


1.Product Material: Mineral casting 2. Product size :1800*1350*744mm 3. Product advantages: The mineral casting copy forming process is a manufacturing technology that uses high-precision molds to replicate complex geometric shapes. By directly replicating the geometric features of the master mold through the mold, it can produce complex curved surfaces, cavities or fine structures, with precision reaching the micrometer level. It is particularly suitable for the design of irregular shapes that are difficult to achieve with traditional metal processing. Combining the advantages of mineral casting materials, it is widely used in high-precision bed frames, precision instrument bases and other fields.

Granite measuring tools have become the core equipment in the field of precision measurement due to the advantages of natural materials. Common types include granite flat plate, parallel rulers, square rulers, cubes, V-shaped blocks, etc., adapting to the needs of different measurement scenarios. Its core advantages are significant: natural granite has uniform texture, high hardness, small linear expansion coefficient, no internal stress, and can maintain accuracy for a long time; it is non-magnetic, avoiding the interference of magnetic fields on measurement accuracy, and is acid-alkali and corrosion resistant, and has a long service life. It is widely used in mechanical processing, precision manufacturing, metrological testing and other industries. It can be used as a key tool for workpiece detection benchmark, marking positioning, equipment installation and debugging, and provides reliable guarantee for high-precision production operations.
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1. Product material: Mineral casting base with Hydrostatic guideway 2.Product size: 2600 * 1500 * 700 mm 3. Product advantages: The bearing surface of the hydrostatic guideway is directly integrated by the mineral casting bed, and the hydrostatic module is directly combined with the mineral casting bed to replace the traditional wire gauge, and the straightness can be controlled at 0.5 μ/m, which further improves the accuracy and stability of the product.





Based on ISO5393 standard, Danikor Intelligent Tightening Tool adopts self-developed high-precision algorithm, which makes its performance more stable and durable, and provides a variety of tightening strategies to adapt to the increasingly complex working conditions of new energy vehicle assembly. By monitoring the torque or angle of each step in the tightening process, abnormal tightening conditions such as floating lock and sliding tooth can be found in time, and the floating screw problem is solved by high order clamping torque strategy. It has the functions of data acquisition, uploading and storage, which is convenient for timely analysis and optimization of tightening process. In addition, tightening data can be uploaded to MES system in real time to achieve traceability of tightening results. It provides a cost-effective intelligent tightening solution for the assembly of new energy vehicles, and helps the digital intelligent assembly of new energy vehicles to enter the "fast lane".

With the transformation of the new energy vehicle industry from policy driven to market driven, the new energy vehicle industry has entered a stage of rapid development. The assembly process is highly automated and cleaning requirements. The clean step feeder developed by Danikor can be equipped with a variety of cleaning schemes to ensure the full cleaning of screws in the feeding process. With multiple types of tightening modules, it can realize the cleaning of both feeding and tightening processes and greatly improve the assembly quality. The screw feeding and tightening system with stable performance is widely used in the industries of new energy vehicle electronics, general assembly, auto parts and power assembly.

The types and specifications of materials used are diverse and complex in the production process of new energy automobile industry. The multi feeder of Danikor can realize the feeding of various materials with different specifications and structures, and multi variety compatibility and rapid switching, so as to avoid equipment scrapping caused by product change and reduce equipment investment. The multi feeding method also solves the jam problem and improves the production efficiency.


The speed can reach 3m/S; the acceleration is 3G, the guide rail adopts the precision C-UP, the guide rail can be butted, and the extension is limited

The outer diameter of the screw is 6-125mm, the length can reach 12000mm, the DmN value is 50000-220000, the acceleration is 0.5G-2G, and the accuracy of the screw is C0-C7.

The HIWIN coreless U-type linear motor has the characteristics of no wear, zero back gap, no impact force and low speed chain wave, and has no attractive force between the moving stator and the stator. It can be applied to the installation platform with no deformation, light load and continuous motion curve. For example: high-speed light-load automation equipment, dust-free environment automation equipment, panel panel equipment, optical inspection equipment, scanning electron microscope equipment, semiconductor equipment, tool machine wire cutting equipment and cam lathe equipment.


The hand wheel is a manually operated wheel. Mainly used for CNC machine tools: vertical machining center, horizontal machining center, gantry machining center and other CNC equipment, such as novel shape, easy to move, anti-interference, strong load capacity; full plastic shell, high insulation strength, anti-oil sealing design; with X1, X10, X100 three-gear magnification, can achieve four-axis magnification switching; Optional control switch and emergency stop switch, user-friendly design, easy to operate

Today, with the popularization of industrial automation, are you still troubled by the bottleneck of human-computer interaction? Complex programming, cumbersome wiring, high training costs, and the difficulty of getting started quickly for non-professionals all drag down productivity. The emergence of flat-panel teaching device is precisely to crack these pain points. This interactive platform, designed for efficient operation, redefines the way of human-computer cooperation in the industrial field with its subversive design. It combines user-friendly operation with cutting-edge technology, aiming to provide a full-dimensional, cost-effective solution for complex industrial scenarios, and completely release your production potential.


The high-precision and high-efficiency compound processing machine TM series realizes the design of reducing thermal deformation and occupies a small area. It is the best choice for the processing of small precision parts such as medical instruments and measuring instruments that pursue high-precision and high-efficiency processing of workpieces with complex shapes. The machine tool structure adopts the turn-milling compound technology to realize high-precision one-time clamping processing.

LU620 five-axis processing machine adopts high-rigidity base to support the rotation of B and C axes of single swing, and X/Y axis adopts the design of cross sliding table to ensure the best stability required by processing accuracy and surface quality, so as to provide customers with the highest production efficiency.

TX series improves the value of BT-30 drilling center. The improvement of structure, shaft guide rod and transmission system, the improvement of spindle structure and performance, the improvement of chip removal system and the fast tool change mechanism greatly improve and optimize the new generation of drilling and tapping center. In pursuit of high production efficiency, it shortens the starting and stopping time of the spindle, adopts high-speed feed and acceleration, shortens the non-processing time, high-speed ATC tool exchange mode, and adopts a new generation of control system.
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