Custom Medical Device Boxes

Medical Device Box Styles We Offer

We manufacture custom medical device boxes across a range of formats to suit different device classifications and use contexts. All styles are available with the material specifications and print standards required for medical device applications.

Class I Medical Device Boxes

Packaging for the lowest-risk classification of medical devices – non-sterile, non-measuring devices such as bandages, examination gloves, walking aids, and basic medical accessories. Class I packaging has the least prescriptive TGA requirements of any device classification, but still requires ARTG listing information, intended purpose, manufacturer details, and appropriate storage and handling information.

Available in a range of formats from simple retail cartons through to configured boxes with device and accessory inserts. For Class I devices sold through pharmacy and retail channels, the packaging needs to compete effectively on the shelf while communicating regulatory compliance credibly.

Class II Medical Device Boxes

Packaging for medium-risk medical devices – devices with more significant diagnostic or therapeutic functions including blood glucose monitors, hearing aids, contact lenses and their care products, and surgical instruments. Class II devices have more demanding TGA requirements than Class I, including ARTG registration, detailed labelling requirements, and in some cases specific performance or accuracy claims that must be supported by clinical evidence.

The packaging for Class II devices needs to communicate the device’s technical specifications and regulatory status clearly and accurately, alongside brand communication that differentiates the product in a competitive category.

Diagnostic Device Boxes

Packaging for diagnostic medical devices – devices used to detect, measure, or monitor health conditions. Diagnostic devices range from Class I lateral flow tests through to more complex Class II diagnostic instruments. The packaging for diagnostic devices needs to communicate the test methodology, the accuracy and sensitivity claims, the conditions under which the test is valid, and the interpretation of results – in language that’s appropriate for the intended user, whether that’s a clinical professional or a home user.

For rapid diagnostic tests sold direct to consumers – COVID-19 antigen tests are the most prominent recent example – the packaging must communicate clearly enough for a first-time user to perform the test correctly and interpret the result accurately, with the consequences of a false negative or false positive clearly communicated.

Surgical and Clinical Supply Boxes

Packaging for surgical instruments, clinical consumables, and professional medical supplies. This category is primarily used by healthcare professionals in clinical settings rather than by consumers, and the packaging needs to meet the rigorous requirements of a healthcare procurement and usage context.

Sterile surgical supplies have the most demanding packaging requirements in the medical device category – the sterile barrier must be maintained throughout the supply chain, and the packaging must provide evidence of sterile integrity at the point of use. For sterile surgical products, the packaging specification is a clinical specification as much as a commercial one.

Home Use Medical Device Boxes

Packaging for medical devices used by consumers at home – CPAP machines, nebulisers, blood pressure monitors, insulin pumps, and other devices that manage ongoing health conditions in a domestic setting. Home use device packaging needs to meet the full regulatory requirements for the device’s classification while communicating clearly to a non-clinical user.

The home use context creates specific design requirements: instructions that are clear enough to follow without clinical training, storage and maintenance guidance that’s practical for a domestic environment, and a visual language that’s professional enough to communicate clinical credibility but accessible enough not to be intimidating.

Choosing the Right Medical Device Box Configuration

The configuration decisions for medical device packaging are primarily driven by regulatory requirements and the device’s risk classification.

Device classification determines the regulatory brief before any design decisions are made. The TGA’s classification of a medical device determines the mandatory labelling requirements, the ARTG registration obligations, and in some cases the material and construction requirements of the packaging. For any product that may be a medical device under Australian law, the TGA classification should be determined by a qualified regulatory professional before the packaging is specified. A device that’s incorrectly classified – either over-classified or under-classified – will have packaging that doesn’t meet the correct regulatory requirements.

Sterile devices require sterile barrier packaging. Medical devices that are supplied sterile must be packaged in a sterile barrier system that maintains sterility from the point of sterilisation to the point of use. The materials used in sterile barrier packaging must be compatible with the sterilisation method used – ethylene oxide, gamma irradiation, and steam autoclave all have different material compatibility requirements. The seal integrity of the sterile barrier must be maintained through the distribution and storage conditions the package will be subjected to. For sterile medical devices, the packaging specification is a technical and clinical specification that requires specialist input.

Single use vs reusable labelling is mandatory for medical devices. Australian medical device regulations require that single-use devices be clearly labelled as such, typically using the international ISO 7000-1051 symbol (a number 2 in a circle with a diagonal line through it). Reusable devices must provide adequate instructions for reprocessing. This distinction is a patient safety matter – reuse of single-use devices can cause infection transmission and device failure. The labelling of single-use or reusable status must be clear, prominent, and use the correct symbology.

UDI requirements are being implemented for medical devices in Australia. Unique Device Identification – a system of unique device identifiers on medical device labels and packaging – is being progressively implemented in Australia, following international standards. For medical devices sold in multiple markets, UDI labelling that’s compatible with the requirements of each market needs to be incorporated into the packaging design. The UDI typically includes a Device Identifier (DI) and a Production Identifier (PI) in both human-readable and machine-readable (barcode or QR code) formats.

