updated: Aggregation Period:Sep 03, 2025~Sep 30, 2025
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Measuring Instrument Product List

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High-precision three-dimensional measuring machine "Manufactured by Beato" [Video available now]

A three-dimensional measuring machine equipped with multiple types of sensors that can measure all dimensions and shapes with high precision.

The three-dimensional measuring machine manufactured by BEATO (WERTH) is a multi-sensor type, primarily featuring a high-precision non-contact measurement system based on optics. It can be equipped with optional contact touch probes, laser probes, fiber probes, and more, allowing for the measurement of dimensions, angles, shapes, roughness, and other characteristics of various parts. The distinctive sensor "fiber probe" has a minimum diameter of about 20μm and can measure holes and R areas with a minimum diameter of about 50μm. Additionally, due to its low contact pressure, the fiber probe is also ideal for measuring flexible products and mirror-finished surfaces. It complies with ISO 10360 / VDI 2617. The reliability and accuracy of the measuring machine are guaranteed by a quality management system compliant with DIN EN ISO 9001 and calibration of coordinate measuring machines performed by a DAkkS laboratory compliant with DIN ISO 17025. We have a demonstration machine available at our headquarters (Tokyo). Please consult us if you wish to conduct test measurements before making a purchase.

  • 3D measuring device

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The effect of magnetic fields on biomolecules.

Keywords: photochemistry, electron spin, magnetism, protein, electron spin resonance, ESR, solar cells

It is known that living organisms can sense magnetic fields. Migratory birds are known to utilize geomagnetism to fly thousands of kilometers. Magnetotactic bacteria possess iron oxide (similar to a magnet) within their bodies, which helps them determine the direction of movement in a magnetic field. There are also studies suggesting that humans may potentially sense magnetic fields. If the mechanism for sensing magnetic fields can be applied, it may be possible to control various reactions occurring in living organisms using magnetic fields. If we can promote chemical reactions at specific locations, it could lead to new principles for cancer treatment and other applications. Although the mechanisms are still largely unknown, research is focusing on the magnetic properties (spin) of electrons in proteins and metals within living organisms. We are advancing research to elucidate how magnetic fields influence the structure and properties of biomolecules through electron spin. The effects of magnetic fields on biomolecules could lead to advancements in medicine and new biotechnologies. The interplay between electron spin and magnetic field effects holds broad potential applications that span the fields of biology, chemistry, and physics, including in areas like solar cells.

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