CNC Metal Shearing Center
This CNC metal shearing center is designed for automated metal sheet processing with high precision. It features a robust frame, advanced control system, and integrated material handling for efficient and accurate cutting.
Technical Specifications
Overview
High-Efficiency CNC Metal Shearing Center
The RD-QC11K-16×12000 is a large-scale CNC shearing center designed for full-automation and high-precision metal sheet processing. This integrated system manages the entire workflow from loading and plate inlet to shearing, stacking, and discharging with only a single operator required. It features advanced stress deformation compensation and flexible manufacturing capabilities, making it more precise than standard shearing machines for high-volume industrial environments.
Key Performance Metrics
Performance Metrics
Technical Specifications
- Shear Angle
- 1.5-2.5°
- Strokes
- 4 n/min
- Back Gauge Range
- 20 ~ 800 mm
- Overall Dimensions (L*W*H)
- 16880 * 13600 * 7150 mm
System Components
Integrated Systems
- Main shear machine
- Auxiliary sheet preparation trolley
- Electromagnetic chuck loading machine
- Front feeding system
- Plate end turnover mechanism
- Sheet supporting device
- Stacking and discharging trolley
- Hydraulic and electrical systems
Automation & Control
- Automation Functions
- Electromagnetic LoadingAutomatic FeedingParallel FeedingBeveling FeedingPlate TurnoverAuto SortingAuto Stacking
Component Configuration
Main Component Configuration
| Component | Origin/Type |
|---|---|
| CNC System | Siemens |
| Servo Motor & Frequency Converter | YASKAWA, Japan |
| Oil Pump | NACHI, Japan |
| Ball Screw | Hiwin, Taiwan |
| Electric Components | Schneider |
| Hydraulic Valves | Huade, Beijing |
Operational Features
Precision Positioning
The front feeding system utilizes hydraulic clampers driven by servo motors and ball screws on linear guide rails. Three independent clamper units (X1, X2, X3) accommodate sheet lengths from 2000mm to 12000mm. It includes floating clampers to prevent plate camber deviation and side stopping columns for longitudinal positioning.
