Lens: Outer diameter D Maximum design Angle A Maximum measuring range R * Minimum spot diameter S*(C50 fiber) Working distance C resolution * Total length L Unit mm D40A23 series: diameter 40mm, Angle ±23°

Lens: Outer diameter D Maximum design Angle A Maximum measuring range R * Minimum spot diameter S*(C50 fiber) Working distance C resolution * Total length L Unit mm D27A24 series: diameter 27mm, Angle ±24°

Lens: Outer diameter D Maximum design Angle A Maximum measuring range R * Minimum spot diameter S*(C50 fiber) Working distance C resolution * Total length L Unit mm D8A15 series: diameter 8mm, Angle ±15°

Lens: Outer diameter D Maximum design Angle A Maximum measuring range R * Minimum spot diameter S*(C50 fiber) Working distance C resolution * Total length L Unit mm D3.8A12 series: diameter 3.8mm, Angle ±12°

The E-series controller is a new type of product developed based on spectral confocal technology and embedded low-power architecture. combineDesign and adapt multiple cost-effective probes for ultra small spectrometers, achieving multi-channel, hardware ultra-high integration, and low noiseA compact and distinctive product.

Principle: The original point spectral confocal point light source is extended to line light source. And through high-speed data processing, a series of data is formed by sampling several point signals on the feedback line spectrum signal, and the high-precision scanning contour of the measured object can be obtained by point cloud processing and the high-precision height data of each position ...

Spectral confocal displacement sensor principle: a beam of white light (or multi-wavelength mixed light) through a small hole, through the lens will focus different wavelengths to the optical axis, dispersively form a rainbow distribution band, only irradiation in the optical axis and the object surface intersectionThe light passes through the splitter component and shines through the aperture t...

FPGA high-speed processing, microsecond response speed, 7KHz\15KHz\33KHz sampling frequencyAnalog output -10V~+10V,0~10V,0~5V, convenient for high real-time applicationVarious communication interfaces are available, such as Ethernet, EtherCAT, RS485/RS422Supports multiple sets of high-speed GPIO portsUp to 5 axis encoder trigger frequency division, high speed positio...

Measurement principle: When a beam of laser irradiates the measured object at a certain angle of incidence, the laser will reflect and scatter on the surface of the object. At this point, a lens can be used to converge and image the reflected laser onto the image sensor at another angle. When the measured object moves in the direction of the laser, the light spot on the image sensor will also move, and its displacement corresponds to the distance of the measured object's movement. From this, algorithm design can be used to calculate the movement distance of the measured object relative to the baseline.

Angle, range, working distance and other parameters are balanced, suitable for most application scenarios XL series is a light intensity enhanced version of the lens, with customized controller can increase the light intensity several times higher light intensity in the measurement application of high transmittivity, or high light absorption material, has a stronger measurement signal

Angle, range, working distance and other parameters are balanced, suitable for most application scenarios XL series is a light intensity enhanced version of the lens, with customized controller can increase the light intensity several times higher light intensity in the measurement application of high transmittivity, or high light absorption material, has a stronger measurement signal