Recently, the State Council issued the "Action Plan for Promoting Large-Scale Equipment Renewal and Consumer Goods Replacement," which proposes that digital transformation and intelligent upgrading are important directions. It strongly promotes the renewal of equipment and technological transformation in key industries such as teaching and research technology equipment, new energy equipment, urban infrastructure, and production equipment. Implementing large-scale equipment renewal and consumer goods replacement will effectively boost investment and consumption, benefiting both the present and the future.

TronSight actively responds to national policies. As a technology-driven enterprise specializing in the research, development, production, sales, and service of precision measurement sensors, it was founded by a team of doctors and masters from top domestic and international universities in the Wuzhong District of Suzhou City, within the Mudu Economic Development Zone. The company adheres to the principles of "technology-driven research and development, application demand orientation, and prioritizing customer service," striving to become the "precision measurement expert" of "Chinese proprietary brands." It is willing to work with all parties to contribute to the development of domestic high-end instruments and precision sensor industries. Since its establishment, the company has applied for dozens of intellectual property rights. It has been recognized as a Dongwu entrepreneurship leading talent enterprise and a Gusu entrepreneurship leading talent enterprise and has undertaken key research and development projects in Jiangsu Province. TronSight consistently insists on technological innovation, rapidly responds to customer application needs, and with its core technology capabilities in precision measurement, it helps to upgrade China's intelligent manufacturing.

01
TronSight Intelligent TS-P Series Laser Displacement Sensor

The TS-P series laser triangulation displacement sensors can achieve a repeatability of 0.02 µm, a linearity accuracy of ±0.02% of F.S., and a measurement speed of 160kHz. They support data transmission interfaces including RS-485, analog, external level trigger, USB, and Ethernet, with the first three being directly accessible from the probe. The product is widely used in industries such as 3C electronics, semiconductor photovoltaics, new energy, automotive manufacturing, and municipal inspections.
The product model supports customization according to customer requirements, with customizable parameters including a reference distance of 10~2500mm, measurement range of 5~2500mm, repeatability of 20ppm of F.S., linearity of less than ±0.05% of F.S., and a maximum sampling frequency of 160kHz.

02
TronSight TS-C Series Spectral Confocal Displacement Sensor

The TS-C series spectral confocal displacement sensors can achieve a repeatability of 0.012 µm, a linear accuracy of ±0.02% of F.S., a measurement speed of 10kHz, and a measurement angle of ±65 degrees. They are capable of adapting to various material surfaces such as mirror, transparent, semi-transparent, film layers, metal rough surfaces, and multi-layer glass. They can also measure the inner and outer diameters of pipes and deep holes. They support data transmission interfaces including RS485, USB, Ethernet, and analog signals.

The product model supports customization according to customer requirements, with customizable parameters including reference distance from 1 to 500mm, measurement range from 0.1 to 50mm, measurement angle from ±5 to 65 degrees, spot diameter from 1 to 100 µm, lateral resolution from 0.5 to 50 µm, static noise from 4 to 2000nm, and a maximum sampling frequency of 30kHz.

03
TronSight TS-IT Series White Light Interferometry Film Thickness Sensor

The TS-IT series white light interference thickness sensor can achieve a repeatability of 1nm, a reference distance of 50mm, a measurement range of ±2mm, and a linear error of <±20nm. It can be used to measure the thickness of thin materials such as coatings, thin films, and glass. It supports data transmission interfaces including RS485, USB, Ethernet, and analog signals.

White light interferometry thickness sensors are commonly used for measuring the thickness of transparent objects. The principle is based on the phenomenon of interference, using the interference of light to achieve high-precision thickness measurements. The sensor emits a beam of white light to illuminate the surface of the object to be measured. Light reflects off the surfaces at different levels within the object, creating an interference pattern of alternating bright and dark fringes. The spectral information and spacing of the interference fringes are related to the thickness of the object, and thus the thickness of the object can be calculated by measuring the spectral distribution and interference image.

White light interferometry thickness sensors have advantages such as high precision, fast measurement, and non-contact, and are widely used in the field of thickness measurement in industrial production.