Insights that shape the future of industrial packaging.
Our latest thinking on the topics that matter most in industrial supply chains and packaging strategy.
What happens if you do not comply with REACH? Fines, risks and reputational damage
Failure to comply with REACH leads to substantial fines, supply chain disruptions and lasting damage to reputation. The article emphasises how crucial correct documentation, chain responsibility and continuous monitoring are to prevent risks and ensure business continuity.
What is REACH? European legislation explained for industry
REACH is the European framework that regulates the use of chemical substances across the entire supply chain, requiring companies to demonstrate safety and transparency. This article explains how REACH affects materials, packaging design, and compliance obligations for industrial manufacturers, and how Faes supports companies in becoming fully REACH-proof.
What is TCO optimization for industrial packaging?
TCO optimization for industrial packaging goes beyond just the purchase price. It encompasses all costs during the entire lifecycle - from acquisition to waste disposal. Companies that apply this holistic approach discover that investments in higher quality packaging solutions often result in cost savings and contribute to sustainability goals. Discover which cost components are included and how circular packaging can significantly reduce the TCO.
What is DOA prevention in industrial packaging?
Dead-on-arrival prevention is the cornerstone of reliable industrial logistics. By mapping every risk in the supply chain and designing custom protective solutions, Faes ensures that high-value equipment arrives exactly as intended: fully operational and damage-free.
How do you calculate the total costs of industrial packaging in 2025?
Discover how to calculate the true total cost of industrial packaging in 2025. Learn how a Total Cost of Ownership approach that includes design, logistics, maintenance and sustainability helps you save costs, reduce waste and strengthen your supply chain.
What is the difference between acquisition costs and total cost of ownership in logistics investments?
Understanding the difference between acquisition costs and Total Cost of Ownership (TCO) is essential for smart logistics investments. Faes explains how sustainable, reusable packaging may cost more upfront but delivers long-term savings through reduced maintenance, waste, and lifecycle expenses.
How can DOA preventive packaging reduce transport damage?
Faes explains how DOA preventive packaging minimizes transport damage, reduces costs, and boosts reliability in high-tech logistics. By using tailored materials and shock-absorbing designs, it safeguards sensitive equipment and ensures every delivery arrives in perfect condition.
How do you calculate the total cost of ownership for logistics packaging solutions?
Discover how to calculate the true Total Cost of Ownership (TCO) for your logistics packaging. This Faes guide explains how hidden costs such as transport inefficiencies and product damage affect profitability and shows why a lifecycle approach results in smarter, more sustainable packaging decisions.
What is the difference between standard packaging and DOA preventive packaging solutions?
Faes highlights the difference between standard packaging and DOA preventive packaging. DOA solutions are custom engineered to ensure products arrive functional and undamaged, reducing failure costs and increasing reliability throughout the logistics chain.
How do you maintain military transport cases in extreme conditions?
Discover how to optimally maintain military transport cases in extreme conditions such as desert heat, arctic cold, or salt seawater. Without proper maintenance, closures and seals can quickly become damaged, putting valuable equipment at risk. With the right cleaning and maintenance routines, you significantly extend the lifespan of your cases and ensure your mission-critical equipment remains operational - regardless of where in the world you operate.
The 8 wastes of Lean applied to high-tech packaging
Many companies optimize their production, but overlook waste in their packaging logistics. When examining the return process through the lens of the TIMWOODS method, it becomes apparent that the real gains are often found in movements, waiting times, and routines that do not add value. Doing less can yield surprising results—in terms of time, costs, and sustainability.
Which vibration tests realistically simulate transportation of equipment?
Learn how vibration testing helps prevent transport damage and optimise packaging. Faes explains which test methods most realistically simulate the transport of equipment and how international standards such as ASTM D4169 and ISO 13355 increase reliability.
What UV resistance is required for outdoor equipment cases?
Outdoor equipment cases are exposed to sunlight on a daily basis, which means that UV radiation can weaken their material. This article explains why UV resistance is crucial for durable protection and which materials, coatings and testing standards help to make cases resistant to extreme conditions.
Which drop tests are mandatory for professional transport cases?
Professional transport cases must meet strict standards such as ISTA, ASTM, ISO and MIL-STD-810 to protect their contents from shocks during transport. These drop tests assess structural integrity, water resistance and protection of contents, and are crucial in sectors such as defence, high-tech and medical equipment.
What regulations apply to radioactive material transport?
The transport of radioactive material is strictly regulated in accordance with international and national regulations. This article by Faes clearly explains which laws and regulations apply, which types of packaging are permitted, and how safety, certification, and documentation are guaranteed during each transport.
What are flight cases for defense equipment?
In this article, you can read about how flight cases for defence equipment offer maximum protection during transport and storage. You will discover which military standards and materials are used and why customisation is essential for safety and sustainability.
How do flight cases protect military equipment during transport?
In this article, you will learn how flight cases provide optimal protection for military equipment during transport and deployment. You will discover which materials, designs and certifications ensure maximum safety, durability and reliability in the most extreme conditions.
Which MIL-STD certifications are required for defense packaging?
In this article, you can read about which MIL-STD certifications are required for defence packaging and why these standards are crucial for safety and reliability. You will discover how tests and procedures are applied to make packaging resistant to extreme conditions and long-term use.
How do you pack drone equipment for civilian flight?
Learn how to safely pack drone equipment for civilian flights with guidelines on lithium battery regulations, shock-resistant protection, and compliant packaging solutions. Discover best practices to prevent damage, ensure airline approval, and keep your gear flight-ready.
How does packaging management contribute to sustainability?
Discover how smart packaging management drives sustainability by enabling reuse, repair, and data-driven optimization. Faes shows how circular systems reduce CO₂ emissions, cut waste, and ensure compliance with upcoming EU regulations.
What are medical packaging?
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.
How do medical packages integrate into hospital processes?
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.
What are the risks of poor medical packaging?
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.
What certifications are important for medical packaging?
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.
What is packaging management and why is it important?
Packaging management is a strategic approach that optimizes the entire packaging lifecycle, from design and materials to logistics and sustainability. It uses data-driven insights and circular practices to reduce costs, improve efficiency, and strengthen brand consistency across the supply chain.
How does packaging management increase supply chain effectiveness?
Strategic packaging management transforms packaging from a cost center into a driver of supply chain efficiency. By optimizing design, materials, and lifecycle, businesses reduce costs, minimize damage, and enhance sustainability across the entire logistics chain.
