Range Hood Decorative Strip Precision Bending Tool | Efficient & Labor-Saving Strip Forming Pro
Range Hood Decorative Strip Precision Bending Tool | Efficient & Labor-Saving Strip Forming Pro
Range Hood Decorative Strip Precision Bending Tool | Efficient & Labor-Saving Strip Forming Pro
OSM CNC press brake uses closed-loop servo control system, achieving ±0.1mm angular accuracy to precisely match assembly needs of range hood shells and ducts. Mechanical auto-compensation axis ensures consistent bending angles.
Advanced bending operating system with multi-axis servo control, equipped with servo controllers and motors, enables seamless positioning, correction, and motion control. Repeat positioning accuracy within 0.02mm.
Compatible with full material spectrum from 304 stainless steel (0.8-2.0mm) to galvanized sheets (2.5mm). Dynamic bending supports complex processes like right angle, arc, and flattening, enabling streamlined range hood designs.
Precision gantry machining center ensures machine bed accuracy. Closed-loop electrical circuit with imported servo drives, motors, processors, and sensors guarantees safe and stable operation.
Range hood decorative strips primarily use stainless steel and aluminum alloy (thickness 0.5-1.0mm), demanding stringent dimensional accuracy. The SE Series CNC Pure Electric Servo Press Brake precisely adjusts bending length, angle, and radius, minimizing dimensional deviation to ensure seamless fit during installation and significantly enhance overall aesthetic integration.
Material of decorative cover batch: Stainless steel/composite (thickness 0.6-1.0mm). The flexible bending center enables full automation (loading, bending, unloading) with minimal manual intervention, supporting continuous production and shortening cycles for bulk orders.
Material of range hood canopy: Stainless steel/galvanized iron (thickness 0.5-1.5mm). Dimensional accuracy directly impacts assembly seal. The SH Series servo-hydraulic CNC press brake with auto-deflection compensation ensures precise control of bending length, width, and angle for error-free edge dimensions.