[Exhibition Report] Exhibited at Manufacturing World 2025 (Tokyo) – Measurement, Inspection & Sensor Expo

We exhibited at “Manufacturing World Tokyo – Measurement, Inspection & Sensor Expo,” held from Wednesday, July 9 to Friday, July 11, 2025, at Makuhari Messe.
Throughout the exhibition period, many visitors stopped by our booth, and the event concluded successfully.
We sincerely thank everyone who visited us.
The three-dimensional vector sculptures, highly visible even from the entrance of the venue, enhanced visibility and impact, attracting the interest of many attendees.

The Potential of Force Measurement and Haptic Sensing
This time, our exhibition was centered on the concepts of “Quantifying Sensory Perception (Work DX)” and “Various Measurements Using Force Sensors.”

Demonstration ①: [Advance Preview] VibraScope
Following the May exhibition, we once again introduced our new device, “VibraScope.”
Addressing challenges faced by Japanese manufacturing—such as skill transfer and work DX—we proposed “visualizing craftsmanship” by simultaneously measuring and visualizing the following three elements generated during work:

・ Tactile vibration transmitted to the worker’s hand
・ Vibration of the target object itself
・ Component forces of the load applied during work

In the demonstration, a pencil sharpener was used as an example of a cutting process, allowing visitors to intuitively experience how force is transmitted and how load components are distributed.
Although it may appear that force is applied only in the vertical direction, actual measurements reveal otherwise.
By visualizing these “gaps” in force and vibration in real time, visitors gained insight into applications for education, process improvement, and quality enhancement.
It is also expected that vibration and load data can be used to identify the condition of products and materials.

Skill Transfer / DX / Labor Saving

Demonstration ②: Component Force Measurement of a Swinging Pendulum
A 3-axis force sensor was attached to the base of the pendulum string.
When the pendulum swings widely, forces acting not only