What is the importance of shockproof packaging?
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.
When is wooden packaging better than plastic?
Wooden packaging outperforms plastic when strength, durability, and sustainability are key. It offers superior shock absorption, temperature resistance, and long-term cost efficiency, making it ideal for heavy loads, sensitive equipment, and circular logistics strategies.
How do you make packaging suitable for air or sea freight?
Learn how to make packaging suitable for air and sea freight with expert insights from Faes. Discover key material choices, weight and moisture management, and compliance with IATA and IMO standards to ensure safe, efficient, and sustainable transport.
How do you determine the correct interior of a custom case?
Learn how to choose the ideal interior for a custom case to protect your equipment. This Faes guide explains the differences between PE, PU, and EVA foams, offers tips for precise measuring, ergonomic design, and production methods like waterjet cutting to ensure perfect fit and durability.
How can you adapt packaging to different product loads?
Adapting packaging to different product loads requires a smart balance between protection, cost, and sustainability. By analyzing product characteristics, transport conditions, and load distribution, and validating designs through testing, you ensure safe, efficient, and eco-friendly packaging solutions.
White paper: Smart packaging for Scope 3 reduction in FuelEU Maritime
The new FuelEU Maritime regulation is putting pressure on the maritime sector to reduce CO₂ emissions. This whitepaper explains how industrial packaging can serve as a direct lever to cut Scope 3 emissions while saving costs across the logistics chain. Discover concrete strategies and real-world cases that show how efficient packaging contributes to a more sustainable and future-proof supply chain.
Which transport cases are suitable for DJI military drones?
Discover which transport cases best protect DJI military drones. Faes outlines key requirements such as MIL-STD compliance, IP67 sealing, custom foam interiors, and temperature resistance to ensure safe deployment in any mission environment.
What are the penalties for incorrect lithium battery shipping?
Incorrectly shipping lithium batteries can result in severe fines, legal action, and reputational damage. Regulations like ADR, IATA, and IMO require strict compliance in classification, packaging, labeling, and documentation. Noncompliance can lead to penalties up to €40,000 and potential criminal prosecution.
How do you correctly document lithium battery transports?
Accurate documentation of lithium battery shipments is mandatory under ADR, IATA, and IMDG regulations, including correct UN numbers, packaging certificates, safety data sheets, and emergency contacts. Common errors such as missing statements or incorrect details can lead to fines, shipment delays, or refusals.
What insulation materials are required for battery packaging?
Correct insulation materials are a legal necessity for battery packaging to prevent short circuits, thermal runaway, and chemical leaks under ADR, IATA, and UN rules. Approved options include non conductive materials like vermiculite, fiberglass, ceramic fibers, and special foams that offer flame resistance, electrical insulation, and shock absorption.
How to prevent short circuits during lithium-ion transport?
Preventing short circuits in lithium-ion transport demands rigorous insulation of terminals, use of non conductive separators, and shock-resistant packaging to stop internal or external contact. Mistakes here can lead to thermal runaway, fires, or explosions.
How do you prevent EMP damage to military equipment during transport?
Protection against electromagnetic pulse (EMP) damage during military equipment transport relies on shielding enclosures like Faraday cages, using conductive materials and properly grounding electronics to block or dissipate high-energy electromagnetic fields. Failures in EMP protection can render critical systems inoperative, making robust design and compliance imperative.
How do you integrate communication systems in transport cases?
Designing transport cases for communication systems requires more than protection; it demands seamless integration of electronics, connectors and thermal control. Faes explains how to combine durability, usability and operational readiness to create cases that protect and perform in any environment.
How do you test the drop resistance of defense transport cases?
Testing the drop resistance of defense transport cases ensures mission-critical equipment stays protected under extreme conditions. Faes explains how to apply military standards like MIL-STD-810, perform realistic drop tests, and choose materials and reinforcements that guarantee durability and reliability in the field.
Which locks are suitable for classified equipment transport?
The article explores which locks are best suited for transporting classified equipment. It highlights mechanical, electronic, biometric, and hybrid options, stressing compliance with security standards and the importance of layered protection, access management, and proper installation for maximum safety.
What acceleration limits apply for drone transport testing?
Drone transport demands rigorous shock control: depending on the drone class, acceleration limits typically range from 5 G to 25 G. Through drop tests, vibration simulations, and environmental stress trials, packaging must ensure sensitive components survive transit intact.
What weight limits apply to military personnel equipment?
Military personnel should typically carry no more than 30–33% of their body weight in gear to preserve mobility and reduce strain. Optimal loads vary by mission and role, making smart distribution and context key to safe effectiveness.
What level of water resistance is required for military equipment?
This Faes article explains the essential water-resistance standards for military equipment, comparing IP ratings and MIL-STD-810 tests to ensure reliable performance in extreme conditions. It outlines recommended protection levels for various environments, emphasizing the importance of certified, durable packaging for mission-critical defense operations.
Which materials offer optimal drone protection?
Optimal drone protection requires a durable hard shell and shock-absorbing interior. Materials like polycarbonate, ABS, or aluminum shield against impact and weather, while custom-cut foam ensures secure, vibration-free storage. For professional use, a waterproof hard case with tailored foam offers the most reliable, long-lasting protection.
How do you secure drone parts against theft during transport?
To protect drone components during transport, combine a robust hard case (aluminum or high-grade plastic) with custom foam interiors and tamper-resistant closures. Add traceability (GPS, RFID, blockchain), invisible seals, and precise documentation to thwart theft or unauthorized access.
What dimensions are ideal for drone transport cases?
Ideal dimensions for drone transport cases range from 300×200×150 mm for mini models up to 800×600×400 mm or more for industrial systems (with common mid-range cases near 400×300×200 mm). A rule of thumb: leave an extra 25–40 mm of buffer space around the drone to accommodate foam and absorb shocks.
What minimum IP rating should a drone flight case have?
A drone flight case should have at least an IP65 rating to ensure full dust protection and resistance to water jets, with IP66 or IP67 recommended for harsher conditions. Faes explains how environment, usage, and value determine the right IP rating, emphasizing proper maintenance to preserve protection.
Which foam inlays work best for drone protection?
The ideal foam inlay for drone protection uses a mix of PE, PU, or EVA foams, chosen based on shock absorption, water resistance, and component sensitivity. Faes emphasizes proper foam density (e.g. 35–65 kg/m³ depending on drone weight) and custom-cut, water-resistant cuts to secure delicate parts like cameras, gimbals, and propellers.
