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    The case for tamper evident packaging

    Europe, UK, Ireland, Eating, Drinking, Food, Beverages - Non-Alcoholic, Carbonated Drinks, Primary Packaging, Jars, Pots, Caps, Lids, Sleeves, Secondary Packaging, RFID Tracking, Security Measures, Tamper Evidence, TE, Plastic, Glass, Supply Chain Services, RFID Tagging, Logistics

    Packaging is critical to food, for keeping food fresh as well as safe to eat. Packaging security is just as important as it prevents everything from consumer tampering to bioterrorism to product counterfeiting.

    Tampering involves the intentional altering of information, a product, a package or a system. Tamper-evident packaging has an indicator or barrier to entry which, if breached or missing, can reasonably be expected to provide visible or audible evidence to consumers that tampering has occurred.

    Tamper-evident solutions may involve all phases of product production, distribution, logistics, sale and use. No single solution can be considered as ‘tamper proof’. Most times many levels of security need to be considered to minimise the risk of tampering.

    Some considerations are:

    • Identify all feasible methods of unauthorised access into a product or package. In addition to the primary means of entry, also consider secondary or ‘back door’ methods.
    • Improve the tamper resistance by making tampering more difficult.
    • Add tamper-evident features to help indicate the existence of tampering.
    • Educate consumers to be aware of tampering.
    • Ensure that the window of opportunity to tamper is minimised.

    A fundamental reason to incorporate security features into packaging is to provide protection against vindictive tampering, or at least evidence of an attempt.

    Threats of tampered baby food have already been used by extortionists several times. Great Britain faced its worst case of food tampering in 1989, when slivers of glass, razor blades, pins and caustic soda were found in products of two baby food manufacturers — H.J. Heinz and Cow & Gate. The scare began with a blackmailer trying to extort $1.7 million from Heinz and then escalated as copycats capitalised on the initial report. Tamper-evident packaging was seen to have the potential to overcome the public concern about purchasing deliberately contaminated product. Jars of food items soon started appearing with a metal bubble-top lid, commonly known as a ‘safety button’, which popped out if the jar had been opened. 

    Newer jars of food tend to come with a plastic shrink-sleeve on the edge of the lid, which is removed when opening. The Johnson & Johnson Tylenol Crisis of 1982 involved over-the-counter medications. Due to various regulations, many manufacturers of food (and medicine) now use induction sealing to assist in providing evidence of tampering. Packaging that tears open in a ragged manner or otherwise cannot be resealed is also used to help indicate tampering.

    In many cases, multiple layers or indicators are used because no single layer or device is tamper-proof. Consideration should be given to unique indicators (which are to be changed regularly to avoid counterfeiting). End users and consumers need to be educated to keep an eye open for signs of tampering, both at the primary and secondary level of packaging.

    Track and trace

    Processors and their suppliers are developing a variety of packaging technologies to keep food safe from such interference and to provide fast, thorough product tracking and
    tracing in the event of a recall. Covert and overt packaging techniques are developing more and more and becoming substantially more sophisticated. Covert techniques require a scanner or other device for detection. Marking packages with invisible, ultraviolet-luminescent ink is an example of covert security. Overt refers to something visible on the package, such as a batch code or tamper-evident band. 

    The radiofrequency identification (RFID) tags consist of a tamper-evident technology to ensure that the RFID tag has not been interfered with after initial positioning on an article. These tags, if tampered with, become disabled, thereby preventing use of the tags on counterfeit or substitute products, and ensuring that detecting a working tag also means identifying the original product to which it is attached. As food and beverage companies increasingly experiment with RFID to satisfy retailer demands, they are enjoying the side benefit of greater control of cases and pallets moving through the supply chain. The heightened control increases the security of products during distribution.

    The time has come for tamper-evident packaging to be de rigueur on all products that are eaten, inhaled, absorbed into the blood stream or touch the body.

    Pierre Pienaar MSc, FAIP, CPP, Education Director, Australian Institute of Packaging (AIP)
    PREPARED FOOD - Feb/Mar 2016

    See also

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    Winners announced for 2019 Australasian Packaging Innovation & Design Awards

    The winners of the 2019 Australasian Packaging Innovation & Design Awards (PIDA) for Australia and New Zealand were announced at a gala dinner on the 30th of April at the SOFITEL Wentworth, Sydney. The PIDA Awards are the exclusive feeder program for the prestigious WorldStar Packaging Awards run by the World Packaging Organisation (WPO) with the 2019 PIDA winners automatically eligible for entry into the 2020 international competition.

    AIP announces finalists for 2019 AOONA scholarship

    The Australian Packaging and Processing Machinery Association (APPMA), in conjunction with the Australian Institute of Packaging (AIP), are pleased to announce that there are three finalists for the tenth annual Scholarship program which will enable one lucky packaging technologist, designer or engineer in Australia the opportunity to complete a Diploma in Packaging Technology to the value of $9,000. The Diploma in Packaging Technology is a Level 5 qualification which is internationally recognised.

    2018 Australian Institute of Packaging (AIP) Special Awards

    One of the core objectives of the Australian Institute of Packaging (AIP) is to ensure that individuals are recognised for their significant contributions to the packaging industry. Dr Carol Kilcullen-Lawrence PhD, FAIP, CPP, National President of the AIP had the opportunity at the gala awards night on the 2 May to present five AIP Special Awards. The AIP Special Awards are not given often and are designed to recognise inspirational individuals who have contributed significantly to the packaging industry over many years.

    2019 Packaging New Zealand Scholarship now open

    Packaging New Zealand are pleased to announce that entries are now open for their annual Scholarship program for 2019. The annual Packaging Scholarship enables one lucky packaging technologist, designer or engineer in New Zealand the opportunity to complete a Diploma in Packaging Technology to the value of $9,000. The Diploma of Packaging Technology is offered through the Australian Institute of Packaging (AIP); the peak professional body for packaging education and training in Australasia.

    • Company News
    • English
    • Modified 15 Mar 2016
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