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Do you have any problems with metal processing parts?

【Press Brake】 Applies pressure to sheet metal materials to bend them. A mold is attached to the press part, which performs a reciprocating motion up and down for processing. 【3D Laser Cutting】 A laser cutting machine that features minimal distortion and short cutting times among sheet metal processing methods. 3D laser cutting can process any shape. While it is difficult to master the processing machine, it has an extremely wide range of capabilities and allows for highly flexible processing. 【Pipe Processing】 Literally involves various processing techniques applied to pipes. A representative processing method for pipes is bending. Generally, processing starts with straight rod-shaped pipes, which can then be shaped into various forms depending on their intended use. 【Press Processing】 A machine that performs processing by applying pressure through pressing on the target object. Press processing is an indispensable method in the manufacturing industry. 【Fiber Laser Processing】 A laser cutting machine similar to the 3D laser. Due to the high quality of the beam, it can reduce the spot diameter, enabling fine, deep, high-speed processing. 【Spinning Processing】 A plastic processing method that shapes sheet-like materials (blanks) by pressing them against a rotating mold with processing rollers.

Gas sensors using microheaters achieve safer and more efficient gas detection through high sensitivity, low power consumption, and compact design.

1. High-speed response and high sensitivity - Acceleration of heating reactions Microheaters, being extremely small heating elements, can reach high temperatures instantly with minimal energy input. - High-precision temperature control Gas sensors require the detection elements to be controlled at optimal temperatures to enhance gas sensitivity. Microheaters have high precision in controlling heating temperatures, allowing the detection elements to be maintained in a highly sensitive state. 2. High energy efficiency and long-term operation with low power consumption Due to their tiny size, microheaters can efficiently heat detection elements and enable low-power operation. Additionally, by driving microheaters in a pulsed manner, power consumption can be further reduced.

The contact combustion-type gas sensor is a sensor that detects gas concentration by utilizing the heat generated during the combustion (oxidation reaction) of flammable gases.

It is widely used as a sensor to measure the concentration of combustible gases. The basic principle is to detect the heat generated when the gas comes into contact with the sensor element and burns, and convert this into gas concentration. Measuring gas concentration is achieved by using electrical reactions to understand "how many molecules are present in the gas?" The concentration is measured through the following mechanism: 1. A catalyst that reacts with combustible gas is applied to a heating coil, which is kept at a temperature conducive to combustion. 2. When the gas comes into contact with the element, the temperature rises according to the gas concentration. 3. The electrical resistance of the coil changes in response to the temperature change. Since there is a correlation between this electrical resistance and gas concentration, the concentration of the gas can be determined. Our company is also working on the development of micro-heater technology using semiconductor manufacturing techniques as a new technology to replace the conventional heating coil type. For more details, please see the link below. https://mono.ipros.com/product/detail/2001472733

Our company has developed a system that enables simple and highly accurate measurement of the calorific value of biogas, and we are conducting demonstration experiments for it.

■Features - Enables rapid and highly accurate measurement of biogas concentration, which was previously difficult. - No need for expensive analysis systems or analytical devices. - Capable of measuring in high concentration ranges. - Can accommodate gas pressures up to 1 MPa. - Adaptable to various gas types by adjusting the infrared wavelength. - Capable of acquiring data in real-time.

Utilizing the principle of "uchimizu," we create cold water from heat. We will explain that technology (mechanism) in an easy-to-understand manner.

For more details, please check the information below.

Specifically, I will explain the process of making cold water from heat.

For details on each item, please refer to the information below.