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A scanner that can measure the "residual stress, hardness variation, and hardened layer depth" of metals.

A scanner that can measure the "residual stress, hardness variation, and hardened layer depth" of metals.

Achieved with non-contact and non-destructive methods! Super-fast measurement of dimensional changes and strength deficiencies after processing, contributing to process improvement. Exhibiting at Automotive World Online!

Do you have any of these problems? ■ I want to know if the cause of bending or warping of metal parts and cracking in welds is residual stress... ■ I want to manage the lifespan of molds... ⇒ We can solve this with the residual stress measurement device 'μ-X360s'! ■ I want to non-destructively determine the effects of heat treatment and the presence of cutting or grinding burns... ■ I want to conduct inline inspections and 100% inspections using robots... ■ I want to eliminate visual inspections that require special skills so that anyone can perform inspections... ⇒ We can solve this with the non-contact hardness mura scanner 'muraR'! ■ I want to shorten the time for hardness testing by evaluating the hardened layer... ■ I want to improve the variability of results caused by operators and equipment... ■ I want to skip the resin filling and mirror polishing processes... ⇒ We can solve this with the hardened layer depth evaluation device! Regarding our planned participation in the '13th Automotive World,' we have decided to refrain from exhibiting due to the declaration of a state of emergency. However, we will be exhibiting at a virtual booth online, so please check our products from here. Online exhibition period: January 20 (Wednesday) to 22 (Friday), 2021 (You can view the web booth and apply for appointments starting January 6.)

  • Analysis and prediction system

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A scanner that can measure the "residual stress, hardness variation, and hardened layer depth" of metals.

A scanner that can measure the "residual stress, hardness variation, and hardened layer depth" of metals.

Achieved with non-contact and non-destructive methods! Ultra-fast measurement of residual stress that causes metal cracking, dimensional changes, and insufficient strength. We will be exhibiting at the Nagoya Machine Elements Technology Exhibition!

Do you have any of these concerns? ■ I want to know if the cause of bending or warping of metal parts, or cracking at welds, is due to residual stress... ■ I want to manage the lifespan of molds... ⇒ We can solve this with the residual stress measurement device 'μ-X360s'! ■ I want to non-destructively determine the effects of heat treatment and whether there is cutting or grinding burn... ■ I want to conduct inline inspections or full inspections using robots... ■ I want to eliminate visual inspections that require special skills so that anyone can perform inspections... ⇒ We can solve this with the non-contact hardness mura scanner 'muraR'! ■ I want to shorten the time for hardness testing by evaluating hardened layers... ■ I want to improve the variability of results due to operators and equipment... ■ I want to skip the resin filling and mirror polishing processes... ⇒ We can solve this with the hardened layer depth evaluation device! We will be exhibiting at the "Nagoya Machine Elements Technology Exhibition" held at Port Messe Nagoya from April 7 (Wednesday) to April 9 (Friday), 2021. Booth location: Hall 3, 6-58 At our booth, we will introduce examples of mechanical parts such as gears, shafts, and bearings, as well as processing applicable to cutting and surface treatment. We will also showcase and demonstrate a robot system for measuring residual stress in motor cores.

  • Analysis and prediction system

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A scanner that can measure the "residual stress, hardness variation, and hardened layer depth" of metals.

A scanner that can measure the "residual stress, hardness variation, and hardened layer depth" of metals.

Non-contact & non-destructive! Ultra-fast measurement of residual stress that causes metal cracking, dimensional changes, and insufficient strength. Exhibiting at the Online Automotive Technology Exhibition!

Are you facing any of these issues? ■ I want to know if the cause of bending or warping of metal parts, or cracking in welds, is residual stress... ■ I want to manage the lifespan of molds... 　⇒ We can solve this with the residual stress measurement device 'μ-X360s'! ■ I want to non-destructively determine the effects of heat treatment and the presence of cutting or grinding burns... ■ I want to conduct inline inspections or full inspections using robots... ■ I want to stop visual inspections that require special skills so that anyone can perform inspections... 　⇒ We can solve this with the non-contact hardness mura scanner 'muraR'! ■ I want to shorten the time for hardness testing by evaluating hardened layers... ■ I want to improve the variability of results caused by operators and equipment... ■ I want to eliminate the resin filling and mirror polishing processes... 　⇒ We can solve this with the hardened layer depth evaluation device! ★ We will be exhibiting the above products at the "Automotive Technology Exhibition: The Technology of People and Cars 2021 Online"! Please note that due to the cancellation of the "The Technology of People and Cars 2021 Yokohama" event, we will only be exhibiting at the online exhibition. For more details, please refer to the "Basic Information" section below.

  • Analysis and prediction system

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Non-contact hardness mura scanner "muraR"

Non-contact hardness mura scanner "muraR"

We will find that hardness variation! A new era arrives with hardness scanning. Detecting 'hardness variation' on the surface of steel materials non-contact and non-destructively.

The "muraR" is a scanner that can rapidly detect variations in the hardness of steel surfaces in a non-contact and non-destructive manner, making it easy to visualize hardness inconsistencies. High-precision metal parts undergo grinding to ensure high dimensional accuracy and surface roughness; however, the properties of metals are constantly changing, which can lead to defects known as "grinding burns," even under optimal grinding conditions. Using metal parts that have experienced grinding burns can easily lead to cracks and delamination, posing a serious risk of accidents, making the inspection for grinding burns extremely important. Grinding burns manifest as softening due to tempering or hardening due to re-hardening, so visualizing "hardness variations" allows for easy determination of the presence of grinding burns. Traditionally, destructive testing methods such as nital etching and visual inspections have been implemented, but these are all sampling inspections that are low in reliability relative to their cost and time, presenting a challenging issue. This product is the world's first groundbreaking scanner that can eliminate such challenges for which there has previously been no decisive solution. *For more details, please refer to the catalog. Feel free to contact us with any inquiries.*

  • Analysis and prediction system

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A scanner that can measure and inspect residual stress and hardness variations in metal parts and steel materials.

A scanner that can measure and inspect residual stress and hardness variations in metal parts and steel materials.

Achieved with non-contact and non-destructive methods! Ultra-fast measurement of residual stress that causes metal cracking, dimensional changes, and insufficient strength.

Do you have any of these problems? ■ I want to know if the cause of bending or warping of metal parts and cracking at welds is residual stress... ■ I want to manage the lifespan of molds... ⇒ We can solve this with the residual stress measurement device 'μ-X360s'! ■ I want to non-destructively determine the effects of heat treatment and the presence of cutting or grinding burns... ■ I want to conduct inline inspections or full inspections using robots... ■ I want to eliminate visual inspections that require special skills so that anyone can perform inspections... ⇒ We can solve this with the non-contact hardness mura scanner 'muraR'! ■ I want to shorten the time for hardness testing by evaluating the hardened layer... ■ I want to improve the variability of results due to operators and equipment... ■ I want to skip the resin filling and mirror polishing processes... ⇒ We can solve this with the hardened layer depth evaluation device!

  • Analysis and prediction system

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