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It is used for online detection of tool length, wear and breakage of CNC machine tools, and automatic compensation.
1, accurate measurement, alignment of the workpiece position, automatic correction of the coordinate system 2. Quickly align the position of the fixture and reduce the manual adjustment time 3. Simplify the fixture design and reduce the fixture cost 4. Carry out on-machine measurement and inspection of the first article without offline. 5. Improve the consistency of productivity and batch processing size 6. Measure in cycle processing, monitor the size and position of the workpiece, and automatically correct the deviation value. 7. Shorten the auxiliary time of machine tool and improve the production efficiency
It is used for tool measurement and tool breakage detection on two-axis or three-axis CNC lathes.


As the benchmark product of industrial high-precision femtosecond laser processing equipment, Xingxuan series is specially designed for difficult special-shaped micro-hole processing scenarios. With its technology and stable performance, Xingxuan series has become the core processing solution in aerospace, semiconductor, precision manufacturing and other high-end fields, redefining the accuracy and efficiency standards of complex micro-hole processing.

Monochrome technology femtosecond laser processing equipment star eclipse series, focusing on the field of microstructure forming and surface etching, with excellent technical performance and processing accuracy, provides customized solutions for high-end manufacturing industries such as display, semiconductor, microfluid, and redefines the quality standards of precision micro-processing.

Monochrome technology femtosecond laser precision processing equipment-Star Orbit series, focusing on the field of fine cutting, etching and drilling of metal and non-metal sheet materials, with excellent processing accuracy and material compatibility, provides efficient and reliable solutions for the needs of sheet processing in aerospace, semiconductor, electronics, medical and other industries. Redefining the efficiency and quality criteria for precision machining of thin sheet materials


The MH-H series linear servo electric cylinder is a high-performance transmission tool that combines precision, stability, and efficiency. Offering three stroke options (30mm, 50mm, 80mm) and a lead range of 1-6mm, it adapts to diverse application requirements. Boasting a maximum rated thrust of 250N, a top speed of 300mm/s, and an acceleration of 2000-3000mm/s², it delivers powerful dynamic performance. Featuring a compact structure and reinforced body design, it ensures stable and reliable operation in both horizontal and vertical installations. Precisely tailored for automated scenarios with stringent demands on transmission precision and stability, it provides robust support for the efficient operation of equipment.

MH-R series rod servo electric cylinder is a high-performance transmission equipment integrating precision, strong power and high stability. The product provides three long stroke options of 100mm, 200mm and 300mm, and the lead covers 2-6mm, which is suitable for multiple application scenarios. Its rated thrust is up to 600 N, the maximum speed is 500 mm/s, the acceleration is 3000 mm/s ², the power output is strong, the maximum weight is 70 kg horizontally and 20 kg vertically, and the load capacity is excellent.

MH-L series micro servo electric cylinder is a high-performance transmission equipment with extreme precision and compact design. Series products offer three stroke options of 5mm, 10mm and 20mm, and the lead covers 1-2mm. Its maximum rated thrust is 40 N, the maximum speed is 150 mm/s, the maximum acceleration is 5000 mm/s ², and the dynamic response is rapid. 21 mm uniform body width with compact structure, suitable for narrow installation space, stable and reliable horizontal and vertical installation.


GLY5 high-pressure water deburring machine uses a special pump to pressurize water or water-soluble liquid, and then spray it from the nozzle in a certain shape, such as fan, cone, etc., to produce huge impact energy to impact the parts, so as to achieve the purpose of deburring. By upgrading the existing CNC machine tool and installing a high-pressure water deburring device, the best deburring parameters adapted to the burr characteristics can be obtained through appropriate selection of pressure, flow and feed speed. Through the control of CNC machine tools, burrs can be accurately positioned and automatic high-pressure injection can be realized; the system has high flexibility and adjustability, is suitable for various workpieces, and is suitable for the processing requirements of various varieties, specifications and scenes; the generated waste water can be recycled after being filtered, has no consumables, is environment-friendly and energy-saving, and helps enterprises to achieve the development goal of reducing cost and increasing efficiency.

Based on the customer's demand, a new generation of machine tool high-pressure oil supply cooling filter device GLY2 is developed, which can realize the functions of tool internal cooling, deep hole chip removal, high-pressure chip breaking, high-pressure cooling, efficient filtration, etc., with high filtration accuracy, no consumables, no need for frequent maintenance, and can be recycled to ensure the service life of the main components of the high-pressure pump. It is mainly used in high-pressure internal cooling of machine tools, cutting, improving the service life of cutting tools and improving the processing accuracy and surface finish of products. Equipment advantages: 1. Avoid the winding of scrap iron: Eliminate the trouble of scrap iron winding the cutter and workpiece in metal processing, avoid the winding of scrap iron on the parts and cutter, and make the cutting smoother. 2. High-efficiency filtration system: filtration precision 20-60 μm, no consumables, recyclable filter element, to ensure the service life and performance of the high-pressure pump. 3. Improve the surface finish: improve the surface finish of processed parts, improve the quality of parts, and improve the market competitiveness of products.



