Export & OrderPricing: calculating…
1 · Finished belt requirements
- Finished finger length
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- Finger pitch
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- Bias angle
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These define the intended finished splice. Stencil compensation must not change the required belt geometry.
2 · Cutting method & allowances
- Technician cutting method
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- Cutting-length extension
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- Laser kerf
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The cutting preference influences automatic extension. Kerf changes the programmed slot width, not the required finished belt dimensions.
3 · Stencil manufacturing geometry
- Desired finished slot width
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- Programmed slot width
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- Bridge thickness / spacing
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Programmed geometry is derived from the desired opening and the selected kerf setting. Actual cut results require physical calibration.
How the belt requirements determine the stencil
Step 1: Set the desired finished belt finger geometry. Step 2: Select where the technician will cut within the stencil slot. Step 3: The engine computes the cutting-length extension. Step 4: Laser kerf compensation adjusts the programmed opening. Bridges and rounded corners keep the Mylar stencil manufacturable.
Dimensions shown above are linked to the applied design. The two-finger drawing retains its existing construction guides and dimensions. This explanation does not modify manufacturing geometry.