How to protect drone gimbal systems during transport?
Properly transporting drone gimbal systems requires more than a sturdy case. Faes explains how custom foam inserts, moisture protection, and secure locking mechanisms prevent shock, corrosion, and calibration damage, ensuring your equipment stays mission-ready during every journey.
How do tactical cases protect sensitive defense electronics?
Discover how military-grade tactical cases shield sensitive defense electronics from shocks, moisture, and electromagnetic interference. Faes explains the design standards and protective layers that ensure operational reliability in any mission.
How do you organize accessories in drone transport cases?
Discover how to efficiently organize drone accessories in transport cases with custom foam layouts, logical workflows, and smart space optimization. Faes shares expert tips to protect fragile components, streamline setup, and ensure safe, compliant travel for your drone gear.
How to prevent GPS interference in drone transport cases?
Prevent GPS failures by designing drone cases that manage electromagnetic interference: use hybrid materials, compartmentalization, and selective shielding to keep navigation modules isolated from metal and high-EM devices. Faes shows how smart packaging ensures reliable GPS even during transit.
How do you calculate internal volume for efficient space usage?
Learn how to calculate internal volume accurately to maximize packaging efficiency. Faes explains measurement methods, formulas, and smart design tips to optimize space, reduce costs, and enhance protection.
Which coating provides the best protection against chemical aggression?
Explore how to choose coatings that resist chemical aggression in harsh environments. Faes discusses the comparative strengths of fluoropolymers, epoxies, and other barrier systems, and offers guidance for matching coatings to specific chemicals and use-cases.
How do you determine wall thickness for optimal case strength?
Discover how to determine the optimal wall thickness for your case by considering material, load, and usage conditions. A wall that's too thick means unnecessary weight and costs, while a wall that's too thin provides insufficient protection. Learn the calculations, test methods, and factors that are crucial for finding the perfect balance between protection and practical use.
How do you choose between rotationally molded and injection molded cases?
Learn how rotationally molded and injection molded cases differ in production, durability, precision, and cost. Faes explains how these factors determine the best solution for your application and budget.
Which aluminum alloy offers the best weight-to-strength ratio?
Faes explores which aluminum alloys deliver the best strength per unit weight, concluding that 7000-series alloys (notably 7075-T6 and 7068) lead the pack. The article also shows how 2000- and 6000-series alloys balance other traits like fatigue resistance and corrosion performance.
How do you calculate foam compression for a perfect fit?
Faes explains how to compute foam compression to secure your product snugly yet safely by using the ratio of original to compressed thickness. The guide shows how foam type, density, product weight, and environmental conditions all influence the ideal compression for safe transport.
How do you transport MRI components without magnetic interference?
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.
Which traceability systems are mandatory for medical devices?
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.
How do you prevent cross-contamination in medical equipment cases?
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.
What validation is needed for pharmaceutical cold chain transport?
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.
How do you secure medical implants during international shipping?
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.
How do you calculate total cost of ownership for reusable transport cases?
Are you only looking at the purchase price of transport cases? Then you're missing the big picture. Total cost of ownership (TCO) provides a complete picture of all costs: purchase, use, maintenance and disposal. This article shows how to fairly compare single-use and reusable transport solutions, which hidden costs are often overlooked, and when investing in premium quality is financially smart. Discover how the correct TCO calculation can save you thousands of pounds.
Which gasket materials guarantee long-term water resistance?
The article explains how selecting the right gasket material, such as silicone, EPDM, neoprene or natural rubber, is essential for achieving long-term water tightness in industrial enclosures. It outlines the strengths and limitations of each material, their impact on IP ratings and the environmental factors that influence durability.
What colors of camouflage are allowed for military cases?
The article outlines which camouflage colors are permitted for military cases, focusing on compliance with NATO and MIL-STD standards. It explains that colors such as Olive Drab, Desert Tan and specific camouflage patterns must meet strict visual, infrared and durability requirements to ensure operational effectiveness and approval in defense applications.
How do you optimize logistics processes with custom packaging?
Custom packaging streamlines logistics by reducing product damage, saving space, and improving handling efficiency. Faes shows how tailored solutions boost sustainability, cut costs, and optimize the entire supply chain.
What protection do foam interiors offer for sensitive equipment?
Foam interiors provide reliable protection for sensitive equipment by absorbing shocks, vibrations and impacts during transport. With tailored density and design, they keep fragile parts secure while extending the lifespan of both packaging and product. Choosing the right foam ensures durability, re-usability and cost savings over time.
What should you know about packaging storage and stackability?
Efficient packaging relies on smart storage and stackability. With the right materials and design, you save space, cut costs, and protect products throughout the supply chain.
What packaging solutions are suitable for extreme conditions?
Extreme conditions such as temperature fluctuations, moisture, and shock require specialized packaging. Faes explains how advanced materials, sealing systems, and international standards like MIL-STD-810 and ISO ensure reliable protection for sensitive products.
What are industrial custom packaging solutions?
Industrial custom packaging ensures maximum protection and logistics efficiency by perfectly fitting the product and its conditions of use. It reduces damage and transport costs while meeting the strictest standards in sectors such as high-tech, medical, and defense. At the same time, it supports sustainability through reuse and circular design.
How long does it take to produce custom flight cases?
Custom flight cases typically take 2 to 8 weeks to produce, depending on design complexity, materials, and certifications. By planning early and providing clear specifications, you can streamline the design process and reduce lead times.
What materials are used for military transport crates?
Military transport crates are made from aluminium, steel, composite or plastic, depending on the requirements for strength, weight and protection. These materials each offer unique advantages in terms of durability, corrosion resistance and service life, with environmental factors and military standards also playing a role.
How does a temperature test work for packaging that has to withstand extreme temperatures?
A temperature test shows whether packaging can withstand extreme cold and heat, ranging from −40 °C to +80 °C or even further. Realistic climate simulations are used to check whether materials, closures and seals remain reliable, so that products can be transported and stored safely and in accordance with international standards.
How is a vibration test performed for industrial packaging?
A vibration test shows whether an industrial package adequately protects products during transport. Together with our renowned partners, we simulate realistic conditions and translate these results into concrete improvements for optimal safety.
How does an IP test for dust and waterproofness of packaging work?
