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As a leading domestic provider of motion control solutions, Weihong CNC Systems plays a pivotal role in automotive sheet metal processing, delivering advanced technical support for high-precision, high-efficiency machining of automotive body panels and structural components. The Weihong LS6500A Laser Multi-Beam Cutting System achieves synchronous processing through its multi-beam design, significantly boosting processing efficiency for repetitive parts by up to 100%. It also supports asynchronous processing to enhance overall productivity. Additionally, Weihong's milling systems feature high-speed precision algorithms and smooth toolpath generation. These capabilities ensure machining accuracy while enhancing surface finish quality for automotive sheet metal dies, making them widely adopted in the production of automotive sheet metal stamping dies.
Multi-beam design enables multiple cutting heads to operate simultaneously, boosting processing efficiency for repetitive parts by up to 100% and significantly shortening production cycles. The system supports asynchronous machining, allowing flexible adjustments based on production demands to further enhance processing efficiency.
Rolling table + leveling feed replaces traditional exchange platforms, enabling automatic loading and unloading. This reduces manual operations, lowers labor intensity, and enhances production safety.
Supports using the device stroke as the maximum layout distance and automatically feeds material according to the required length of the layout diagram, saving labor and material.
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Weihong Laser Systems' labeling function integrates with marking machines to directly mark part information—such as names and serial numbers—onto components in text or QR code format. This enables rapid identification, facilitates sorting, and ensures seamless progression to subsequent processes.
Centered on the HST interpolation algorithm, it integrates the following functions: rapid positioning capability; toolpath smoothing capability; adaptive speed smoothing capability; position-velocity feedforward compensation capability.
Weihong CNC systems can control machining with small line segment toolpaths of 4μm and above, and provide automatic arc speed limiting and corner deceleration functions to ensure smoother machining speeds. They offer multiple mold machining parameter sets to meet diverse process requirements.
Online optimization for linear-to-arc and arc-to-arc transitions, adaptive handling of suboptimal toolpath quality in CAM software, flexible and convenient invocation, supports mid-path command insertion (G05P1Qxx), enhancing workpiece surface finish.
Addressing the issue of workpiece dimensional shrinkage caused by servo lag in certain machining scenarios, real-time feedforward compensation combined with nano-level control precision ensures machining accuracy.
Highly adaptable, most operating conditions can be accommodated by adjusting a single set of parameters to meet all product machining requirements. Supports circular motion on any axis, providing debugging methods for Z-axis and rotary axis quadrant points. Minimal parameter adjustments are needed—typically just three parameters—to achieve compensation effects. Compensation is also effective for circles with small radii R1 to R4.