



The numerical control machine tool automatically processes the processed parts according to the pre-programmed processing program. According to the instruction code and program format stipulated by the CNC machine tool, we compile the processing route, process parameters, tool trajectory, displacement, cutting parameters and auxiliary functions of the parts into a processing program sheet, and then record the contents of the program sheet on the control medium, and then input it into the CNC device of the CNC machine tool, so as to direct the machine tool to process the parts.

CNC grinding machine is a machine tool that uses grinding tools to grind the surface of the workpiece through CNC technology.



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Features: - Gantry-structure type makes better machine dynamic performance and accuracy retention - Equip with DD direct drive 5-axis rotary table - Moving component and machining area are fully isolated, machine cleaning is convenient - Reasonable and excellent human-machine interaction design, ensures the operation is comfortable and convenient - 5-axis rotary centers automatic setting of automatic wireless probe (optional) - Equip with full-closed loop control technology, more accurate and reliable machining performance - High-accuracy, high-speed and high-efficiency machining ability - Excellent human-machine interaction interface Machining materials: Aluminum alloy, copper and steel Application industries: Mold, precise component part, etc

Equipment overview: JTHS-600 plus CNC high-speed machine tool is a high-speed and high-precision CNC machine tool newly developed by Kejie Technology with years of experience in designing and developing machine tools. It adopts a brand-new machine tool structure and excellent vibration suppression performance. It has excellent dynamic processing performance, high rigidity design and temperature control technology of the whole machine, which makes the machine tool stable and reliable. To obtain higher surface processing quality, processing efficiency to a new level, suitable for quenching steel, die steel and other materials processing, applied to the processing of die and parts products Equipment features: A new generation of CNC system, Temperature control technology ensures the accuracy stability of the machine tool for a long time. The new structural design improves the rigidity of the machine tool and the processing performance is better. Excellent chip removal mode, adapt to different processing requirements. New vibration suppression and damping technology to improve tool life. Excellent dynamic processing performance. High-speed, high-precision processing quality Integrated shape design, excellent human-computer interaction interface, easy to operate. Full closed-loop system, machine tool processing is more accurate and reliable.

Equipment overview JTGS-600 graphite engraving and milling machine is a high-speed, high-precision graphite processing CNC machine tool under the brand of JIATIE. This model inherits the excellent contour accuracy and surface quality of JATIE engraving and milling machine when processing complex curved surfaces. The new structural design further improves its dynamic cutting performance and ensures that the processing size, accuracy and surface effect are more ideal. It is an ideal model for processing high-end graphite electrodes and parts. Equipment features Suitable for dry cutting of various graphite products. The design of box-type foundation structure and the unique damping characteristics make the machine tool have more excellent dynamic processing performance, fully enclosed protection and equipped with professional dust collector, effectively reduce the leakage of dust and ensure good dust removal. Effect The shaft motion system adopts special protective measures to ensure the service life of moving parts. Multi-function optional, suitable for different levels of demand


This product is based on the function of traditional milling cutter measuring instrument. Comprehensive technical upgrade, not only inherited the diameter, jump, circle High precision measurement of basic parameters such as cylindricity and coaxiality Force, more breakthrough, new ball knife and round nose knife angle measurement power It can realize the full coverage of tool detection. Through intelligent, complete, Closed design and one-click operation process, redefining milling Efficiency and reliability criteria for knife measurement. As well as a ball knife and a circle. Measurement of the angle of the nose knife.

This tester uses advanced laser technology to accurately measure single-edge and double-edge milling cutters without touching the milling cutter. Maximum rotary outer diameter, maximum outer diameter, milling cutter runout, height difference of each cutting edge, coaxiality and cylindricity, etc., zero for the cutter Damage. High-precision ceramic "V" groove, theoretical 0 runout tolerance, outer diameter accuracy up to ± 0.0015mm, runout precision Degree up to 0.0025 mm. The measuring speed is fast, and the outer diameter runout measurement of a milling cutter can be completed in 3 seconds at the fastest, which is efficient and Precise. KR3030B's new appearance detection function, using high-definition image recognition technology, can quickly detect the grinding of milling cutter surface Damage, chipping, cracks and other defects provide a more comprehensive guarantee for the quality and life of the tool. CCD can be used as an image sensor to convert the sample image under the microscope into electrical signals and display them on the computer screen. In this way, scratches and pits on the surface of the product can be easily observed. At the same time, image analysis and measurement can be carried out.

No need to touch the tool, quick single/double in 3 seconds Edge milling cutter measurement to avoid tool damage. Supported measurement items: maximum outer diameter, minimum outer diameter, Runout value, blade height difference, coaxiality, cylindricity, etc. Adopt high-precision ceramic "V" groove, theoretical 0 runout Tolerances to ensure stability. The outer diameter measurement accuracy is ± 0.0015mm, and the run-out accuracy is 0.0025mm, which meets the requirements of high-precision tool detection.