An IP test determines how well a package is protected against dust and water according to the international IEC 60529 standard. Through testing by our reputable partners, the IP code provides assurance about the reliability and safety of your packaging. We guide you from analysis to certification so that your products are always optimally protected.
How does a drop test for cases and cases work?
Learn how a drop test for cases and crates works: from drop height and test standards to design, implementation and reporting. Learn how Faes works with test partners to ensure the protection, quality and reliability of packaging against damage during transport.
The blind spot in DOA problems: why logistics causes are structurally underestimated
Discover why logistics failures are often the hidden culprits behind DOAs and how simple adjustments to packaging and processes can immediately yield significant gains. Read how you can transform logistics from a blind spot into a strategic asset for your supply chain.
Design for Distribution: engineering choices that reduce DOA probability
Discover how you can significantly reduce the risk of defective deliveries (DOAs) right from the design phase by incorporating smart packaging, material and installation factors. Learn how Design for Distribution prevents technical choices from causing headaches, costs and quality losses later in the chain.
Field Service Engineers as DOA remedy: training, tooling and installation scripts
Field Service Engineers play a crucial role in reducing DOAs. With the right training, tools, and installation scripts, you can prevent errors, save time, and increase the reliability of your service.
Semiconductors in Europe: seizing opportunities starts with packaging & logistics
The European chip industry is growing rapidly, but success depends on smart packaging and logistics. Read how you can ensure quality, delivery reliability and sustainability with the right packaging strategies.
Not just material: why one DOA costs >100% of part value
A defective part upon arrival costs much more than you might think. Once you factor in service hours, urgent transport and stock costs, the damage can amount to between 135 and 219 per cent of the material value. Understanding the causes is crucial to protecting margins and securing growth.
Root causes unraveled: logistics, part quality and service quality (with NFF)
Discover how logistics errors, component quality and service quality together cause the hidden costs of DOAs. This article shows how root cause analysis and smart improvements can make your supply chain more reliable and cost-efficient.
What is IATA and why is it important for industrial packaging?
IATA regulations determine whether your air freight will travel smoothly around the world. Discover how the right packaging prevents shipments from being rejected and how you can minimise costs, delays and risks.
Packaging first: how fewer variants nearly halved DOAs
Discover how reducing packaging variants drastically improves the service chain: lower costs, fewer DOAs and higher customer satisfaction. This article shows how smart choices in packaging deliver immediate results.
EU Battery Regulation 2027: What does it mean for transport and packaging of lithium batteries?
The EU Battery Regulation imposes strict requirements on the transport and packaging of lithium batteries from 2027 onwards. This article provides insight into new rules concerning QR codes, Battery Passports, return flows and recycling targets.
From complaint to opportunity: how DOA can help you improve your supply chain
DOAs may seem like complaints, but they are primarily signals that help improve your supply chain. By analysing causes and optimising processes, you reduce costs, increase reliability and strengthen customer relationships. Faes shows how smart DOA management leads to competitive advantage and sustainability.
What is ADR and why is it important for industrial packaging?
ADR regulates the safe transport of dangerous goods and sets strict requirements for industrial packaging. From UN markings to labelling and compatibility, compliance prevents fines and guarantees safety and continuity in the supply chain. Faes helps companies make their packaging fully ADR compliant.
The €1,200 reflex: how rush shipments are driving up the real DOA bill
Urgent shipments seem like a quick solution for DOAs, but they can drive costs up to eight times higher than regular transport. This article shows how prevention, detection, and smart inventory strategies not only reduce costs but also structurally increase reliability and customer satisfaction.
How do you protect vulnerable field equipment on construction sites?
Vulnerable equipment on construction sites is at risk from moisture, dust, impact and incorrect handling. Customised packaging ensures maximum protection and a longer service life. We combine technical expertise and recognised standards to keep field equipment safe for use.
PPWR: What does the new EU regulation mean for industrial packaging?
The new EU PPWR regulation will impose strict requirements on industrial packaging from 2026 onwards. Companies must focus on reuse, recyclability and digital traceability in order to remain compliant. This article explains what is changing and how your organisation can prepare.
Responsibility in DOA: who pays the bill?
Dead on Arrival products incur high costs due to transport, stock and repair work. This article explains who is responsible for these costs and how better packaging and chain collaboration can structurally reduce the number of DOAs.
The hidden 4%: how DOAs erode your service revenue and margin
Dead-on-arrival parts may seem like a minor issue, but their impact is significant. On average, companies lose more than 4% of their spare parts revenue due to defective deliveries. Discover the hidden costs and how you can limit them in this article.
Service levels at risk: what DOAs do to fill and ready rates
DOAs have a direct impact on service levels and increase costs due to additional demand, urgent deliveries and higher stock levels. This article shows how fill and ready rates come under pressure and offers strategies to limit damage and gain a competitive advantage.
Whitepaper: Packaging-as-a-Service
Packaging as a Service transforms packaging from a cost item into a strategic tool for cost control, circularity, and compliance. The white paper demonstrates how this model assists companies in operating more sustainably and efficiently within the requirements of the EU Packaging Regulation.
Increase inventory against DOA? Only makes sense at extreme ratios
Increasing stock seems like a quick fix for DOA, but often incurs high costs without addressing the real cause. This can only be useful in cases of exceptionally high defect rates, whereas structural improvements in packaging and logistics are almost always more effective.
What are defense packaging solutions?
Defence packaging solutions offer maximum protection for equipment and apparatus under extreme conditions, from air drops to tropical heat and polar cold. Faes develops and tests customised flight cases, racks and containers in accordance with international MIL-STD standards and ensures safe, rapid deployment in every mission.
What is the difference between civilian and military packaging?
Civilian packaging is designed for controlled conditions, while military packaging must be able to withstand extreme heat, cold, moisture, shock and vibration. Thanks to strict MIL-STD certifications, durable materials and long service life, they protect critical equipment with maximum security.
How does military packaging work under extreme conditions?
Military packaging protects sensitive equipment under extreme conditions such as heat, cold, moisture, shock and vibration. Thanks to rigorous MIL-STD testing, high-quality materials and customisation, even the most critical systems remain safe and reliable in use.
How to choose the right packaging solution for defense equipment?
Choosing the right packaging for defence equipment requires more than standard solutions. Standards such as MIL-STD and STANAG, combined with smart material choices and customised design, ensure maximum protection and logistical efficiency. Faes helps organisations transport their equipment safely, sustainably and in accordance with international requirements.
