1 Geometric adaptive solutions

Applicable industries: Geometric adaptive technology can be widely used in aerospace, automotive industry, energy consumption, shipbuilding, mold processing industry, suitable for industries with high processing accuracy requirements.
Main functions: Geometric adaptive machining technology equipped with on-machine measurement function can adjust the machining program according to the geometry of the part to improve the machining quality.
Application value: The geometric adaptive technology can automatically correct the workpiece position deviation, re-optimize the margin and other functions, support mainstream CNC systems and arbitrary structure machine tools, and provide closed-loop adaptive machining solutions for multiple scenarios. Significantly improve the processing accuracy and production efficiency of complex parts, reduce material waste, and reduce production costs.

2 Turning and milling composite …

Application industry: Turning and milling composite processing technology through a single clamping to complete the integration of multiple processes, not only improve the processing efficiency and accuracy, but also reduce the workpiece in multiple clamping may produce errors, suitable for the finished product accuracy and processing efficiency requirements of the industry.
Main functions: QJCAM turning and milling composite module has multi-axis programming function, which can accurately control the synchronous movement of 5 axes or more axes, reduce processing steps and clamping times, and improve processing efficiency and accuracy.
Application value: The software can create a rich variety of vehicles and milling tools, support the creation of 3D turning tools, and provide users with machine tool simulation functions, allowing for simulation interference inspection of parts, fixtures and machine tools through APT files before loading the machine, improving programming quality and safety.

3 In machine measurement self-cy…

Application industry: Parts in the trial production or the first debugging stage, in order to eliminate the cumulative error of multiple clamping and disassembly caused by the inspection, improve the turnover efficiency of parts, so the full use of machine tool probe for intersequence size control and compensation processing.
Main functions: Based on the key technologies such as in-machine measurement, feature size evaluation and size compensation processing, it can automatically detect, alarm and analyze the error trend of parts and correct the processing in time.
Application value: The software has the function of probe calibration, which can calibrate the length and radius of 2D and 3D probe. Through the measurement points picked up on the plane, hole and surface of the model, the software can automatically generate the measurement path, according to the linear dimension evaluation group created by the user, and add the tool complement node to complete the compensation machining. It can significantly improve the processing efficiency and quality stability, and reduce the production cost and scrap rate.

4 PCD tool laser processing

Application industry: Support standard knife, non-standard knife (forming knife, combination knife, etc.) laser processing, can cover woodworking, 3C, auto parts and other tool laser processing fields.
Main functions: Based on in-machine measurement technology, detect the welding or clamping errors of PCD blades, and automatically construct the rear tool face and generate the laser machining tool path through data processing.
Application value: The software supports the template programming of standard tools and the parametric programming of non-standard tools, covering almost all tool types in the industry, and supports the machining of chip breakers, negative chamfers and other features. It allows communication with a variety of CNC systems such as Central China, Heidenhain, Siemens, etc., to complete the automatic processing of measurement and processing, and improve the qualified rate and programming efficiency of finished products.

5 Process solutions for turbine …

Applicable industry: It is suitable for the manufacture of key parts such as internal and external open blade disc, open impeller and closed blade ring in aviation, aerospace, shipbuilding, hydraulic and other industries.
Main functions: including cycloid roughing of flow path, flow path milling finishing, blade finishing and coarse and fine combination milling strategy, providing a complete, high-precision and efficient process solution for rough and fine milling of turbine parts.
Application value: Make full use of the advantages of cycloidal machining, increase the material removal rate, reduce the tool loss and improve the processing stability. Aiming at blade finishing with low rigidity material, coarse-fine mixed milling with variable allowance function is used to improve the machining quality of blade surface and the qualified rate of profile. Facing the fan type disk, the coarse and fine combined milling strategy is adopted to effectively improve the rigidity and efficiency of the blade during machining, and the software internal tool path simulation and post-processing functions are fully utilized to provide customers with CNC machining programs efficiently.