We offer custom thermoformed medical blister trays. High rigidity and impact resistance to protect devices, easy validation and user‑friendly.
Sterilization: EO & Gamma radiation. Tyvek lidding material available upon request.
High strength, good bacteria‑barrier performance, long service life, great anti‑microbial penetration. Clean tear without paper debris after sterilization.
Seal strength: 3.5‑7N/15MM, good tensile strength, air permeability: 35‑80s.
Compliance Standards: ISO11607, EN868, GB/T19633 Other applicable standards: ✅ 1. GB/T 19633‑2005 Packaging for terminally sterilized medical devices ✅ 2. GB/T 5402‑2003 Paper and board — Determination of air permeance (medium range) — Gurley method ✅ 3. ISO /DIS 22611 Clothing for protection against infectious agents — Resistance to microbial‑containing aerosols penetration test ✅ 4. ASTM F 1980 Standard Guide for Accelerated Aging of Sterile Medical Device Packages
Contact Martin as your medical packaging partner to design and manufacture highly customized, protective, and functional packaging systems that meet your critical requirements for sterility, as well as assembly and production needs.
Sterile blister packs for cannula puncture devices
Item
Description
Product Form
We mainly provide customization services for thermo‑formed medical blister packs. Custom thermo‑forming design and manufacturing deliver high structural rigidity and impact resistance to protect products, facilitate product verification and improve end‑user usability.
Feature Description
• Compatible with EO ethylene oxide sterilization and gamma‑ray sterilization.
• Custom design available per client requirements. Dedicated automatic die‑cutting equipment ensures dimensional accuracy and sanitation.
• Excellent physical properties: good tear‑resistance, puncture‑resistance and sealing performance.
• Superior bacterial barrier performance to maintain sterility of contents before use.
• Multiple thermo‑forming materials available: PVC, polystyrene, high‑impact PS, PETG, PET, APET, polyethylene and special‑grade polypropylene.
Typical Application
Widely applicable, especially for Class II and Class III medical devices.
