テクアルファ Product Lineup

The "TADS-1001" is a system that efficiently converts the output signal of the ultra-micro force sensor "FRS-711" into digital form using an 18BIT A/D converter, enhancing the reliability of ultra-micro torque measurements. It employs TCP/IP communication as its interface, providing high-speed and highly stable output, ensuring that users can acquire data without stress. Additionally, we offer an "ultra-micro force sensor" capable of high-resolution micro force measurements using a strain gauge and a capacitive displacement sensor. 【Features】 ■ Efficient digital conversion of the output signal from our product "FRS-711" ■ Digital conversion using 18bit A/D, improving the reliability of ultra-micro torque measurements ■ High-speed and highly stable output with TCP/IP communication as the interface ■ Options include DPS calculation functions, D/A functions, encoder input functions, etc., enabling servo control through calculations *For more details, please refer to the PDF materials or feel free to contact us.

• Other physicochemical equipment

The FRS-713 is an ultra-sensitive force sensor that can simultaneously measure in two axes: load direction and friction direction. It enables high-resolution micro-force measurement using a strain gauge and a capacitive displacement sensor. The sensor is also available for individual sale. For more details, please contact us. 【Features】 ■ Simultaneous measurement in load direction and friction direction ■ High-resolution micro-force measurement using a strain gauge and a capacitive displacement sensor ■ Available for individual sale *For more details, please refer to the PDF document or feel free to contact us.

• Sensors

This product is a sensor capable of high-resolution micro-force measurement using a strain gauge and a capacitive displacement sensor. It has a dynamic range of 80 dB and is compact and lightweight. The minimum resolution is 5 μN. Additionally, depending on the mounting direction of the sensor probe, it can measure small forces in either compression, tension, or both. 【Features】 ■ Main sensor component of the micro-nano tribology series friction and wear testing machine ■ High-resolution micro-force measurement using a strain gauge and a capacitive displacement sensor ■ Capable of measuring small forces in compression, tension, or both depending on the sensor probe mounting direction ■ Available for sale as a standalone sensor (capacitive displacement sensor required) ■ Proven track record in various applications in the micro-nano tribology field *For more details, please refer to the PDF document or feel free to contact us.

• Sensors

This product is an evaluation device that can measure the adhesion characteristics (meniscus) and friction characteristics of nano-lubricating films under ultra-light loads. Both adhesion force and friction force are measured with high resolution (resolution of 5 μN). In addition to measuring the adhesion and friction forces of lubricants for MEMS components, it can also be applied to the measurement of friction characteristics of biological joint lubricants, protein lubricants, and artificial joint cartilage materials, as well as the evaluation of adsorption/wear states. 【Features】 ■ Patent obtained: No. 3975450 Evaluation device for lubricating films, joint patent with Nagoya University ■ Capable of measuring the adhesion characteristics (meniscus) and friction characteristics of nano-lubricating films under ultra-light loads ■ Measurement of friction characteristics dependent on the presence form and arrangement structure of monomolecular films is possible ■ Both adhesion force and friction force are measured with high resolution (resolution of 5 μN) *For more details, please refer to the PDF document or feel free to contact us.

• Other physicochemical equipment

It is possible to measure high-resolution small forces using a bent beam and a capacitive displacement sensor. There are various achievements in the field of micro-nano tribology.

• Testing Equipment and Devices
• Sensors
• Sensors

This device was developed into a product through a joint effort between Professor Yoshinaga Miya of the Graduate School of Engineering at Nagoya University (currently a senior researcher at the Nagoya Institute of Industrial Science) and our company.

• Testing Equipment and Devices

It is compact and lightweight, making sample attachment and operation easy. It can measure ultra-light loads with low friction force of 50μN. Equipped with a micro-force sensor using a capacitive non-contact displacement meter (Patent Publication 2005-345456). It adopts a high-speed straight reciprocating drive mechanism with a maximum of 100Hz low vibration (Patent No. 4114935). The dedicated software allows data output to be input into a computer, making data verification and observation more convenient.

• Testing Equipment and Devices

Multifunctional type capable of ramp load operation CSS count and load/unload count can be set arbitrarily.

• Tester

The adoption of a unique optical system using semiconductor lasers (LD) and split-type photodiodes (PD) has achieved innovative downsizing and increased detection speed. High precision comparable to that of a photoelectric two-axis autocollimator has been attained. This groundbreaking sensor serves as a measurement device for quality control and can be stationed in equipment as an angle sensor, providing a flexible and easy solution to angle measurement demands. Since the light source is a red laser, setup is easy.

• Sensors