Use Case 01
Purchasing Departments
Suitable for teams looking to quickly see material requirements, approximate weight, and sheet layout.
Sheet Metal Calculator
Section Calculator
Section opening, plate yield, and weight calculation
Use the opening formulas for C, U, L, Z, and OMG profiles to calculate flat length, pieces per plate, and weight values.
Section Type
Auto-filled by selected section type
Calculation Parameters
ST-37
Thickness
mm
Material
ST-37
A Dimension
mm
B Dimension
mm
C Dimension
mm
Sheet Width
mm
Sheet Length
mm
Cut Material Length
mm
Calculation Results
Opening
224mm
Pieces Per Plate
25pcs
Product Weight
1.76kg
Sheet Weight
37.68kg
Standard Sheet Length
4,800 mmSheet Width
1,000 mmSheet Length
2,400 mmCut Material Length
500 mmOpening Formulas
C Profile(A + (B x 2) + (C x 2)) - (thickness x 2 x 4)
U Profile(A + (B x 2)) - (thickness x 2 x 2)
L Profile(A + B) - (thickness x 2)
Z Profile(A + B + C) - (thickness x 2 x 4)
Ω Profile (Omega)(A + (B x 2) + (C x 2)) - (thickness x 2 x 4)
Note
The 7.85 value is the density of steel (gr/cm3). In the weight formulas, dimensions given in mm are used directly and the result is obtained in kg.
What do we handle?
This tool quickly visualizes the essential sheet metal data you need during the planning and proposal stages.
Ultra-precise instant calculation of area and weight
Estimating products yield from standard sheet
Automatic density adjustment by material type
Guide for forming quotes and commercial proposals
What will this tool bring you?
The value here is not just generating numbers, but making purchasing, planning, and proposal preparation more controlled.
Speed and reliability of calculations at the planning stage
Bringing absolute clarity to the purchasing budget
Timely warning of losses in the form of material waste
Increased reliability of data when pricing
Acceleration of decision algorithm through instant results
Single convenient counting formula for all types of sheet steel
Best-Fit Projects
Whose work does this tool speed up the most?
Suitable for teams looking to quickly see data during planning, purchasing, and proposal stages, regardless of the industry.
Use Case 02
Production Planning
Suitable for teams looking to quickly see material requirements, approximate weight, and sheet layout.
Use Case 03
Engineering Projects
Suitable for teams looking to quickly see material requirements, approximate weight, and sheet layout.
Use Case 04
Workshops and Manufacturers
Suitable for teams looking to quickly see material requirements, approximate weight, and sheet layout.
Quick Usage
What information should you enter for an accurate calculation?
The more accurate the input data, the more useful the result. It is especially important to clearly enter dimensions, thickness, and material.
01
Thickness, width, and length of material (dimensions)
02
Required metal/alloy
03
Quantity of products or overall production scenario
Service Analysis and Process Overview
Accuracy in calculating material amount is the key to profitable production. Do your calculations quickly and plan your activities with confidence.
This tool instantly calculates the sheet metal requirement and total weight based on part dimensions and material type.
By knowing how many sheets of metal you need to purchase before buying, you avoid unnecessary storage costs and surpluses.
Reliability of the data is as important as speed in the initial planning decision. When input is clear, proposal, material, and production preparation proceed more controlled.
Technical Summary
Data based on the calculation
Material type
Steel / stainless / aluminum
Result type
Area / Weight / Requirement
Purpose
Planning / Purchasing / Quoting
Deviation note
+/- 3-5% (due to nesting)
Fit Check
When does this tool speed up your work?
Fit 01
Quick check before purchasing
For teams requiring a preliminary estimate of sheet metal volume.
Fit 02
Estimated weight calculation before proposal
Cases where a basic assessment of material cost and weight is required.
Fit 03
Predicting consumption at shop planning stage
Planning processes before the actual launch of metalworking.
Fit 04
Comparing multiple consumption scenarios
Tasks where it is necessary to immediately see the effect of various combinations of size and thickness.
Process Summary
01
Enter dimensions
Enter the width, height, and thickness of your part.
02
Select material
Choose steel, stainless, or aluminum.
03
Set quantity
Specify the total number of parts to be produced.
04
See result
The required number of sheets and total weight appear instantly.
Frequently Asked Questions
Calculations are based on theoretical area and weight formulas. Nesting layout in laser cutting can vary by +/- 3-5% based on your project.