Medical Device-Specific Considerations

A few properties of medical devices that create specific packaging requirements.

The Instructions for Use (IFU) are a regulatory requirement and a user safety document. The IFU for a medical device must be provided with the device and must contain specific mandatory information – the device’s intended purpose, instructions for use, contraindications, warnings, precautions, and in some cases performance specifications and maintenance instructions. The IFU may be incorporated into the packaging design, printed on the inside of the carton, or provided as a separate document included in the packaging. For devices where the IFU is a separate document, the packaging needs to accommodate it in a way that ensures it travels with the device and is accessible to the user. A device that’s used without access to its IFU is a patient safety risk.

Lot number and expiry date must be on the packaging. Medical device regulations require that the lot or batch number and, where applicable, the use-by or expiry date appear on the device label and the packaging. These must be printed in a format that allows them to be added at the time of manufacture – typically a designated space on the packaging where variable data (lot number, date of manufacture, expiry date) can be printed or applied after the main packaging print run. The packaging design needs to accommodate this variable data requirement in a way that doesn’t interfere with the overall label design.

Storage condition requirements must be clearly communicated. Many medical devices have specific storage requirements – temperature ranges, humidity limits, light sensitivity, or altitude restrictions. These requirements must be communicated clearly on the packaging using the relevant ISO symbols where applicable. For devices that are temperature-sensitive, the storage condition labelling may be the most safety-critical information on the package – a device that’s been stored outside its specified temperature range may be compromised, and a user who doesn’t know the storage requirements may not recognise a compromised device.

Multi-market labelling creates complexity for international products. Medical devices sold in multiple markets face different labelling requirements in each jurisdiction – TGA requirements in Australia, CE marking requirements in Europe, FDA requirements in the United States. Managing these requirements on a single packaging format, or specifying market-specific packaging for each jurisdiction, requires careful coordination. For Australian medical device businesses exporting to international markets, or international businesses entering the Australian market, the labelling requirements of each jurisdiction need to be confirmed and incorporated into the packaging specification.

Healthcare procurement requires specific information that consumer retail doesn’t. Medical devices sold to hospitals, clinics, and healthcare facilities are purchased through procurement processes that evaluate technical specifications, regulatory compliance, and clinical evidence. The packaging needs to communicate the information that healthcare buyers need to make procurement decisions – ARTG registration, device classification, performance specifications, and compatibility information – in a format that’s accessible to a procurement professional reviewing multiple products.

Print & Finishing for Medical Device Boxes

Medical device packaging has a specific visual register that communicates clinical credibility and professional quality.

Professional clinical medical device packaging uses a clean, precise visual language that communicates the accuracy and reliability of the device. White or light-toned base stock, clear and precise typography, a limited colour palette, and a design approach that prioritises information clarity over visual decoration are all appropriate. The packaging should feel as precise as the device itself – a clinical product packaged with clinical precision.

Home use medical device packaging sits between clinical precision and consumer accessibility. The design needs to communicate enough clinical credibility to establish trust with the user, while being visually approachable enough not to be intimidating to a non-clinical consumer who may be managing a health condition at home. Colour palettes that reference health and wellness without being purely clinical – blues, greens, and whites that communicate health without alarm – are common. Clear benefit communication alongside clinical credibility signals – accuracy ratings, certification marks, regulatory numbers – positions the product as both effective and trustworthy.

Diagnostic test packaging for consumer use has a specific challenge: it needs to communicate a complex testing process simply enough for a first-time user to complete it correctly. Clear step-by-step imagery, bold and legible result interpretation guides, and a visual hierarchy that leads the user through the process in sequence are all design requirements that go beyond standard product packaging. For rapid diagnostic tests in particular, the back panel or insert design is as important as the front panel.

All boxes are printed using full colour printing in CMYK with accuracy standards appropriate for regulatory labelling applications. Files should be supplied as Adobe Illustrator (.ai) or high-resolution print-ready PDF, with fonts outlined and graphics embedded. Free design support is included – we’ll produce a free 3D mockup for your approval before production begins, and handle minor artwork adjustments at no extra charge. Free dieline templates are available if you’re building your artwork from scratch.

Materials & Specifications

We manufacture medical device boxes in a full range of cardboard and paperboard materials appropriate for medical device applications. Sterile barrier packaging materials are available for sterile device applications, with material compatibility confirmed for the specific sterilisation method. All materials meet relevant standards for medical device packaging applications.

• Single copper paper
• White kraft
• Brown kraft
• Black kraft
• Gold foil paper
• Silver foil paper
• Corrugated board

Minimum order quantity is 1,000 units. Air freight runs approximately 3 – 4 weeks from production sign-off; sea freight is approximately 8 weeks. We supply medical device businesses across Australia including Sydney, Melbourne, and Brisbane. For more detail on the full order process, regulatory labelling requirements, and lead times, get in touch and we’ll walk you through it.