How do you calculate hose cut length yield?

Divide accepted cut length by the raw coil or spool length consumed, then multiply by 100. With 920 ft accepted from a 1,000 ft coil, that is 920 / 1000 x 100 = 92% yield.

What is a good hose cut length yield?

On well-nested hydraulic hose cutting, 94-97% is achievable. The 92% in the worked example sits 3 points under a 95% target, signaling recoverable remnant or short-drop loss.

Why is my cut yield below target?

The usual culprits are poor cut-list nesting (long leftover drops that can't fill another line), saw kerf on many short cuts, damaged coil ends trimmed off, and unused remnants that never get logged back into stock.

What does the gap to target mean?

It is your yield target minus your actual yield, in percentage points. The example shows a 3-point gap, meaning recovering roughly 30 ft per 1,000 ft coil would close it.

Should I measure yield by length or by cost?

Length is the right operational metric for a single hose size. If you run mixed bore sizes, weight the lost feet by hose cost per foot to see where the money actually leaks.

How can I improve hose cut length yield?

Optimize cut-list sequencing so long parts come off first, track and reuse remnants above your shortest common length, and pre-inspect coil ends so you trim the minimum needed.

Hose, Tubing & Fluid Conveyance Products calculator

Hose Cut Length Yield Calculator

Hose cut length yield measures how much of every coil or spool you actually turn into accepted, sellable cut lengths versus how much you feed into the cutting line. On a hydraulic or industrial hose cell, the difference is scrap, off-spec ends, saw kerf, and the inevitable short drops you can't fill an order with. Cutting room supervisors and continuous-improvement engineers watch this number because raw hose is expensive and a few lost points across thousands of feet per shift adds up fast. It is also the single cleanest indicator of how well your cut-list nesting and remnant reuse are working.

What this calculator does

Estimate hose cut length yield as the percent of coil or spool footage that becomes accepted finished cut pieces after trim, scrap cuts, and unusable remnants.
Use it when estimating how much of a hose coil converts to saleable cut lengths, or when reviewing cut yield against a scrap target.
It computes the percentage of raw coil or spool length consumed that ends up as accepted cut hose, plus the point gap to your yield target.

Formula used

Hose cut length yield = accepted cut length / raw coil length consumed x 100
Gap to target = target cut length yield - hose cut length yield

Inputs explained

Accepted cut length produced:
Raw coil or spool length consumed:
Target cut length yield:

How to use the result

Use it per coil, per order, or per shift to quantify cutting-room material efficiency and to justify better cut-list optimization or remnant tracking.
It tracks length only, so it won't reflect cost differences between hose sizes or value lost when an expensive large-bore remnant is scrapped instead of a cheap one.

Current U.S. benchmarks

The U.S. has 11,391 plastics and rubber products establishments employing about 815,988 workers (Census County Business Patterns, 2023).

Common questions

How do you calculate hose cut length yield? Divide accepted cut length by the raw coil or spool length consumed, then multiply by 100. With 920 ft accepted from a 1,000 ft coil, that is 920 / 1000 x 100 = 92% yield.
What is a good hose cut length yield? On well-nested hydraulic hose cutting, 94-97% is achievable. The 92% in the worked example sits 3 points under a 95% target, signaling recoverable remnant or short-drop loss.
Why is my cut yield below target? The usual culprits are poor cut-list nesting (long leftover drops that can't fill another line), saw kerf on many short cuts, damaged coil ends trimmed off, and unused remnants that never get logged back into stock.
What does the gap to target mean? It is your yield target minus your actual yield, in percentage points. The example shows a 3-point gap, meaning recovering roughly 30 ft per 1,000 ft coil would close it.
Should I measure yield by length or by cost? Length is the right operational metric for a single hose size. If you run mixed bore sizes, weight the lost feet by hose cost per foot to see where the money actually leaks.

Last reviewed 2026-05-12.