Medical Device Packaging Machines

ISO 11607-compliant sterile barrier systems for surgical instruments, implants, diagnostic devices, and single-use medical products. Engineered for cleanroom deployment and full validation lifecycle.
1,500+ installations  •  40+ countries  •  ISO 11607 / ASTM F88 / F1929 / F2096

Quick Answers for Medical Device Teams

The essentials, before you specify a sterile barrier packaging line.

Regulatory Baseline

ISO 11607-1 (materials/design), ISO 11607-2 (process validation), FDA 21 CFR 820, EU MDR 2017/745, EN 868.

Sterile Barrier Types

Tyvek pouches, foil pouches, rigid trays with lids, header bags, thermoform trays. Selection by device and sterilization method.

Seal Integrity Testing

ASTM F88 (peel strength), F1929 (dye penetration), F2096 (burst pressure). Mandatory for PQ.

Cleanroom Compatibility

ISO Class 7 or 8 deployment common. Non-outgassing materials, sealed bearings, smooth surfaces.

Validation Lifecycle

IQ/OQ/PQ plus accelerated aging (ASTM F1980) and distribution simulation (ASTM D4169). 8–16 weeks added.

Path Pack Track Record

1,500+ packaging lines across medical device, pharmaceutical, and regulated industries worldwide.

Regulatory Framework

Multi-jurisdictional scope depending on target market (US, EU, ROW) and device classification (Class I, II, III).

ISO 11607-1

Packaging for terminally sterilized medical devices — Materials, sterile barrier systems, packaging systems.

ISO 11607-2

Validation requirements for forming, sealing, and assembly processes.

FDA 21 CFR 820

Quality System Regulation — design controls, process validation.

EU MDR 2017/745

Medical Devices Regulation — packaging in device master record.

EN 868

Packaging materials for terminally sterilized medical devices (EU harmonized).

ASTM Test Methods

F88 (peel), F1929 (dye penetration), F2096 (burst), F1980 (aging), D4169 (transport).

Sterile Barrier System (SBS) Types

Different SBS formats serve different device geometries, sterilization methods, and use cases.

Flat Pouch

Tyvek + film. Surgical instruments, drapes. Heat sealed.

Chevron Pouch

Tyvek + film. Single-use devices. Heat sealed, easy opening.

Foil Pouch

Foil laminate. Implants, moisture-sensitive devices. Heat or ultrasonic.

Tray with Lid

Rigid tray + Tyvek/lid. Surgical kits, multi-component devices.

Header Bag

Tyvek header + film. Large devices, dressing sets.

Thermoform Tray

Formed tray + lid film. Syringes, vials, device kits.

Sealing Technologies for Medical Devices

Seal window validation is the most critical process validation deliverable.

Ultrasonic

Foil pouches, validation-critical seals. Frequency/amplitude/hold time control.

Hot Bar

Tyvek pouches, standard SBS. Temperature, pressure, dwell time.

Impulse

Low-volume validation runs. Current profile, cooling under pressure.

Continuous Heat

High-speed pouch lines. Belt speed, temperature uniformity.

ISO 11607-2 Validation Sequence

More rigorous than pharmaceutical packaging validation. Path Pack delivers full documentation package.

Step 1 — Installation Qualification (IQ)

Mechanical install, utility connections, calibration certificates, sealing jaw parallelism verification (< 0.02 mm), software version control.

Step 2 — Operational Qualification (OQ)

Temperature uniformity (±5°C), pressure uniformity, dwell time accuracy, seal window determination (process capability study).

Step 3 — Performance Qualification (PQ)

Worst-case products, three consecutive runs, F88/F1929/F2096 testing, accelerated aging (F1980), distribution simulation (D4169).

Material Standards & Cleanroom Compatibility

Medical device packaging demands the highest material precision of any industry we serve.

Material Selection

• Machine frame: SS304 minimum, SS316 for sterile-contact zones
• Product contact: Ra < 0.4 µm (stricter than pharma < 0.8)
• Sealing jaws: Hardened tool steel, parallelism < 0.02 mm
• Belts: Non-shedding, non-outgassing, ISO Class 7 compatible
• Lubricants: USP Class VI, EO and gamma compatible

Cleanroom Classes (ISO 14644-1)

• ISO 5 (Class 100): Aseptic filling, terminal sterilization
• ISO 7 (Class 10,000): Sterile device packaging, kit assembly
• ISO 8 (Class 100,000): Non-sterile device packaging
• Machine features: Sealed bearings, internal cable routing
• Surface design: No horizontal flat areas, smooth for cleaning

Frequently Asked Questions

What is ISO 11607?

International standard for packaging terminally sterilized medical devices. Part 1: materials and sterile barrier design. Part 2: process validation. Required by FDA, EU MDR, and most global regulators.

What is a Sterile Barrier System (SBS)?

Minimum package preventing microorganism entry and maintaining sterility until point of use. Common formats: Tyvek pouches, foil pouches, thermoform trays with lids.

What is seal window validation?

Determining the range of seal parameters (temperature, pressure, dwell time) producing acceptable seals given material variation. Documented during OQ, forms basis for production process control.

Pharma vs medical device packaging?

Pharma focuses on drug product protection (blisters, sachets) under GMP. Medical device focuses on sterile barrier maintenance (pouches, trays) under ISO 11607. Validation deliverables and test methods differ.

Which sterilization methods are compatible?

Most devices use ethylene oxide (EO), gamma, or e-beam. Materials must be compatible — Tyvek is EO-permeable, foil is not. Aseptic products require ISO Class 5 packaging.

How long does medical device packaging validation take?

ISO 11607-2 validation typically adds 8–16 weeks, including seal window studies, PQ runs, accelerated aging (F1980), distribution simulation (D4169).

Talk to a Medical Device Packaging Engineer

Medical device projects require close collaboration between engineering, regulatory, and quality teams. Path Pack supports your ISO 11607-2 validation lifecycle.
What to send us:
• Device specifications (dimensions, weight, sterilization)
• Sterile barrier type (Tyvek pouch, foil, tray)
• Target throughput and batch size
• Regulatory scope (FDA 510(k), EU MDR Class IIa/IIb/III)
• Sterilization method (EO, gamma, e-beam, steam)
• Cleanroom classification (ISO 7, ISO 8)
What you receive:
✓ Machine specification review
✓ Sealing technology recommendation with seal window plan
✓ Material selection for cleanroom compatibility
✓ IQ/OQ/PQ documentation matrix per ISO 11607-2
✓ Test protocol templates (F88, F1929, F2096)
✓ Formal quotation (typically 14–20 weeks)