


Air compressor pressure transmitter is the key equipment used to measure and transmit the internal pressure of the air compressor. It is suitable for various media such as refrigerant, engine oil, water and compressed air.

Split temperature sensors are widely used in various industrial temperature measurement equipment such as compressors. Its separate structure is convenient for installation and maintenance, and overcomes the limitations of the integrated sensor. It has the characteristics of fast response, high measurement accuracy and strong durability, and is suitable for various industrial environments.

The pressure gauge can be used in places with severe vibration. It can withstand the pulsation, impact and sudden unloading of the medium. The instrument indication is stable and clear. Widely used in compressor, machinery, petroleum, chemical, metallurgy, mining, power and other departments to measure the pressure of non-corrosive medium.






1. Accurate flash measurement is triggered, and the measurement efficiency is ten times faster than that of ordinary instruments; 2, that double-telecentric len with big bore and high depth of field realizes clear image in the full field of view without distortion; 3. Automatic image matching function, measuring workpieces can be placed at will without positioning fixture. 4, that measurement of a plurality of position of the workpiece can be realized, the measurement size is increase, and the measurement time is not consumed; 5, a plurality of workpiece can be measured at that same time, and each workpiece doe not need to be measured once; 6, that operation is simple, all measurement process can be quickly completed, and the measurement result can be output; 7, automatic focusing, accurate measurement, measurement results will not vary from person to person; 8. The measurement results can be output to Excel, CAD and other formats; 9. Automatic image splicing can realize large-scale, high-precision and high-efficiency measurement of products.

Gantry structure design, XY displacement does not interfere with each other, better stability, higher precision; ◎ Probe, laser, confocal white light spectrum, etc. can be selected for 3D measurement; ◎ Automatic edge finding, automatic measurement, automatic focusing, automatic program-controlled light source, automatic height measurement; ◎ Structure: fixed gantry type; ◎ Travel: 3020, 4030, 5040, 6050;

1, XY axis movement positioning 1 UM, never rebound; 4, ultra-high definition imaging effect, while maintaining high frame rate movement without delay; 2. Full-screen and half-screen measurement can be switched freely, and alignment is more accurate; 5. Z-axis "zero segment difference" patent, step concentricity size is more accurate; 3. Light source knob program-controlled double dimming technology, with higher degree of freedom; 6. Custom XY coordinate export function, which can import customer reports in real time;


Gocator 6300 Series is a new smart 3D line laser profile sensor designed by LMI Technologies to achieve the ultimate 2D/3D scanning performance, with more than 6500 points per profile, and the X-direction profile data interval is less than 2.1 microns when the field of view is 13.4 mm. The combination of speed, precision, and scan range for superior inspection in semiconductor, electric vehicle battery, and consumer electronics applications. The Gocator 6300 series line offers a combination of high speed, high accuracy and large field of view to meet the online production cycle, and the high X-direction profile data interval enables accurate measurement in a large field of view. Telecentric parallel light minimizes occlusion and improves the blurring that may be caused by diffuse reflection, optimizing the detection of minor defects and edges. Customized camera lenses with high resolution and high numerical aperture are used to improve the angle compatibility of adaptation, maximize the amount of light collection and obtain the best data quality. A new optical design is used to optimize the straightness of the laser line of the sensor, which greatly optimizes the scanning data of curved surfaces and highlighted targets.

Gocator 5500 sensors deliver high speed, wide coverage line scanning with simultaneous generation of 3D topography, 3D tomography, and 2D intensity data. This allows Gocator 5500 series to scan practically any material type - including multi-layered, transparent/translucent, curved edge, shiny/specular, high-contrast textured, mixed, and many more - with submicron precision, and at a level of quality and speed. Proven Gocator line confocal inspection applications include cell phone display glass, glue bead volume and position (transparent/translucent), medical seal integrity, battery weld seam integrity, semiconductor manufacturing, surface roughness measurement and many more.

Use Gocator 3210’s blue-LED structured light technology and wide field of view for full-field inspection of large targets (e.g., automotive components and assemblies). Fast scan rate (6 Hz w/ acceleration) 2-megapixel stereo camera minimizes occlusions Large field of view (FOV) up to 100 x 154 mm Pick-and-place friendly for robotic/stationary inspection applications


General-purpose two-way horizontal CNC drilling and milling machine, for a variety of industries with a combination of multi-axis machine tools, improve efficiency and reduce costs, to provide the best processing program, a most belong to your processing tool.

Single-axis machine adopts modular design, with high rigidity structure and precision transmission system, which can be independently configured or integrated into the automatic production line according to the processing requirements. It is suitable for one-way processing procedures with high repeatability and strict precision requirements, effectively improving processing efficiency and positioning stability, and has good expansion flexibility.
