Custom Thermoformed Medical Packaging Solutions

Thermoform packaging is made by heating a plastic sheet until it becomes pliable, then shaping it over or into a mold. The formed material is trimmed into a finished package, such as a tray, blister, or clamshell. For medical applications, thermoforming can create product-specific cavities that improve organization, protection, visibility, and handling while supporting the selected material and barrier requirements.

Common medical packaging types include thermoformed trays, blister packs, clamshells, pouches, roll stock, lidding materials, and flexible barrier films. The right format depends on the product’s size, fragility, sterilization pathway, shelf-life needs, dispensing requirements, and production equipment. Medical, pharmaceutical, and OTC brands may also need cleanroom-produced packaging and materials selected for oxygen or moisture barrier performance.

Yes. Thermoformed packaging can be designed around a device’s dimensions, shape, component count, and handling needs. Custom cavity layouts can help keep devices and accessories separated, while tray depth, flange design, material choice, and finish can be considered for the intended use. Ken Faulhaber Packaging Solutions helps match those requirements with the appropriate Formosa thermoforming capability.

Thermoformed trays can be used for a wide range of medical products, including devices, diagnostic components, instruments, kits, consumables, and OTC items. They are especially useful when a product needs organized placement, clear visibility, or protection from movement during handling and distribution. Final packaging selection should account for the product’s dimensions, fragility, barrier requirements, and downstream sealing or filling process.

Yes. Cleanroom-produced packaging capabilities are available for pharmaceutical, medical, OTC, and aseptic applications, including Class 10,000 cleanroom capability. Cleanroom production may be appropriate when a packaging program requires more controlled manufacturing conditions. The required cleanliness level, product application, packaging format, and any validation or regulatory considerations should be defined early so the suitable capability can be identified.

Oxygen and moisture transmission can affect product stability, material integrity, and shelf-life performance. Packaging structures can be selected around required oxygen transmission rate (OTR) and water vapor transmission rate (WVTR) targets. For medical products, the needed barrier level depends on the contents, intended shelf life, storage environment, and sealing system. Defining these requirements helps guide material and format selection.

A productive initial discussion should include the product type, dimensions, desired package format, estimated quantity, target timeline, and any required certifications. It is also helpful to identify barrier targets, cleanroom needs, sealing method, printing requirements, and the production equipment involved. Ken can use this information to coordinate the appropriate Formosa capability and recommend a practical route forward.

Ken Faulhaber Packaging Solutions typically responds to project inquiries within one business day. The first conversation can clarify your product, packaging format, volume, timing, barrier requirements, and certification considerations. From there, Ken coordinates the appropriate Formosa resources for thermoforming or complementary packaging needs. Providing drawings, samples, specifications, or target dimensions can help make the evaluation more efficient.