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We will create custom products!
In addition to standard products such as force gauges, load cells, and load/torque testing machines, our company is also focused on the production of custom equipment. By responding to our customers' requests for "Can you create a device like this?", we have built a number of achievements. If you have any concerns, please do not hesitate to contact us.
It is possible to expand and adjust the measurement range, and it can be manufactured in a small size and at a low cost.
Traditionally, force measurement in the micro and nano domains has been conducted using micro-electromechanical system transducers such as piezoelectric elements. Piezoelectric sensors are suitable for detecting dynamic forces but are not suitable for detecting static forces. In contrast, capacitive sensors excel in sensitivity and stability. Optical force sensors, while large and expensive in their configuration, can achieve high-sensitivity force measurements. However, conventional measurement devices face challenges such as a narrow measurement range, leading to a reduction in measurement range and a decrease in measurement accuracy. The present invention enables the provision of a high-precision load measurement device that can expand the measurement range. This invention includes an elongated beam member with a load section at one end, a support member, and a displacement sensor. The load section consists of a needle-like tip fixed to protrude vertically from the surface of one of the plate-like legs, and the displacement sensor can measure the displacement in the direction of the load section's protrusion. Since the load section does not undergo rotational motion relative to the object being measured, the arrangement of the displacement sensor relative to the load section allows for a wide measurement range to be maintained. Furthermore, this invention can further expand the measurement range and allows for flexible adjustment of the measurement range, enabling more precise measurements.
