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Medical Blister Trays: The Rigid Sterile Barrier for High-Value Devices

Martin customizes precision cavities based on the 3D profile of each device, delivering packaging that combines structural rigidity, impact resistance, and clinical ease of use.
Nov 11th,2026 5 견해

Lead:

In the sterile packaging system for precision and high-value medical devices, a blister tray is never just a "container." It is a protective structure that participates in the entire life cycle—sterilization, transportation, storage, and clinical use. Martin customizes precision cavities based on the 3D profile of each device, delivering packaging that combines structural rigidity, impact resistance, and clinical ease of use.

Overview—Medical

blister trays are rigid sterile barrier carriers made by vacuum thermoforming, designed primarily for the physical protection and sterility maintenance of precision and high-value medical devices. Martin offers highly customized services: precision cavities are engineered from the device's 3D profile to ensure structural rigidity, impact resistance, and convenient clinical access.

Material Options & Applications—Martin

provides a wide range of medical-grade thermoforming materials—PETG, APET, PET, PS, HIPS, PP, and PVC—to match different device characteristics and sterilization requirements. PETG/PET offers high transparency and impact resistance, excellent heat-sealing performance with Tyvek and dialysis paper lids, and good chemical resistance, ideal for cardiac stents, artificial joints, orthopedic implants, and precision surgical instruments. PP stands out for heat resistance with minimal deformation under high temperature and pressure, designed for devices requiring STEAM (moist heat) sterilization. PS/HIPS deliver good rigidity, short forming cycles, and cost efficiency, suited to injection and puncture devices, diagnostic tools, and routine Class II/III devices. Sterilization compatibility: mainly compatible with ethylene oxide (EO) and gamma radiation; some materials also support steam sterilization.

Martin's Advantages—(1)

Compliance & cleanroom assurance: produced in an independent ISO Class 7 (10,000-grade) cleanroom blister workshop, certified to ISO 13485, and manufactured in strict accordance with YY/T 0698, GB 19633, EN 868, and ISO 11607, giving customers traceable, citable documentation for registration and testing.
Large-size & complex structures: five fully automatic blister lines with a maximum forming length of 2 meters, meeting the packaging needs of large devices or complete surgical kits (e.g., orthopedic instrument sets, endoscopy kits).
Precision die-cutting & stable sealing: proprietary automatic die-cutting equipment ensures dimensional accuracy and clean edges; the seal is uniform along its full length, with peel strength stable at 3.5–7 N/15 mm, effectively preventing false seals and channels.
Rapid prototyping: intelligent rapid prototyping equipment helps customers shorten new product development and registration testing cycles.

Who We Serve—Manufacturers

of Class I, II, and III medical devices, with particularly rich experience in high-value implants (cardiovascular intervention, orthopedics), precision surgical instruments (staplers, endoscope components), and puncture-type devices.

For technical parameters, material selection, or validation support, please leave a message on our website or contact our customer service team. Martin's technical team will provide detailed answers.