How do I calculate billet yield for an extrusion order?

Billet yield is recovered good profile weight divided by billet weight charged, after subtracting butt loss, transverse weld scrap, and stretcher and saw ends. The Aluminum Billet Yield calculator computes this per billet and the Aluminum Extrusion Order Yield calculator rolls it across a full order, so you know how much billet to charge to ship the required footage.

What extrusion ratio is practical for an aluminum profile?

Extrusion ratio is billet cross-section divided by the total die opening area; common ranges run roughly 10:1 to 100:1 depending on alloy and press tonnage. Too low and metal flow is sluggish, too high and the press stalls or surface quality suffers. The Aluminum Extrusion Ratio Practicality calculator checks your profile against press capability before die design.

How do I find pounds per foot for an aluminum profile?

Multiply the profile's cross-sectional area by aluminum's density of about 0.098 pounds per cubic inch, giving weight per foot of length. The Aluminum Profile Pounds per Foot calculator does this from your cross-section, and it feeds both Aluminum Profile Cost per Pound and Extruded Aluminum Shipment Weight so metal cost and freight match the actual shape.

How is press cycle output estimated for scheduling?

Cycle output depends on billet length, extrusion speed, dead-cycle time for loading and shearing, and profile pounds per foot. The Extrusion Press Cycle Output calculator combines these into pounds or feet per hour, and Aluminum Extrusion Press Utilization compares actual output to capacity so you can see time lost to changeovers, die trials, and slow runs.

How do I account for stretch allowance and saw cut loss?

Extrusions grow during stretching to remove twist and bow, and each saw cut removes a kerf plus a trim end. The Aluminum Extrusion Stretch Allowance calculator sizes the extra length to run so finished pieces hit target, and the Extrusion Saw Cut Loss calculator adds kerf and end losses so cut-to-length yield and billet charge stay accurate.

How do I size aging oven and anodizing loads?

Both are batch operations that can bottleneck the press if undersized. The Aluminum Aging Oven Load Capacity calculator sets how much profile fits per artificial-aging cycle for T5 or T6 tempers, and the Aluminum Anodizing Rack Load Capacity calculator sizes rack loading for surface area and current draw, so finishing throughput matches what the press produces.

Manufacturing calculator category

Aluminum Extrusion & Profile Manufacturing calculators

This category covers the process and cost math for aluminum extrusion, from billet to finished profile. It is built for press operators, die engineers, and estimators who size billets, check extrusion ratios, and cost profiles by the pound. Use it to confirm yield, press capacity, and downstream aging and anodizing load before you schedule an order.

What this hub covers

Free aluminum extrusion calculators for billet yield, extrusion ratio, press cycle output, pounds per foot, aging and anodizing load, die cost, and cost per pound.
Browse aluminum extrusion & profile manufacturing calculators for manufacturing planning, quoting, quality, capacity, and operations decisions.

Best calculators in this category

Aluminum Billet Yield Calculator: Calculate billet-to-profile yield from recovered extruded weight, billet input weight, and the target recovery rate for an aluminum extrusion run.
Aluminum Extrusion Ratio Practicality Calculator: Estimate an extrusion ratio severity index from billet area, profile area factor, conversion, and die complexity for a proposed aluminum profile.
Extrusion Press Cycle Output Calculator: Estimate effective press output per hour from completed extruded pounds or lengths, press runtime, and operating efficiency.
Aluminum Profile Pounds per Foot Calculator: Estimate effective profile weight per foot from net extruded weight, measured length, and an adjustment for accepted length or recovery.
Extrusion Runout Table Capacity Calculator: Estimate usable runout table capacity from profiles handled per cycle, available handling cycles, table uptime, and accepted runout yield.
Aluminum Aging Oven Load Capacity: Estimate usable aging oven load capacity from profile bundles per oven cycle, available cycles, oven uptime, and aging acceptance yield.
Extrusion Die Cost Amortization Calculator: Estimate die cost charged to an aluminum profile order from order quantity, amortization rate, cost recovery share, and fixed die charge.
Aluminum Extrusion Scrap Recovery Value: Estimate recoverable aluminum scrap value from scrap weight, scrap price, recovery share, and fixed handling or segregation cost.
Aluminum Extrusion Press Utilization Calculator: Calculate press utilization from productive extrusion hours, scheduled press hours, and the utilization target for a shift or planning period.
Aluminum Profile Cost per Pound Calculator: Estimate total aluminum profile cost from order weight, cost per pound, cost capture share, and fixed extrusion, finishing, or setup charges.
Aluminum Billet Preheat Energy Cost: Estimate billet preheat energy use and cost from furnace load, heat time, electricity or gas-equivalent rate, and billets processed.
Extrusion Puller Speed Calculator: Estimate effective puller speed from extruded length, pull time, and puller efficiency for an aluminum profile run.

Common manufacturing problems solved

aluminum
extrusion
profiles
press
billet
yield
ratio
cycle
output
pounds

Live market signals for this industry

The producer price index for aluminum mill shapes stands at 411.422 (BLS, Jun 2026), up 38.8% from a year earlier. Quotes priced off last quarter's material cost miss this move.
The U.S. has 3,569 primary metal manufacturing establishments employing about 354,911 workers (Census County Business Patterns, 2023).

Category questions

How do I calculate billet yield for an extrusion order? Billet yield is recovered good profile weight divided by billet weight charged, after subtracting butt loss, transverse weld scrap, and stretcher and saw ends. The Aluminum Billet Yield calculator computes this per billet and the Aluminum Extrusion Order Yield calculator rolls it across a full order, so you know how much billet to charge to ship the required footage.
What extrusion ratio is practical for an aluminum profile? Extrusion ratio is billet cross-section divided by the total die opening area; common ranges run roughly 10:1 to 100:1 depending on alloy and press tonnage. Too low and metal flow is sluggish, too high and the press stalls or surface quality suffers. The Aluminum Extrusion Ratio Practicality calculator checks your profile against press capability before die design.
How do I find pounds per foot for an aluminum profile? Multiply the profile's cross-sectional area by aluminum's density of about 0.098 pounds per cubic inch, giving weight per foot of length. The Aluminum Profile Pounds per Foot calculator does this from your cross-section, and it feeds both Aluminum Profile Cost per Pound and Extruded Aluminum Shipment Weight so metal cost and freight match the actual shape.
How is press cycle output estimated for scheduling? Cycle output depends on billet length, extrusion speed, dead-cycle time for loading and shearing, and profile pounds per foot. The Extrusion Press Cycle Output calculator combines these into pounds or feet per hour, and Aluminum Extrusion Press Utilization compares actual output to capacity so you can see time lost to changeovers, die trials, and slow runs.
How do I account for stretch allowance and saw cut loss? Extrusions grow during stretching to remove twist and bow, and each saw cut removes a kerf plus a trim end. The Aluminum Extrusion Stretch Allowance calculator sizes the extra length to run so finished pieces hit target, and the Extrusion Saw Cut Loss calculator adds kerf and end losses so cut-to-length yield and billet charge stay accurate.

Last reviewed 2026-05-12.