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Laser Cutting vs. Progressive Stamping Break-Even Simulator

Estimate the exact annual volume where progressive stamping or Bihler tooling beats fiber laser cutting + CNC bending. Get a dual DFM quote from Filame.

Indicative Engineering Model: This simulator models structural cost physics (tooling NRE amortization vs. cycle time) to guide process selection. Final unit pricing and tooling investment are confirmed by Filame’s engineering office upon reviewing your STEP/DXF files.
1. Part Geometry, Material & Annual Volume
10 – 1M+ / yr
pcs/yr
mm
mm
mm
Tolerance Class
2. Process Recommendation & Break-Even Analysis
Laser vs Die
Recommended Filame Route
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Estimated Break-Even Volume —
Unit Cost Index Reduction —
Typical First-Article Lead Time —
Total Annual Cost Crossover Curve (Relative Index)
Laser + CNC Bending Progressive Die / Bihler

Compare both process routes on your actual part with a 24h DFM review from our engineers.

Procurement & DFM Decision Support

Laser + CNC Bending vs. Progressive Tooling: Choosing the Right Route

Because Filame operates both fiber laser cutting & CNC press brakes and high-speed automatic progressive presses (10T–320T) and Bihler lines under one roof, we advise buyers objectively on total lifecycle cost.

Questions & Answers

01 At what annual volume should I switch from laser cutting to a progressive die ?
Depending on bend count and part footprint, the break-even point typically falls between 3,000 and 25,000 parts/year. Below this threshold, fiber laser cutting & CNC bending avoids hard tooling NRE; above it, automatic progressive stamping (10T–320T) dramatically reduces unit cost.
02 Can Filame bridge prototyping in laser and full series in progressive stamping ?
Yes. Filame produces your prototypes and pilot runs via laser + CNC bending with zero die cost, then builds the progressive die or Bihler tooling in our in-house tooling workshop as volumes scale.
03 How do I calculate exact bending or punching tonnage for my part ?
Once you select your process route, use our Sheet Metal Bending & Stamping Tonnage Calculator (DIN 6935 / VDI 3389) to verify press force and minimum bend radius.
04 Can Filame provide a dual quote comparing both laser and stamping routes ?
Yes. Click the transfer button in the simulator or upload your STEP/DXF file to receive a real side-by-side comparison within 24 hours.
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Contact us about your stamped and pressed metal parts

Filame has been a trusted manufacturing partner to industry leaders for decades for precision stamping, pressing, and formed parts up to 320T. Ideally located in Belgium for fast deliveries across Europe, from prototypes to high-volume production. Contact us with or without detailed plans: our engineering and manufacturing teams work with you to produce parts tailored to your specific application.

or contact directly
Direct Line
+32 67 550 600
Email Us
info@filame.com
Online Tools

Use Filame's online tools to help you design and submit requests for your parts

Free interactive sizing tools, tolerance estimators, and metallurgical selection matrices for mechanical designers and procurement teams.

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DIN EN 13906-1/2

3D Spring Sizing Calculator

Interactive 3D Three.js deflection simulation, dynamic spring rate, stress analysis, Goodman fatigue diagrams, and 1-click RFQ.

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EN 10132 / 10151

Flat & Leaf Spring Calculator

Calculate deflection, spring rate (N/mm), and bending stress for cantilever flat springs, trapezoidal blades, and stamped clips.

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EN 15800:2008

Spring Tolerances Calculator

Standard manufacturing tolerance calculations for test loads (F₁, F₂), diameters, free length, squareness, and parallelism across Grades 1, 2, and 3.

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DIN 6935 / VDI 3389

Bending & Stamping Tonnage Calculator

Calculate CNC air bending force, V-die opening, minimum crack-free bend radius, and stamping/punching shear tonnage across 10 sheet metal alloys.

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DFM Break-Even Current Tool

Laser vs. Progressive Die Simulator

Find the exact annual volume where progressive stamping or Bihler tooling beats fiber laser cutting + CNC bending.

Current Tool
EN 10270 / AISI / DIN

Alloy & Standards Cross-Reference

Compare 16 European, German (Werkstoffnr.), American (AISI/ASTM), and AFNOR spring alloys with G/E moduli, max temperature, and EN 15800 grades.

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ISO 10303 / AP214 / STL

Online 3D STEP & CAD Viewer

100% private in-browser 3D CAD inspector for sheet metal, stampings & springs. Instant envelope bounding box, surface area, and metal alloy weight estimator.

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MIL-STD-889D / ASTM

Galvanic Corrosion Calculator

Electrochemical risk matrix evaluating potential difference between 28 industrial metals across marine, industrial, and atmospheric environments.

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Magnetic Permeability (µr)

Non-Magnetic Spring Steel Filter

Parametric alloy selector for non-magnetic spring applications in medical, aerospace, and precision instrumentation.

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E19 / E42 Motorways

Road Transit & Logistics Calculator

Interactive map to calculate road transit time, driving distance, and overland freight corridors from Filame’s Nivelles factory to your facility.

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