The hidden costs of Dead-on-Arrival (DOA): Why the problem is bigger than you think
Dead-on-arrival products cause more damage than just return costs and replacements. They disrupt production processes, strain customer relationships and increase the ecological footprint. Through better packaging strategies and chain-wide collaboration, Faes helps companies to prevent these hidden costs on a structural basis.
How to prevent fire when transporting lithium batteries for military drones?
Lithium batteries for military drones pose a significant fire risk during transport due to their high energy density and susceptibility to damage and overheating. With proper packaging, regulations, and maintenance, incidents can be prevented and safety ensured.
What are the best packaging solutions for lithium-ion batteries in defense?
Lithium-ion batteries used in defence applications require packaging that combines safety, durability and strict military standards. Faes develops customised solutions that offer protection against fire, shocks and extreme conditions, ensuring that mission-critical equipment remains reliable at all times.
What is the difference between civilian and military drone transport cases?
Civilian drone cases focus on ease of use and basic protection, while military cases withstand extreme conditions and strict MIL-STD requirements. Faes provides customised solutions that serve both worlds and ensure maximum safety and reliability.
What packaging materials are best for drone shipping?
Customised packaging is essential for the safe shipment of drones. High-quality materials such as PU or EPP foam and sturdy flight cases protect against shocks, vibrations, moisture and temperature fluctuations. Faes recommends solutions that comply with international standards and guarantee optimal protection.
Whitepaper: Customisation for demanding environments
This white paper demonstrates how customised packaging provides protection in the most demanding environments. With a focus on strict standards, sustainability, and first-time-right solutions, you will discover how packaging contributes to safety and efficiency.
How do you prevent damage to drones during shipping?
Prevent transport damage to drones with the right packaging and preparation. Choose sturdy cases with shock-absorbing interiors, protect vulnerable parts and take transport and climate conditions into account. This way, you can ship drones safely, sustainably and without unexpected costs.
What are the costs of professional drone packaging?
Professional drone packaging prevents damage and failure of expensive and sensitive equipment. The costs vary from a few hundred to thousands of pounds, depending on factors such as design, choice of materials and certification. An investment in customised packaging provides certainty and optimal protection in critical situations.
What are the consequences of damaged drones due to poor packaging?
Damaged drones due to poor packaging result in high repair costs, downtime and reputational damage. With customised flight cases and packaging that comply with international standards, you can protect sensitive components and prevent financial and operational risks.
What is the difference between standard and military drone packaging?
Standard drone packaging offers basic protection, but often cannot withstand extreme conditions. Military packaging goes further with robust materials, water and dust resistance, and extra shock resistance, keeping drones safe in the harshest environments.
Why 3D scanning is essential for perfectly fitting packaging
3D scanning captures every detail of a product and enables packaging to be designed with millimetre precision. This creates a perfect fit that provides optimum protection for fragile components and makes repeat orders faster and more efficient.
How do you calculate the correct dimensions for drone transport?
For safe drone transport, it is crucial to calculate the correct dimensions and protection. The article explains how to accurately measure drones and accessories and what margins you should maintain for optimal protection and compliance with transport regulations. This will help you avoid damage, additional costs and delays.
What temperature resistance should drone packaging have?
For drone transport, it is essential that the packaging can withstand extreme temperatures. This article shows which temperature ranges apply to commercial, industrial and military applications and which materials provide optimal protection.
What packaging requirements apply to military drones?
In this article, you can read about the packaging requirements that apply to military drones and why these are so crucial to their safety and reliability. You will discover how MIL-STD standards ensure optimal protection against shocks, vibrations, extreme temperatures and unauthorised access.
How does packaging for fragile products work?
Fragile products require packaging that effectively absorbs shocks, vibrations and climatic influences. Customised design, the right materials and thorough testing minimise risks and keep the contents safe during transport and storage.
What is industrial packaging?
In this article, you will learn what industrial packaging is and why it is essential for the safe transport and storage of valuable equipment. You will discover which materials and innovations are used and how customised solutions contribute to sustainability and efficiency.
Are custom packages reusable?
In this article, you can read how customised packaging can be reused for many transport cycles thanks to strong materials and smart design. You will discover how reuse not only reduces costs but also contributes to sustainability and a circular supply chain.
Why is sustainability important in packaging?
In this article, you will learn why sustainability in packaging is essential for the environment, cost savings and regulatory compliance. You will discover how circular solutions contribute to less waste, lower CO₂ emissions and a stronger brand image.
What are the requirements for defense packaging?
Defence packaging must be able to withstand extreme conditions and comply with strict MIL-STD guidelines for protection, durability and traceability. The article explains the requirements for materials, testing and certification, and how organisations can avoid costly mistakes by working with the right partners at the right time.
What are the safety standards for packaging?
Packaging safety standards ensure that products, users and the environment remain protected during transport and storage. The article explains which international and national standards apply, how certification works and why compliance is crucial to limiting risks and costs.
How do medical packaging solutions contribute to efficiency?
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.
How do medical packages comply with hygiene standards?
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.
What are the costs of industrial packaging?
The costs of industrial packaging vary from simple standard solutions to complex customised packaging. The article explains which factors determine the price and how companies can save costs over the entire lifespan by making smart choices and reusing packaging.
What is the difference between standard and custom packaging solutions?
Standard packaging is quick and inexpensive, but offers limited flexibility and protection. Customised solutions are fully tailored to your product and logistics process, providing better protection and often being more cost-effective in the long term. This article helps companies make the right choice.
How does industrial custom packaging for defense equipment work?
Customised packaging for the Ministry of Defence meets strict military standards and offers protection against shocks, vibrations and weather influences. The article shows how design, testing and materials ensure packaging that quickly pays for itself through lower damage and repair costs.
How are medical packages tested for safety?
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.
How do medical packaging fit into supply chain management?
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.
How are medical packages designed for transport?
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.
Faes – partner in Printed Electronics
Faes strengthens the growth of Printed Electronics through smart collaboration and automated packaging management. With solutions such as RFID tracking, pool management and PackAssist®, we ensure that companies can organise their supply chain more efficiently and focus on their core activities.
DOAs snatch 30 percent off profits
In this article, you will learn how Defects On Arrival (DOAs) consume an average of 30 per cent of profits and why the actual costs are often underestimated. You will also discover how better packaging management and process improvement can drastically reduce damage and increase customer satisfaction.
