With the improvement of living standards, people have increasingly personalized and customized demands for wood-based panel furniture. How to improve the cutting accuracy of panel furniture through equipment while ensuring aesthetically pleasing curves and angles? Woodworking panel saws have emerged to meet this demand. Now, the operating speed of each axis of the panel saw is getting faster and faster, and the requirements for roundness, precision, and angle adjustment are also increasing.
Case Details
Panel SawsWith the improvement of living standards, people have increasingly personalized and customized demands for wood-based panel furniture. How to improve the cutting accuracy of panel furniture through equipment while ensuring aesthetically pleasing curves and angles? Woodworking panel saws have emerged to meet this demand. Now, the operating speed of each axis of the panel saw is getting faster and faster, and the requirements for roundness, precision, and angle adjustment are also increasing. The requirements for controllers, drives, and motors are also increasing accordingly. ZP Motors has launched solutions to meet these needs.
Challenges Facing the IndustryInsufficient Processing Accuracy and Consistency: Panel furniture (especially custom cabinets and door panels) has stringent requirements for processing accuracy (e.g., cutting size error ≤ 0.1mm, hole position deviation ≤ 0.2mm), otherwise it will lead to subsequent assembly problems such as misalignment, jamming, or exposed edges.
Cost and Stability Conflict: With severe market competition, major manufacturers have begun to reduce costs, using cheaper mechanical and electrical components, resulting in decreased equipment stability.
Material Adaptability Limitations: The types of panel materials used in panel furniture continue to expand (from traditional particleboard and MDF to PET boards, bamboo fiberboard, stone-plastic composite boards, and thin metal composite boards), but the "material compatibility" of panel saws has not kept pace, leading to frequent processing difficulties.
The Conflict Between Efficiency and Flexibility: With the trend towards customization, furniture companies' orders are characterized by "small batch quantities (1-5 pieces) and multiple styles (10+ different sizes in the same batch)," placing dual demands on the "change-of-style speed" and "batch processing efficiency" of panel saws.
Solution FeaturesStrong System Adaptability: The drive is compatible with mainstream CNC systems such as Baoyuan, Xindai, Weihong, and 3D Home.
Easy to Use: Only 2-3 parameters need to be fine-tuned to meet industry requirements, and parameters can be downloaded via USB without powering on the main unit. "Black box" alarm recording facilitates rapid fault analysis.
High-efficiency processing: No machine debugging required; completes processing of circles, chamfers, and irregular shapes in one operation.
Safe operation: All servo series come standard with dynamic braking function; reduces braking distance during sudden power outages, preventing equipment collisions.
Value realizationInstallation and debugging efficiency improved by over 10%.
Dual-axis series share a rectifier module, improving energy recovery rate and saving up to 30% in energy.
Dual-axis series share drive power lines, communication lines, and some I/O lines, reducing wiring by 30%; no need for multiple absolute value battery boxes; supports single battery box for two encoder memory channels.
Based on an annual production of 500 units, the Leadsai solution is estimated to save 65,000 yuan.
