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alekvs blanking line solutions coil blanking multi blanking

Blanking Line Solutions: Coil Blanking & Multi-Blanking

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Blanking Lines with Cut-to-Length Shears – ALEKVS 

When the manufacturing process is focused on simple blank shapes, a cut-to-length blanking line becomes the ideal solution – both in terms of cost-efficiency and production performance. For producing rectangular or trapezoidal blanks, ALEKVS offers blanking lines equipped with precision cut-to-length shears.

Your advantages with ALEKVS Blanking Lines:

  • Ideal for the production of rectangular, trapezoidal, or curved blanks
  • Excellent value and return on investment
  • High output rates – up to 110 strokes per minute
  • Fully automated and integrated line design
  • Proven, robust coil blanking technology

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alekvs blanking lines work

How ALEKVS Blanking Lines Work

An ALEKVS blanking line is an automated system that stamps square, round, or rectangular blanks from metal coils. Each blank is a flat sheet cut to precise length and squareness tolerances, using a streamlined coil blanking process.

The process begins with a master coil loaded onto an uncoiler. The material is leveled to remove stress, then fed by servo rolls into a loop before the press. With each stroke, a fixed length is fed into the die. Stroke rates vary from 6 to 60 per minute, depending on material type.

For mild steel, the process may take 1.5 seconds per cycle; for high-strength steel, it can increase to 3 seconds due to longer cutting time, reducing output speed. Throughout the cycle, the uncoiler maintains a steady flow of material, ensuring smooth, accurate coil blanking without tension or feeding errors.

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Advanced Multi-Blanking Technology by ALEKVS

ALEKVS Multi-Blanking Lines are engineered with cutting-edge technology to ensure industry-leading efficiency, flexibility, and blank quality.
CNC Programmable Slitting Head:
The slitting head on ALEKVS Multi-Blanking Lines features CNC-controlled positioning for rapid setup and unmatched multi-blanking tolerances. Operators input strip widths, and the system auto-calculates knife positions, including automatic top/bottom knife clearance and stripper height. The “quick lock” system enables fast and secure knife locking at the push of a button.
Servo Feed System:
When paired with ALEKVS Hydraulic Grip Feed or Servo Roll Feed, the line produces blanks with the industry’s tightest length and width tolerances – regardless of coil width or thickness.

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advanced multi blanking technology by alekvs
alekvs multi blanking lines machines

Stacking and Automation Features

Shear-Mounted Stackers:

ALEKVS Shear-mounted combination Drop/Air/Strip Stackers eliminate the need for downstream conveyors. With auto-locking dividers and slit stack separators, blank separation and packaging become seamless.

Part Sorting & Inspection:

Integrated Part Sorters and Pivot Mount Shelves transport blanks directly to measuring tables for inspection. Scrap or rejected parts are automatically directed to scrap bins. An optional Automatic Pallet Loading System allows quick replacement of full stacks with empty pallets, reducing downtime.

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Industries & Materials Served

stainless steel coil blanking
the feeding car is transporting steel coils blanking

Why Choose ALEKVS Multi-Blanking Lines?

  • Superior “real-world” cut-to-length and coil blanking tolerances
  • Combined slitting and multi-blanking in one integrated line
  • Capable of processing surface-sensitive materials without marking
  • Higher line speeds without material slippage
  • Full “hands-free” threading from uncoiler to stacker
  • Designed, engineered, and fully assembled in-house by ALEKVS

Unlike many other strip processing equipment providers, ALEKVS controls every step of the design and manufacturing process—ensuring unmatched quality, consistency, and after-sales support.

Industries & Materials Served

ALEKVS coil blanking and multi-blanking lines are widely used in:

  • Automotive components
  • Construction materials
  • Aerospace parts
  • Appliance and electrical enclosures

Common materials include low-carbon steel, stainless steel, aluminum, brass, and copper—each selected according to final product requirements.

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