Products
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3D Line Laser Intelligent Sensor
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Laser Triangular Displacement Sensor
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Spectral Confocal Displacement Sensor
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Industrial Code Reader
Function
01
Standard connector, IP67 protection level
IP67 reached with cables connected, preventing dust inhalation and short-term immersion.
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Ultra-high speed
2500 fps with full MR, and up to 56000 fps with minimized MR
Depth map and intensity map output simultaneously to meet the CT requirements of high-speed production lines.
Depth map and intensity map output simultaneously to meet the CT requirements of high-speed production lines.
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High precision measurement
4K physical profile points in the X direction.
In depth map mode, maximum to 8K points resampled points reached in on profile
In depth map mode, maximum to 8K points resampled points reached in on profile
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Customized series of the laser modules
Customized laser wavelengths available
405 nm blue laser default used in small and medium FOV scenarios for higher precision.
405 nm blue laser default used in small and medium FOV scenarios for higher precision.
01
Adapt to a variety of measured surface
Laser intensity adaptive algorithm will dynamically adjust the laser power, exposure time and other parameters according to the measured surface laser intensity, to achieve a dynamic adjustment of 1000000:1 light intensity. Therefore, the product can be adapted to the measurement of different surfaces, such as glue, PCB, disc, ceramic, metal, etc.
02
High-speed and high-sensitivity measurement performance
CMOS chips with high pixel width and pixel count, combined with a controller with high-speed drive and low-noise signal reading capabilities, can maximize the performance of the sensor. The maximum measurement speed of 160 kHz and sub-micron measurement accuracy can meet the requirements of extreme measurements, such as piezoelectric ceramics and other objects.
03
High-precision long-distance non-contact measurement
The high-resolution objective lens developed for the laser displacement sensor can minimize the influence caused by the change of the light spot on the surface of the measured object and reduce optical distortion at the same time. The measurement working distance can be selected within 30~1500mm to meet the needs of various long-distance measurement scenarios such as high temperature and window restrictions.
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The high-reliability integrated sensor structure
products have passed the verification tests of various international standards such as high and low temperature, vibration, and shock, and can fully meet the application scenarios of most industries. Commonly used industrial interfaces (RS485, analog output, etc.) can be connected directly from the probe, which is convenient for product integration into various industrial automation equipment.
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Capable of reproducing the size and displacement of micron-scale structures.
The linear laser is focused on the image sensor through the objective lens into a regular elliptical spot. The 30μm spot size can bring extremely high resolution, which is crucial for measuring tiny structures.
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Much smaller measurement blind zone
The coaxial measurement configuration avoids the angle limitation of the laser triangulation sensor, narrows the measurement blind area, and is more suitable for the measurement of complex and tiny shapes (such as deep groove shape, etc.).
02
Dimensional and displacement reproducibility with sub-micron precision
The PCS objective lens system developed can achieve an imaging spot as small as 5.48 μm while improving the linear accuracy of measurement.
03
High-sensitivity optical non-contact measurement
The stray light suppression optimization spectrometer and high-brightness white light source custom-ized for the spectral confocal displacement sensor can improve the measurement sensitivity greatly, and can complete the measurement of the extremely weak light intensity returned by the surface (transparent objects such as films).
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Multi-layer/multi-layer glass thickness measurement capability
The spectral confocal sensor is suitable for the measurement of various materials and can ensure the measurement performance of different materials, while supporting the multi-layer thickness measurement of multi-film layers/glued glass.
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Anti-interference modular probe
The probe installed at the measurement site is purely optical and connected to the controller via an optical fiber, so the influence of electromagnetic interference on the measurement accuracy can be avoided. The probe diameter can be designed to be below Φ4mm, suitable for side-by-side measurements at multiple critical locations. At the same time, the probe can be designed to ± 60° measurement angle to meet the measurement of curved glass.
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Using bright LED, higher image contrast
Using bright LED, higher image contrast
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Full barcode compatibility
Full barcode compatibility, quick reading of various barcodes, supporting Vercode
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Supports various communication methods
Supports various communication methods, including Modbus, PN, MC, and EthernetIP protocols.
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The IP65 protection rating
The IP65 protection rating satisfies various harsh working conditions, and it can withstand multiple normal drops from a height of 1.5 meters (with a 5° deflection allowed).
Core Competitiveness
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Easy to operateCalibrated in factory, directly use when received.
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Powerful algorithmsBased on the self-developed algorithm, not only multi-channel data fusion achieved, but also 3D AI processing realized on 3D algorithm platform
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Fast technical supportTechnical support centers in East China, South China, and West China for quick response.
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High performance productHigh precision: 0.1μm repeatability accuracy; High speed: 2500 fps with full MR, up to 56000 fps with ROI.
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Customized developmentFor special application scenarios, customized solutions applicable
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3D, 2D data simultaneous output3D and 2D data simultaneous output to achieve completed detection;
2D data used for positioning, code reading, character recognition, etc.
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Excellent linearity±0.02% of F.S.
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Super sample rateUp to 160KHz
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Multi interfaceEthernet, RS485, Analog
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Excellent repeatability0.02μm
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High Sample RateUp to 10kHz
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Large angle measurementProbe models with a maximum ±60° measurement angle are available to meet the requirements of 2.5D glass and chip pin topography measurement and positioning
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Excellent linearity±0.02% of F.S
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Adapt to different measured objectsSuitable for mirror surface, transparent, translucent, film layer, deep hole, inner wall, multi-layer glass
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Excellent repeatability0.02μm achieved as using components with high sensitivity and high signal-to-noise ratio
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Modular installation with support for customized lenses of various types.Modular installation with support for customized lenses of various types.
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Capable of reading large fields of vision at close range or small barcodes at long distances.Capable of reading large fields of vision at close range or small barcodes at long distances.
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Multiple sets of parameters to better cope with mixed-line production.Multiple sets of parameters to better cope with mixed-line production.
