RONGXING CNC Flying Shear & Slitting Equipment

Flying Shear Cut-to-Length Lines

1000mm Dual-Stacking Flying Shear Cut-to-Length Line

Dual-stacking sheet production

Flying shear cutting with flexible dual-stacking output.

Designed for coil-to-sheet production that requires stable flying shear cutting and flexible finished-sheet handling.

The line combines uncoiling, leveling, measuring, flying shear cutting, conveying, and dual-stacking sections in one coordinated production flow. The final configuration can be matched to the customer material, finished-sheet format, output target, and workshop layout.

Contact RONGXING with your verified material, width, thickness, finished length, speed, and stacking requirements for a project-specific technical proposal.

  • Continuous flying shear cutting
  • Flexible dual-stacking output
  • Configurable line layout and controls
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1000mm Dual-Stacking Flying Shear Cut-to-Length Line image 1
1000mm Dual-Stacking Flying Shear Cut-to-Length Line image 2
1000mm Dual-Stacking Flying Shear Cut-to-Length Line image 3

Working principle

How the 1000mm Dual-Stacking Flying Shear Line Works

This model combines continuous flying shear cutting with a dual-stacking output section. After uncoiling, guiding, leveling, and electronic length measurement, the synchronized shear cuts the moving strip. The control system then routes finished sheets through the conveying section to the selected stack position so one stack can be handled while production planning continues around the second position.

Dual-Stacking Coil-to-Sheet Workflow

The 1000mm dual-stacking model is handled as an independent configuration with its own material, finished-sheet, and stacking requirements.

  1. Coil loadingLoad and center the confirmed coil on the payoff equipment.
  2. Uncoiling and guidingRelease the strip and guide it into the line center.
  3. LevelingReduce coil set and prepare the material for accurate length tracking.
  4. Length measurementMeasure strip travel and calculate the flying shear command.
  5. Flying shear cuttingSynchronize with the moving strip and complete the cut in motion.
  6. Sheet transferMove the cut sheet toward the stacking section with controlled spacing.
  7. Stack selectionRoute each sheet to the active stacking position according to the production logic.
  8. Stack dischargeRemove or exchange the completed stack according to the agreed handling workflow.

Independent 1000mm Dual-Stacking Configuration

This line is not included in the 850/1350/1650 standard comparison table. Its technical values are confirmed as a separate project.

Coil handling and uncoiling

Configured for the verified coil dimensions, weight, and loading method.

Guiding, leveling, and measurement

Prepare the strip and provide feedback for the target cut length.

Flying shear system

Coordinate dynamic cutting with the line speed and material.

Dual-stacking conveyor

Route and collect sheets across two stacking positions.

Integrated line control

Coordinate recipes, cutting, conveying, stack selection, alarms, and safety interlocks.

Where Dual Stacking Adds Value

Dual stacking is useful when the finished-sheet handling plan benefits from two collection positions, stack switching, or separation of production batches.

  • Coil-to-sheet projects with a confirmed need for two stacking positions
  • Production plans that separate batches, lengths, or handling cycles
  • Sites where stack removal and continued material flow must be coordinated

Information Needed for the 1000mm Dual-Stacking Line

Because stacking behavior affects the entire process, RONGXING reviews both coil parameters and finished-sheet logistics before confirming this independent model.

  • Material, thickness, width, coil weight, and coil dimensions
  • Finished length range, sheet weight, stack height, and stack weight
  • Required batch switching or stack selection logic
  • Target line speed, output, downstream handling, and site layout

1000mm Dual-Stacking Line FAQ

Is this model part of the 850/1350/1650 comparison?

No. The 1000mm dual-stacking line is treated as an independent model because its stacking arrangement and project requirements are different.

What is the main benefit of dual stacking?

Two collection positions can support the agreed stack-switching or batch-handling workflow, subject to the final control and conveyor design.

Are the technical values fixed?

No. Material, finished-sheet, speed, stack, and site requirements are reviewed before the final values are confirmed.

Can the stacking logic be customized?

The routing and switching logic can be discussed around sheet sizes, batches, stack limits, removal method, and production rhythm.

Discuss a Dual-Stacking Production Plan

Send both your coil data and finished-sheet handling requirements so the complete process can be reviewed.

Get a quote