The underrated benefits of stacking software
Stacking software offers much more than just volume savings and lower transport costs. It prevents errors, reduces damage and speeds up processes through smart integrations with ERP, WMS and TMS systems. This increases productivity and customer satisfaction while making your supply chain more efficient and transparent.
What are the benefits of system integration?
System integration combines technology and protection in one compact case or box, making equipment ready for immediate use. The customised design offers safety during transport and ensures a professional appearance during demonstrations and training sessions. This saves you time, prevents damage and increases your impact with every presentation.
EPP Packaging: The ideal solution for the medical supply chain
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.
PackAssist® in prizes at the NL Packaging Awards 2018
PackAssist is a web-based tool that streamlines the packaging process and integrates easily with systems such as WMS and ERP. Thanks to a transparent approval process, it increases quality and consistency within the logistics chain. The innovation was honoured at the NL Packaging Awards 2018, underlining the value and impact of PackAssist.
Socially responsible purchasing and sustainable packaging, are you doing it already?
Socially responsible purchasing and sustainable packaging go hand in hand: less material use, lower costs and a smaller ecological footprint. By packaging smarter and using data, you can optimise efficiency and comply with increasingly stringent sustainability regulations. Faes shows how companies can achieve immediate results with the right approach.
Prevent packaging problems in your supply chain
Packaging problems in your supply chain lead to higher costs, delays and errors. By standardising packaging and using smart tools such as PackAssist, you can improve efficiency and customer satisfaction. Faes shows how this directly contributes to cost savings and a professional image.
Why transportation is an important aspect of your product and packaging development
Transport choices have a major impact on costs, delivery times and packaging design. By taking the mode of transport and paid weight into account during product and packaging development, you can limit risks and increase efficiency. Faes shows how smart packaging and logistics lead directly to savings.
Points to consider when purchasing (industrial) packaging
Industrial packaging not only determines the protection of your product, but also the costs and efficiency of transport and storage. By clearly defining requirements and wishes early on in the development process, you can avoid pitfalls and save costs. Sustainability and legislation are playing an increasingly important role in this regard.
ESD safe case: what to look out for
An ESD-safe case prevents damage caused by electrostatic discharge and protects sensitive electronics during transport and storage. The right material, from the exterior to the interior, determines whether the load remains safe and meets the specified requirements. Prototyping and testing ensure certainty and reliability for the customer.
What is the best time to start packaging development?
The best time to start packaging development is in the early stages of product design. By taking requirements and logistical constraints into account at an early stage, you can avoid costly adjustments and inefficient solutions. This ensures you have suitable, reliable packaging that keeps processes running smoothly.
What does packaging have to do with SLAs?
Good packaging is crucial to meeting SLAs, as it directly affects delivery time, quality and customer satisfaction. Poorly packaged products lead to damage and DOAs, resulting in fines and reputational damage. By organising packaging smartly, you reduce risks and increase reliability towards customers.
Here’s how to create a set of requirements for your custom packaging
A good set of requirements for your packaging prevents failure costs and delays. By involving the right stakeholders at an early stage and establishing concrete conditions, you ensure optimal protection and efficiency in the supply chain.
Why it’s smart to engage in sustainable packaging
Sustainable packaging reduces costs, extends the lifespan of packaging and prepares companies for stricter legislation. It also strengthens your image and contributes directly to a future-proof supply chain.
5 opportunities for better packaging management
Better packaging management reduces costs, prevents damage and makes processes more efficient. Clear agreements, smarter use of resources and optimal coordination throughout the chain enable you to create immediate value for your business.
Safe storage of li-ion batteries
Li-ion batteries offer great convenience but also pose serious safety risks during storage and transport. With the right packaging and precautions, you can limit the risk of fire and comply with the necessary safety standards.
StackAssist® helps with ‘pick-to-box’
StackAssist® optimises the pick-to-box process by automatically selecting the right box, stacking products intelligently and predicting the weight in advance. This saves you time, reduces shipping costs and minimises errors thanks to reliable master data and more efficient order processing.
An incomplete set of requirements for your packaging: these are the consequences
An incomplete set of requirements for your packaging leads to higher costs, lower productivity and a weaker image. By recording all the details in good time and involving all stakeholders, you can prevent inefficiency, damage and customer dissatisfaction.
Palletizing is a smart option not only for stacking boxes
Palletising involves more than simply stacking boxes. With intelligent software, you can optimise loading schedules, save space, and prevent damage, even with fragile or irregularly shaped products. This allows you to increase efficiency and ensure quality in every supply chain.
Link your webshop in 3 steps with StackAssist
With StackAssist, you can easily connect your online shop and automate the packaging process. Orders are immediately assigned the correct shipping box, which saves time, reduces waste, and increases efficiency in your logistics.
Considerations for equipment disposal at Defense
When disposing of defence equipment, proper packaging is crucial to preserve value and prevent damage. Consider storage, transport and compliance with military standards so that parts reach their destination safely and responsibly.
Packaging management: what is it anyway?
Packaging management revolves around the intelligent organisation of all processes related to packaging, loading, and shipping. By gaining control over this often underestimated part of the supply chain, you can reduce costs, work more sustainably, and increase customer satisfaction. Faes demonstrates how 4PP specialists assist companies in managing packaging strategically and efficiently.
Predict the number of pallet spaces in complex situations – Multi Stage Module
With StackAssist's Multi Stage Module, you can accurately predict the number of pallet spaces, even in complex orders with various products and packaging levels. The tool instantly calculates the optimal layout of boxes, pallets and trailers, reducing transport costs and increasing efficiency. Faes demonstrates how calculations provide control over logistics and the supply chain.
Faes as chain director of logistics ecosystem at Brainport Industries Campus
Faes acts as chain director at the Brainport Industries Campus and integrates logistics and packaging management into a single sustainable ecosystem. With PackAssist and smart collaboration between partners, Faes ensures more efficient processes, lower costs and less environmental impact.
UN approved: Lithium-ion batteries
Lithium-ion batteries pose risks during transport, making strict UN-certified packaging mandatory. Faes offers solutions that meet these standards and ensure safe, sustainable and compliant battery shipping.
Proper packaging according to cleanroom standards
Cleanroom packaging requires strict compliance with standards to prevent contamination. Faes assists companies in making the right packaging choices and offers expertise and solutions that meet the highest cleanroom requirements.
‘Bespoke box machine’ versus stacking tools
A customised box machine reduces transport volume and cardboard consumption, but encounters limitations with multiple orders and peak times. Stacking tools complement this by offering optimal stacking plans, further reducing costs and material waste. Together, they form the most efficient solution for packaging processes.
