Ultra-precision control system (±0.01mm accuracy) enables millimeter-level bending angle/depth adjustment, ensuring zero-dimensional error in cabinet components. This precision forms flawless assembly foundations and extends product lifespan significantly.
Flexible bending centers integrate full automation modules: auto-feeding, smart positioning, precise forming, and unloading. Programmable presets allow continuous production of complex shapes with automatic parameter adaptation, eliminating manual intervention and enhancing process stability.
High-precision bending eliminates fold deformation, achieving smooth, natural contours. This craftsmanship elevates cabinet aesthetics to precision furniture standards, enhancing market competitiveness through superior visual quality.
Smart control systems optimize material usage via data-driven path calculation, reducing raw material waste by 15-20% compared to traditional methods. This cost-saving approach aligns with sustainable manufacturing principles.
Cabinet skirting boards, critical components bridging cabinets and floors, are typically made of 0.6-1.2mm thick (60-100mm width) aluminum/stainless steel sheets. These flexible metal materials require complex shaping capabilities. For production, pure electric servo press brakes are recommended, featuring:
As kitchen worktops directly impact performance and durability, mainstream materials include 304 stainless steel and 6063 aluminum (0.8-1.5mm thickness). OSM's flexible bending center excel in:
Cabinet bodies primarily use stainless steel and aluminum alloy. Thinner/lighter than countertops with diverse sizes (standard thickness 0.6mm), requiring customization per client needs. The HP series hydraulic CNC press brake delivers powerful output and efficiency, meeting diverse requirements while significantly enhancing productivity - the ultimate choice for cabinet manufacturing.
