Fineblanking


Why AMFT


  • Clean, fully sheared edges with no tearing
  • Superior flatness and dimensional precision
  • Excellent repeatability for high‑volume programs
  • Reduced secondary machining and overall cost
  • Improved mechanical strength and part stability
  • Wide material thickness range for both light and heavy components
  • Ideal for safety‑critical and complex geometries
  • Growing range of components: gears, brackets, locking elements, safety components, structural forms, levers, plates, and high‑strength mechanical interfaces.

Equipment & Capacity


AMFT’s fineblanking operations include:

  • Fineblanking press forces: 160–700 tons
  • Material thickness: 0.002” to 0.5”
  • Strip width capacity: up to ≈ 15.75”
  • Round parts: up to 12.00″ diameter
  • Straight‑edge parts: up to 8.00″ length
  • Tolerances typically within 0.001″

Fineblanking maximizes process efficiency, reduces cost by minimizing additional finishing steps, and ensures repeatable quality ideal for safety‑critical, load‑bearing, and complex mechanical components.

We use a combination of:

  • Complex multi‑stage progressive tools
  • Combination cutting tools
  • Integrated die protection & automation

This enables high‑volume, stable production with minimal variation and strong dimensional repeatability.

Skilled Machine Setters & In‑Process Inspection


Every AMFT fineblanking line is operated by qualified machine setters trained to monitor process conditions and verify part quality through:

  • Autonomous self‑inspection
  • In‑process measurements
  • SPC‑driven monitoring
  • Root‑cause‑based problem solving

This ensures each production run meets strict performance, tolerance, and surface‑finish requirements—without relying solely on end‑of‑line inspection.

Let’s Build What’s Next


Bring us your fineblanking requirements, from initial concept to full‑scale production. Our engineering and production teams are ready to support your next high‑performance program.

Contact us to discuss your fineblanking project.