A drone in the back seat
In this article, you can read how Faes worked with a customer to develop a compact, heat-resistant case in which drones and accessories can be transported safely. You will discover how smart compartments and co-creation ensure maximum protection and practical ease of use.
Free whitepaper: Packaging Lithium-Ion Batteries
In this white paper, you will learn why it is crucial to package lithium-ion batteries safely and what risks you can avoid by using the right solutions. You will gain insight into the applicable regulations and practical tools for compliant and safe transport.
Transsmart module in StackAssist
StackAssist with the Transsmart module provides insight into transport costs in advance through integration with nShift. This allows you to make smarter choices between pallets or boxes and save time and costs in your logistics process.
Optimize your shipments with StackAssist from Faes
StackAssist from Faes helps you stack shipments more intelligently, saving space, reducing costs and preventing damage. The software automatically calculates the optimal layout of boxes, pallets and containers, contributing to a more efficient and sustainable shipping process.
Discover the basic functionalities of StackAssist
In this article, you can read how StackAssist helps you manage products, packaging and orders in a smart way. You will discover how the software automatically calculates the optimal stacking plan, ensuring more efficient, cheaper and more sustainable shipping.
Lack of visibility into your order quantities and transportation costs?
In this article, you can read how a lack of insight into order quantities and transport costs leads to inefficiency and unexpected costs. With StackAssist and its integration with Transsmart, you can get a handle on orders and transport options, saving you money and making your logistics more predictable.
Reduce shipping damage with StackAssist
Transport damage costs companies money, time and customer satisfaction. In this article, you can read how StackAssist makes smart calculations for optimal stacking, thereby significantly reducing the risk of damage during transport.
What happens to an OEM without an integrated packaging policy?
Without an integrated packaging policy, there is a risk of inefficiency, unnecessary costs and quality issues in the supply chain. Packaging management must therefore be strategically incorporated from the outset in order to maintain value and ensure continuity.
Lean and packaging: 5 eye openers
Lean working does not stop at the production line; packaging also plays a crucial role. By integrating packaging management into Lean processes, you prevent waste, reduce costs and ensure a smoother flow throughout the entire chain.
The EPP case: surprisingly versatile
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.
Producing Lean & Mean
Lean & mean production is all about focusing on your core activities and outsourcing peripheral matters such as packaging management in a smart way. This allows you to increase efficiency, reduce costs and create more value in the chain by working with a strategic partner such as Faes.
‘Well packaged’: the guide to sustainable packaging for the e-commerce sector
The growth of e-commerce calls for more sustainable packaging solutions that reduce waste and CO₂ emissions. The Sustainable Packaging Guide and smart tools such as StackAssist help companies to package more efficiently, save costs and reduce their ecological footprint.
5 concerns when shipping medical devices
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.
So important is your set of requirements for the best custom packaging
A well-thought-out set of requirements is the key to the best customised packaging. By clearly defining all specifications, circumstances and user requirements in advance, the packaging will perfectly match the product and process. This prevents costly mistakes and optimises logistics.
Here’s how to create a test plan for Defense
A sound test plan is essential for packaging that must meet the stringent requirements of the Ministry of Defence. By establishing the configuration, usage scenarios, and acceptance criteria in advance, you can demonstrate that products are transported safely and reliably. With the right approach, you can reduce risks and increase the likelihood of certification.
Here’s how to ensure uniformity in decentralized delivery
Decentralised delivery does not have to result in messy packaging or a weak brand image. With clear instructions, standard packaging and consistent labels, you can ensure uniformity in every shipment. This strengthens your brand identity and reduces costs and errors in the logistics process.
A lot of money can be saved with Fourth Party Packaging, but how?
Many companies underestimate the hidden costs of packaging and its impact on customer satisfaction and the environment. With Fourth Party Packaging, you can gain control over processes, reduce costs and lower your carbon footprint. This turns packaging management into a strategic opportunity rather than a blind spot.
Top 4 problems in packaging industrial service parts
The packaging of industrial service parts often goes wrong due to too many packaging variants, unclear labels and inefficient repackaging processes. With the right approach and smart packaging solutions, you can prevent damage, reduce costs and increase reliability throughout the supply chain.
Increase your profitability with Packaging-as-a-Service
With Packaging-as-a-Service, you no longer invest in packaging but only pay for use. This reduces costs, lowers CO₂ emissions and ensures a flexible and scalable packaging process that delivers optimal returns.
Whitepaper: improve the efficiency of your supply chain
Many companies lose margin unnoticed due to inefficient packaging processes and a lack of control in the supply chain. This white paper shows how you can regain control, reduce costs and improve your return on investment in a sustainable manner with an integrated approach.
Why load optimization is more than just smart stacking
Load optimisation goes beyond smart stacking; it is about efficiency throughout the entire logistics process, from order to delivery. By standardising processes and using smart software, you can save costs, increase capacity and improve the customer experience.
More efficient supply chain: the benefits of good packaging management
Good packaging management prevents errors, reduces transport costs and limits damage. By using clear guidelines and smart software, you can increase efficiency and reliability throughout the supply chain.
Faes wraps F-16 vertical tail on site
Faes developed and assembled a custom-made wooden crate on site for the safe transport of the vertical tail of an F-16 from Volkel Air Base. Thanks to 3D scanning technology and close cooperation with the Ministry of Defence, a complex packaging solution was realised that fits in with the phasing out of the F-16 and the transition to the F-35.
The supply chain of the future
In this article, Johan Faes outlines how the supply chain is evolving into an ecosystem in which 4P partners take on specialised tasks. Control lies with an independent 5P partner who ensures transparency, efficiency and trust in the chain.
Fourth Party Packaging (4PP) as an extension of Fourth Party Logistics (4PL)
This article explains how Fourth Party Packaging (4PP) is an extension of Fourth Party Logistics (4PL). By strategically managing packaging, a 4PP provider prevents waste and optimises costs, materials and processes in line with the supply chain.
Skipping the prototype phase: new trend in product development?
In this article, Faes demonstrates how skipping the prototype phase becomes feasible through thorough risk analysis with FMEA prior to design. This approach enables companies to get to market faster without compromising on quality.
The challenges of clean packaging
Clean packaging is crucial in high-tech supply chains where even microscopic contamination can have major consequences. The article explains how specific requirements, cleanroom classifications and material selection are decisive for successful packaging and how we support companies with sustainable, reusable solutions.
