How do you calculate medical device packaging cost per unit?

Add material cost (devices times per-device cost), fixed setup, and packaging labor plus QC to get the lot total, then divide by device count. With 500 devices at $3.25, $650 fixed, and $480 labor/QC, the lot total is $2,755 and the per-device cost is $5.51.

Why is my per-unit packaging cost higher than the material cost?

Because fixed setup and labor/QC are spread over the lot. Here, material is only $3.25 per device, but adding $1,130 of fixed-plus-labor across 500 units lifts the per-unit cost to $5.51 — nearly $2.26 of overhead per device.

How does lot size affect packaging cost per device?

Larger lots dilute the $650 fixed setup. The $1,625 material cost scales with volume, but spreading $650 over 1,000 units instead of 500 cuts the fixed contribution per device roughly in half, lowering the unit cost.

What is a good packaging cost per device?

It depends on the barrier system — a simple Tyvek pouch may add a dollar or two, while a thermoformed tray with lid, IFU, and 100% seal inspection can exceed $5–10. The $5.51 here is reasonable for a tray-based Class II device at modest volume.

Should sterilization be in this number?

No — this model stops at packaging. EO, gamma, or e-beam cycle cost, dosimetry, and post-sterilization quarantine are separate and should be added to get the fully landed sterile-unit cost.

What drives the labor and QC portion?

Validated heat-seal operation, seal-strength and dye-penetration testing, visual inspection, label verification, and lot release documentation. On regulated lines this packaging labor and QC cost ($480 here) is rarely trivial.

MedTech Manufacturing calculator

Medical Device Packaging Cost Calculator

Medical device packaging cost rolls up the sterile barrier materials, fixed setup, and labor-plus-quality spend for a packaging lot into both a total and a per-device unit cost. Operations, costing, and program managers in MedTech use it to quote contracts, evaluate make-vs-buy on packaging lines, and find the lot size where fixed setup stops dominating the unit cost. It matters because the sterile barrier system (pouch, tray, lid, label) and its validated sealing and inspection labor often rival the device's own bill of materials — and a packaging cost that drifts unnoticed erodes margin on every unit shipped. Getting per-unit packaging cost right is also what lets you defend pricing when a customer pushes for a lower MOQ.

What this calculator does

Estimate regulated packaging cost per production lot including sterile barrier materials, secondary packaging, labeling, and validation overhead.
Use this when costing packaging operations, comparing sterile barrier systems, or budgeting packaging validation for new product introductions.
It computes total lot packaging cost as devices times per-device material plus fixed setup plus packaging labor and QC, then divides by device count for cost per unit.

Formula used

Total packaging cost = devices packaged × material cost per device + fixed packaging costs + packaging labor and quality cost
Cost per unit = total packaging cost ÷ devices packaged per lot

Inputs explained

Sterile devices packaged per lot:
Pouch and tray material cost per device:
Fixed packaging setup cost per lot:
Packaging labor and QC release cost:

How to use the result

Use it when quoting a packaging job, sizing a lot to dilute fixed setup, or comparing in-house packaging against a contract sterilizer or 3PL.
It is a single-lot cost model — it excludes sterilization (EO/gamma/e-beam) cycle cost, freight, scrap and reject rework, and amortized validation, which can materially change the true landed packaging cost.

Current U.S. benchmarks

U.S. manufacturing runs at 75.6% of capacity with new factory orders at $657B per month (Federal Reserve and Census, May 2026).
The U.S. has 8,825 medical equipment and supplies establishments employing about 308,388 workers (Census County Business Patterns, 2023).

Common questions

How do you calculate medical device packaging cost per unit? Add material cost (devices times per-device cost), fixed setup, and packaging labor plus QC to get the lot total, then divide by device count. With 500 devices at $3.25, $650 fixed, and $480 labor/QC, the lot total is $2,755 and the per-device cost is $5.51.
Why is my per-unit packaging cost higher than the material cost? Because fixed setup and labor/QC are spread over the lot. Here, material is only $3.25 per device, but adding $1,130 of fixed-plus-labor across 500 units lifts the per-unit cost to $5.51 — nearly $2.26 of overhead per device.
How does lot size affect packaging cost per device? Larger lots dilute the $650 fixed setup. The $1,625 material cost scales with volume, but spreading $650 over 1,000 units instead of 500 cuts the fixed contribution per device roughly in half, lowering the unit cost.
What is a good packaging cost per device? It depends on the barrier system — a simple Tyvek pouch may add a dollar or two, while a thermoformed tray with lid, IFU, and 100% seal inspection can exceed $5–10. The $5.51 here is reasonable for a tray-based Class II device at modest volume.
Should sterilization be in this number? No — this model stops at packaging. EO, gamma, or e-beam cycle cost, dosimetry, and post-sterilization quarantine are separate and should be added to get the fully landed sterile-unit cost.

Last reviewed 2026-05-12.