Reusable packaging lowers Total Cost of Ownership in the medical sector by reducing hidden costs such as waste, damage, compliance risk, and recurring procurement. By focusing on lifecycle costs instead of purchase price, medical companies achieve higher efficiency, lower risk, and measurable ROI within 12 – 24 months.
Medical packaging ensures sterility, safety, and regulatory compliance for pharmaceuticals and medical devices. Designed to protect sensitive products and maintain hygiene, it plays a crucial role in patient safety and effective healthcare logistics.
Integrate medical packaging into hospital workflows with sterile, compliant, and reusable systems. Faes shows how structured logistics, data-driven tracking, and certified solutions improve patient safety, reduce waste, and enhance operational efficiency.
Poor medical packaging poses serious risks, including contamination, product damage and treatment delays. Faes highlights how non-compliant packaging can compromise sterility, increase costs and endanger patient safety while emphasizing the importance of ISO 11607 certified, high quality solutions.
Discover the key certifications for compliant medical packaging, including ISO 13485, UN transport standards, and GDP guidelines. Learn how these ensure safety, traceability, and global market access while meeting strict regulatory demands.
Shockproof packaging protects sensitive equipment from shocks, vibrations, and impacts during transport, reducing damage costs by up to 80%. By combining durable materials with smart design, it ensures product integrity, compliance, and sustainability throughout the supply chain.
Discover how to safely transport MRI components without risk of magnetic interference. From special packaging materials like mu-metal to optimal transport conditions – this guide covers all crucial aspects to protect valuable medical equipment. Including certification requirements and practical tips.
The article explains the mandatory traceability systems for medical devices under the EU MDR and IVDR, including UDI codes, EUDAMED registration, and implant cards. It outlines phased deadlines per risk class and emphasizes the importance of accurate tracking across the supply chain to ensure compliance and patient safety.
This article outlines how to prevent cross-contamination in medical equipment cases by selecting antimicrobial, non-porous materials, using seamless and sealed designs, and applying validated cleaning protocols. It emphasizes the critical role of thoughtful case design, compartmentalization, and consistent disinfection to maintain patient safety.
This article outlines the validation requirements for pharmaceutical cold-chain transport under GDP guidelines, including design, installation, operational, and performance qualifications. It explains how to verify temperature zones (e.g. 2-8 °C, –20 °C) via mapping, worst-case testing and documentation, and when revalidation is needed after changes.
This article details how to secure medical implants during international shipping by using sterile barrier packaging, shock-absorbent materials, temperature control systems, and rigorous validation tests. It emphasizes compliance with regulations (MDR, ISO 11607, IATA) and the importance of traceability and contingency planning.
Medical packaging increases efficiency through optimal protection and smart use of space during transport and storage. The article shows how customised solutions not only improve safety and compliance, but also ensure sustainable cost savings and faster processes in healthcare.
Medical packaging must meet strict hygiene standards to ensure sterility and patient safety. The article explains which international guidelines and materials apply and how validation and documentation ensure reliable and compliant packaging solutions.
Medical packaging is extensively tested for safety to ensure sterility, integrity and biocompatibility. Strict international standards such as ISO 11607 and FDA guidelines determine the test methods, including pressure, drop and sterilisation tests. This ensures that the packaging remains a reliable link in the medical supply chain.
In this article, you can read about how medical packaging contributes to safety, sterility and traceability within the supply chain. You will discover how it reduces costs, increases efficiency and, with innovations such as IoT tracking and reusable solutions, ensures a more sustainable chain.
Medical packaging for transport is designed to guarantee sterility, safety and reliability during every stage of the supply chain. By complying with international standards and sustainable design principles, it offers optimal protection and contributes to more efficient and safer healthcare logistics.
EPP is lightweight, strong and shock-absorbent, ensuring that medical equipment remains optimally protected during transport. The material is reusable and recyclable, which supports both sustainability and cost savings. Thanks to customisation, EPP offers packaging that perfectly meets the requirements of the medical sector.
EPP is lightweight, strong and easy to produce in any shape, making it ideal for sustainable packaging solutions. The material offers excellent protection against shocks, temperature fluctuations and chemicals, and is also fully recyclable.
Shipping medical devices requires more than just sturdy packaging. Consider protection against damage, return logistics and alignment with your customer’s processes to save costs and guarantee reliability. This article shares five practical points to consider that will help you minimise risks and optimise logistics.
In this article, you will learn how a training case is more than just a means of transport and how it can become an effective learning aid and presentation tool. Using practical examples from Lenze, Flamco, Philips and others, you will discover how customisation ensures protection, functionality and impact.