Returnable packaging as a sustainable solution
Retourverpakkingen verminderen afval en verlagen de kans op kostbare DOA’s, terwijl ze zorgen voor efficiëntere logistiek en hogere klanttevredenheid. Door te kiezen voor herbruikbare oplossingen met reiniging en reparatie verleng je de levensduur en bespaar je structureel kosten.
Research: 25% more profit by addressing DOAs
DOAs cause high costs due to returns, repairs and damage to reputation. By tackling them in a targeted manner, companies can achieve up to 25 per cent more profit and strengthen customer relationships. Investing in better packaging solutions pays for itself immediately in terms of cost savings and continuity.
Here’s how to ensure modern equipment remains deployable on missions
Modern missions require equipment that remains protected during transport and use in extreme conditions. By tailoring packaging to risks such as impact, moisture and temperature fluctuations, you can prevent failure. With the right solution, critical technology remains deployable and operational where it is most needed.
Why is early involvement so important?
Early involvement of packaging specialists prevents high costs, delays and inefficient solutions. By including packaging in the design phase, there is more scope for optimal specifications, better coordination and a reliable supply chain.
REACH and RoHS: what about it exactly?
REACH and RoHS ensure that hazardous substances in products and packaging are restricted and controlled. Companies that are compliant not only meet legislation but also strengthen their reliability in the chain and reduce their environmental impact.
With the right packaging, protect your drone in the best way possible
A drone is expensive and fragile, which is why the right packaging is crucial for optimal protection during transport and use. Customised solutions ensure that the drone and accessories remain safe, ready for use and efficiently packaged.
Is cleanroom packaging necessary?
Whether cleanroom packaging is necessary depends on the process, the ISO class and the client's material requirements. By making the right choices, you can prevent contamination and comply with the strictest standards for high-tech environments.
UN approved: Transport packaging for hazardous liquids
UN-approved transport packaging from Faes offers maximum safety for hazardous liquids. The sturdy aluminium boxes are waterproof, stackable and reusable, with foam interiors that transport bottles and jars securely and leak-free. A sustainable and reliable solution for international transport.
Brainport Industries Campus chooses packaging optimization with Faes
Brainport Industries Campus chooses Faes to organise packaging flows in a smarter and more sustainable way. With uniform packaging and digital support via PackAssist, they ensure lower costs, fewer errors and maximum efficiency in the supply chain.
Infographic: The possibilities of system integration
System integration at Faes combines transport and demonstration in one smart solution. Electronic components such as lighting, screens and sensors are integrated into custom-made cases that are ready for immediate use and take your presentation to the next level.
Checklist: what to look out for in System Integration?
The system integration checklist provides you with quick insight into the functional and visual requirements of your customised case. This allows you to lay a solid foundation for a solution that perfectly matches your application and brand image.
What is system integration?
System integration brings electronic and technical components together in a single case that both protects and presents. The result is a customised solution that is ready for immediate use and takes your demonstration or training to a higher level of professionalism.
4PP: what is that anyway?
Fourth Party Packaging (4PP) revolves around outsourcing packaging management to a specialist who optimises the entire chain. It increases efficiency, reduces costs and supports sustainability by gaining control over packaging flows that often have an invisible impact.
What is a DOA?
Defect On Arrival (DOA) means that a product arrives damaged at the customer's premises, immediately incurring high direct and hidden costs. It reduces customer satisfaction, damages your reputation and can amount to as much as 5% of turnover. Good packaging solutions minimise this risk and protect both your margin and your customer relationship.
Smart Packaging: working together on the smart logistics of the future
Smart Packaging connects packaging with data and enables real-time insight into the supply chain. Sensors and smart algorithms make processes such as order picking and inventory management more efficient, while product quality is better monitored. Collaboration between partners such as Faes and Bright Cape accelerates the path to the logistics of the future.
Safely transporting lithium-ion batteries
Lithium-ion batteries are powerful but pose risks during transport, such as overheating and fire hazards. Faes offers safe, UN-certified packaging solutions that guarantee protection and compliance with international regulations. This allows you to transport batteries reliably and without worry.
A second life for our PE Foam waste
Faes gives PE foam waste a second life by shredding residual pieces and reusing them in applications such as underlays for artificial turf pitches. This reduces residual waste, lowers the carbon footprint and contributes to circular entrepreneurship.
Central or decentralized fulfillment: which suits your business best?
Centralised fulfilment offers economies of scale and more efficient stock management, while decentralised fulfilment responds to speed and proximity to the customer. The right choice depends on product type, logistics volume and service ambitions, but insight into and control of the supply chain always remain crucial.
How do I choose the best transport packaging for my product?
Choosing the right transport packaging involves more than just protection. Product characteristics, regulations, logistics routes and total costs all determine which solution is truly suitable. A well-considered approach prevents damage, saves costs and reduces your ecological footprint.
4 pitfalls in the development of industrial packaging
Many companies encounter pitfalls when developing industrial packaging. Packaging that is involved too late, incomplete requirements or a lack of expertise often lead to higher costs and inefficiencies. Early involvement and specialist knowledge enable you to avoid risks and increase the value of your product.
Packaging specialist as a partner in a Defense procurement process
The Ministry of Defence sets extremely high standards for packaging due to strict norms and varying transport conditions. By involving a packaging specialist early on in the tendering process, you increase the chance of approval, guarantee quality and limit risks.
From practice: this is how important FMEA is in product development
FMEA allows you to identify risks during the design phase and prevent costly errors in the logistics chain. By involving processes and stakeholders at an early stage, you increase the efficiency and reliability of your product and packaging.
Looking for inspiration for your new workout case?
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.
Royal interest in Enexis case by Faes
Faes' innovative Enexis case even caught the attention of King Willem-Alexander during the opening of the new Enexis headquarters. This aluminium training case makes complex energy networks transparent for both employees and young people and shows how technology and education come together in one smart solution.
Sustainability and reuse of packaging
Reusing packaging not only reduces the ecological footprint but can also result in significant cost savings. Through smart management, maintenance, and logistical agreements, we extend the lifespan of packaging, making sustainability both practical and profitable.
Here’s how to integrate your e-commerce business into your logistics process
A successful e-commerce process requires tight integration of logistics and packaging management. By making smart use of data, automation and transparency, you can reduce lead times and increase customer satisfaction.