Specifications:
Material |
HSS/CRS/HRS |
Width |
400~1,850mm |
Length |
500~4,000mm |
Oscillated angle |
0~32° |
Thickness |
0.4~3.0 mm |
Speed |
80m/min |
Shear type |
Rotary Oscillating |
The Oscillating Shear Machine is designed for efficient and precise sheet cutting of HSS (High-Strength Steel), CRS (Cold Rolled Steel), and HRS (Hot Rolled Steel). Featuring advanced rotary oscillating shear technology, this machine delivers burr-free cuts, optimized sheet nesting, and superior material utilization, making it ideal for high-volume industrial applications.
Material Capability: Processes high-strength steel, cold-rolled steel, and hot-rolled steel with stable precision.
Width Range: Supports coil widths from 400 mm to 1,850 mm, suitable for medium to wide sheets.
Sheet Length: Cuts sheets from 500 mm to 4,000 mm, flexible for various production needs.
Oscillation Angle: Adjustable 0–32°, allowing optimized edge trimming and waste reduction.
Thickness Range: Handles sheet thicknesses between 0.4 mm and 3.0 mm, covering a broad range of applications.
Line Speed: Operates at up to 80 m/min, ensuring productivity while maintaining accuracy.
Shear Type: Equipped with a rotary oscillating shear system, enabling smooth, continuous cutting with reduced edge defects.
This oscillating shear machine is widely used in automotive, appliance, construction, and general sheet metal industries, particularly for applications requiring high cutting accuracy and optimized material yield.
By combining oscillating shear technology with rotary precision cutting, the machine guarantees clean edges, reduced scrap, and efficient coil-to-sheet processing. Its ability to adjust cutting angles enhances material utilization and lowers overall production costs.
Provide customers with precision sheet cutting solutions and help build intelligent metal processing centers.
ADDRESS
487-3, Sanshincho, Chuoku, Hamamatsu, Shizuoka, Japan
Japanese local market : +81 53-425-5331
ADDRESS
265 Yixian Road, Deqing, Zhejiang, China
Overseas market : +86 572-883-2016