Blechgewicht-Rechner

Kurzantwort

• Sheet Metal Weight = Length × Width × Thickness × Density
• Einheiten:
  • L / W / T → mm
  • Density → g/cm³
  • Output → kg

Formel

W = L times W times T times rho

👉 Wo:

• W = Weight
• L = Length (mm)
• W = Width (mm)
• T = Thickness (mm)
• ρ (Density) = g/cm³

Anleitung zur Verwendung

1. Select material (density auto-filled)
2. Enter sheet length
3. Enter sheet width
4. Input thickness
5. Enter quantity
6. Get total weight instantly

✔ Berechnung in Echtzeit
✔ Suitable for flat plates and sheets
✔ Accurate for engineering use

Unit Conversion Logic

The calculator automatically converts:

• mm³ → cm³
• g → kg

👉 No need to manually convert units

Common Material Density

Rechenbeispiel

Material: Stainless Steel
Size: 1000 × 500 × 2 mm

Step 1: Volume

1000 × 500 × 2 = 1,000,000 mm³ = 1000 cm³

Step 2: Weight

Weight = 1000 times 8.0 = 8 kg

Einblicke in die Technik

Why sheet weight matters:

• Material cost estimation
• Laser cutting & nesting planning
• Shipping and packaging weight
• Structural design calculations

Practical Applications

• Herstellung von Blechen
• Laser cutting parts
• CNC bending components
• Enclosures and panels
• Automotive and aerospace parts

Design Tips

• Reducing thickness significantly lowers weight and cost
• Aluminum is ideal for lightweight designs
• Consider tolerances in thickness (e.g., ±0.1 mm)
• Optimize sheet size to reduce material waste

FAQ

Is this calculation accurate?

Yes, for standard engineering use. Slight variations may occur due to material tolerances.

Can I calculate coated or plated sheets?

Yes, but coating thickness is typically negligible unless specified.

Does it support multiple sheets?

Yes, simply input quantity.

What if I use inches?

Convert to mm or use a unit converter.

Verwandte Rechner

• Metallgewicht-Rechner
• Rohrgewicht-Rechner
• Rechner für das Gewicht von Rundstäben
• Dichte-Rechner