flying shear machine

1. Product Positioning

• Application scenario: In-line cutting of metal coil material, enabling rapid cutting while the coil is continuously fed to increase line speed and output and reduce downtime.

• Target customers: Steel mills, aluminum and copper processing facilities, including rolling mills, coil processing plants, and thin sheet processing plants.

2. Core Characteristics

• High-speed in-line cutting, significantly boosting line throughput

• Stable, high-quality edges and cutting quality

• Broad material and thickness adaptability

• Flexible processing and rapid changeover capability

• Seamless integration with upstream and downstream equipment

• Automation and intelligent control

• Safety and user-friendly human–machine interface

• Low maintenance cost and long blade life

• Reduced material waste and scrap rate

• Digitization and remote diagnostic capability

3. Technical Parameters and Capabilities (typical ranges; actual values depend on the specific model)

• Applicable materials: Cold-rolled/hot-rolled steel, coated aluminum/stainless steel, copper and other metal coils

• Coil width range: approximately 500–1800 mm (expandable depending on model)

• Thickness range (standard version): approximately 0.3–4.0 mm; some models cover 0.2–6.0 mm or thicker

• Coil surface quality requirements: suitable for standard pickled/phosphated surfaces; special adaptations for high-gloss surfaces

• Max line speed / shear speed: materials- and model-dependent; typically mid-to-high speed range; some high-end models achieve higher speeds

• Cut length and width tolerances: programmable according to process requirements

• Tension control range: supports varying thickness and material tension needs; closed-loop tension control

• Power consumption and drive: efficient servo drive with energy-optimization options

• Control system: PLC/servo control, blade wear monitoring, online thickness/width detection, fault diagnosis, remote diagnostics, data collection

• Safety protection: fully enclosed guarding, emergency stop, interlocks, safety light curtains or fences, protected operator zones

4. Structure and Key Components

• Conveying and tension system: coil guidance, tension control, surface-protection components to ensure coil stability during cutting

• Shearing mechanism: blade assembly, blade position control, blade holder and alignment device to ensure clean edges with minimal burrs

• Positioning and cutting control: high-precision servo drive, blade position sensing, synchronized control for repeatability

• Clamping and support system: pneumatic/hydraulic clamping with adjustable clamping force to prevent coil rebound

• Safety and maintenance design: modular, easy-to-maintain layout, rapid blade-change pathways, lubrication and dust-protection features

• Control and human-machine interface: touchscreen or industrial display, user-friendly UI, on-site parameter visualization

5. Control System and Automation Options

• Standard configuration: PLC + servo drive, blade position detection, basic HMI

• Advanced configuration: online thickness/width detection, blade wear monitoring, remote diagnostics, data collection with cloud/local analytics

• Integration capability with upstream/downstream equipment: can link with rolling mills, coilers, straighteners, transfer lines to enable full-line automation

• Operations and maintenance support: remote diagnostics, remote upgrades, spare-parts management, on-site training

6. Installation, Commissioning and After-Sales

• Installation and commissioning: pre-shipment installation checklist, on-site wiring, initial commissioning and parameter optimization

• Training and support: operator training, maintenance training, troubleshooting common issues

• Spare parts and maintenance service: blades, seals, drive components and other standard parts; warranty and maintenance schedule recommendations

• Data services: fault-diagnosis records, run-time data analysis, optimization recommendations

7. Customization and Selection Guidance

• Standard version: high-speed inline cutting for conventional materials and thicknesses, cost-effective

• High-end version: extended blade life, online detection, remote diagnostics, broader material and thickness range

• Custom version: tailored to specific materials, extreme thicknesses, very high line-speed requirements, or strict automation integration

• Selection considerations: please provide target materials, thickness range, coil width, desired line speed, whether full-line integration is needed, and regional safety and certification requirements

8. Common Model Comparison Points

• Model A (Standard): suitable for standard materials, thickness range, and line speed

• Model B (Mid-range): adds online detection, remote diagnostics, and broader thickness range

• Model C (High-end): very high line speed, full automation integration, comprehensive energy optimization

9. Value-Added Services

• Hardware upgrade/replacement programs

• Software version upgrades and data analytics services

• Remote operations and periodic health checks

• On-site customized training

If you’d like, I can tailor this into a bilingual product page, specification sheet, or quotation template based on your actual parameters (materials, thickness range, coil width, target line speed, whether full-line automation is required, and regional safety/certification requirements).