Machining Pounds Per Hour Calculator

Formula

The formula to calculate machining pounds per hour is:

\[ M = R \times D \times 60 \]

Where:

\(M\) is the machining pounds per hour
\(R\) is the material removal rate (cubic inches per minute)
\(D\) is the material density (pounds per cubic inch)

What is Machining Pounds Per Hour?

Machining pounds per hour is a measure of the rate at which material is removed during a machining process, expressed in pounds per hour. This metric is crucial for understanding the efficiency and productivity of machining operations, as it helps in estimating the amount of material that can be processed within a specific timeframe. The calculation takes into account the material removal rate and the density of the material being machined.

Example Calculation 1

Let's assume the following values:

Material Removal Rate (R) = 5 cubic inches per minute
Material Density (D) = 0.283 pounds per cubic inch

Using the formula:

\[ M = 5 \times 0.283 \times 60 = 84.90 \text{ pounds per hour} \]

The Machining Pounds Per Hour is 84.90 pounds per hour.

Example Calculation 2

Let's assume the following values:

Material Removal Rate (R) = 8 cubic inches per minute
Material Density (D) = 0.321 pounds per cubic inch

Using the formula:

\[ M = 8 \times 0.321 \times 60 = 154.56 \text{ pounds per hour} \]

The Machining Pounds Per Hour is 154.56 pounds per hour.