Spindle Spacing Calculator

Calculate optimal spindle spacing for efficient material coverage in manufacturing processes

Input Parameters

Calculation Results

Calculation Results

Optimal Spindle Spacing (mm):

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Number of Spindles:

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Effective Coverage Width (mm):

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Coverage Efficiency:

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Calculation Formula

Spindle Spacing = Material Width × (1 - Overlap Percentage / 100)

Where:
- Material Width: Total width of the material being processed
- Overlap Percentage: Percentage of adjacent spindle coverage that overlaps
- Spindle Spacing: Minimum distance between centers of adjacent spindles

Spindle Spacing Calculator Usage Guide

Learn how to use the Spindle Spacing calculator and its working principles

How to Use This Calculator

  1. Enter the Material Width - the total width of your material (e.g., 1000 mm for a 1-meter wide material).
  2. Specify the Desired Coverage Width - how wide you want to cover with the spindles (e.g., 800 mm).
  3. Input the Spindle Diameter - the diameter of each spindle being used.
  4. Set the Overlap Percentage - typically between 5-15% for most applications.
  5. Click the Calculate button to see the optimal spindle spacing and other results.

Understanding the Results

  • Optimal Spindle Spacing: The recommended distance between centers of adjacent spindles for the given parameters.
  • Number of Spindles: The approximate number of spindles needed to achieve the desired coverage width.
  • Effective Coverage Width: The actual width that will be covered by the arrangement of spindles.
  • Coverage Efficiency: How effectively the spindles cover the desired width compared to the theoretical maximum.

Principle Behind the Calculation

This calculator is based on the principle of calculating the optimal spacing between processing elements (spindles) to achieve maximum coverage with minimum overlap. The formula accounts for the diameter of each spindle and the desired coverage width, while considering the overlap between adjacent spindles to ensure complete coverage.

Practical Applications

This calculator can be used in various industrial applications including:

  • Spray coating and painting systems
  • Welding and cutting operations
  • Textile manufacturing
  • Adhesive application
  • Any process where multiple spindles or tools need to cover a surface