#PackagingEngineering #LubeOilPlant #ManufacturingOperations #QualityManagement #Automation #Lubricants #shahnewajenayetkarim

Beyond the 1500°C furnace, the synchronized speed of the IS machine and precise mold temperature control dictate the glass wall thickness distribution and thermal shock resistance. #glassmanufacturing #packagingengineering #supplychain #glassbottlefactory #bottlingline

Behind every reliable FMCG supply chain is a heavy-industrial dance governed by thermodynamic precision. 🌐🔥 #supplychain #packagingengineering #manufacturing

That’s where many sustainability innovations quietly fail. And that’s the kind of ground-level testing we spend most of our time thinking about. Still learning every week. #SustainablePackaging #ClimateTech #MaterialsInnovation #PackagingEngineering #SupplyChain #biotech

A liquid pouch that performs well in production
can still fail during transportation. Common transport-related stress factors include: • Repeated drops and vibration
• Compression from stacking
• Temperature fluctuations
• Long shipping cycles, especially for overseas transport These conditions place continuous stress on seals, materials, and structures. Packaging design that ignores transportation reality often leads to unexpected leakage or deformation. A reliable solution must account for the entire journey, not just the filling line. Understanding transport risks early allows packaging structures to be designed for durability, not just appearance.   #LiquidPackaging #PackagingLogistics #TransportPackaging #SupplyChain #PackagingEngineering

Leakage in liquid packaging rarely has a single cause. In practice, leaks are usually the result of interactions between materials, pouch structure, converting, filling equipment, and distribution conditions.   That’s why a pouch can look perfectly sealed right after production— but fail later after stacking, compression, vibration, or long-distance shipping.   Where leaks typically originate 1) Materials & product compatibility   Heat-seal layer selection and compatibility (sealant chemistry, COF/slip additives, coatings/varnish)   Chemical interaction with the liquid (pH, solvents, oils, surfactants, alcohol, flavor compounds)   Product temperature, viscosity, particulates, and foaming behavior affecting seal cleanliness and stress   Sustainability-driven material changes can introduce new risks: replacing traditional structures with recyclable/eco alternatives (e.g., mono-materials, downgauged films, bio-based layers) may narrow the sealing window, reduce barrier/chemical resistance, or change friction behavior—leading to leakage if the material is not truly fit-for-use   When material specs and pouch-making discipline aren’t strict enough (incoming QC, lamination consistency, sealant cleanliness, process control), even “minor” variation can become severe leakage in liquid packs   2) Pouch structure & design details   Seal width and geometry (corners, bottom gusset, stress concentration points)   Fitments/spouts and their bonding method   Lamination structure and stiffness balance (too rigid → crack risk; too soft → creep under load)   Weak points created by notches, laser scoring, perforations, or folds   3) Converting & sealing process   Temperature / pressure / dwell time and temperature uniformity across jaws   Jaw alignment, sealing surface condition, cooling profile, and cutting/knife impact   Contamination control (powder, droplets, oil mist, dust) and web handling issues   4) Filling line & equipment-related stress   Filling nozzle splash/dragging causing micro-contamination at the seal area   Clamping, gripping, or pouch handling that introduces local deformation   Internal pressure changes during filling/capping, or squeeze forces on the line   Mis-match between pouch design and the forming/filling/sealing mechanics   5) Distribution, storage & real-world use   Compression during stacking, vibration in transport, drop/impact, altitude/pressure changes   Hot/cold cycles, freeze–thaw, long-term creep under load   How end users actually carry, squeeze, and store the pouch   Leak prevention is not about “sealing harder.” It’s about aligning materials structure process equipment usage conditions—early.   In many cases, the fastest path to root cause requires joint troubleshooting with: the converter, technical/engineering teams, and the filling/packaging machine supplier—because a leak is often born at the interface between these systems.   Addressing the full chain upfront reduces downstream risk, shortens debugging cycles, and avoids costly rework.   If you’re facing recurring leaks, share your pouch structure, filling conditions, and shipping scenario. We can help you build a cause map and narrow down the true root cause—across materials, conversion, and equipment. #FlexiblePackaging #LiquidPackaging #PackagingEngineering #SealIntegrity #SustainablePackaging #RecyclablePackaging

In liquid packaging, material choice is rarely about a single layer — it’s about how multiple layers work together as a system. Common structures often include combinations such as PET / NY /AL/PE, each playing a specific role: • PET – surface strength, printability, dimensional stability • NY (PA) – puncture resistance and toughness during transportation • AL – high barrier against oxygen, moisture, and light • PE – sealing layer, chemical resistance, compatibility with liquids For liquid products, barrier performance is not optional.
It directly affects shelf life, product safety, and transport reliability. As a solution provider, we don’t look at materials individually —
we look at how the structure behaves under real conditions: filling, squeezing, stacking, shipping, and repeated consumer use. Understanding material logic early helps brands avoid over-design, under-design, and costly revisions later. #LiquidPackaging #FlexiblePackaging #PackagingEngineering #PackagingDesign #BarrierPackaging

Board wrapping—vertical column design as an alternative to orbital systems #PackagingEngineering #BoardHandling #EndOfLine #ContinuousImprovement #Manufacturing #Intralogistics

📢 Recyclium will be attending The 2nd Asia Green Packaging Innovation Summit 2023, organised by @ECV_Int and sponsored by @recyclium in #Singapore 🇸🇬 @pascal_siegrist, our Founder and CEO will be one of the speakers. we will be delighted with your presence. 💻 Online and Offline 📅 October 18-19 📍 Singapore Discover insights from over 15 keynote speakers, including representatives from leading organizations like @TOMRAGroup, @Unilever, @CocaColaPH, @PVM_Official, @recyclium, @Henkel ,@Microsoft and many more. They'll be sharing best practices and innovations in green packaging, recycling, and the circular economy. Let's work together towards a more sustainable future. 🤝 💚 🎫 Interested in attending? Learn more and register: t.ly/1NGIh See you in Singapore 🇸🇬 #GreenPackaging #Sustainability #Recycling #CircularEconomy #InnovationSummit #PackagingEngineering #ESG #AsiaEvent #Recyclium #SustainableFuture #exhibition

To celebrate Women in Engineering Day, we asked some of the many women who contribute to our success to share what they like most about working in an engineering field. Here's what they had to say! 👇 #WomenInEngineeringDay #WomenInEngineering #PackagingEngineering

E-commerce distribution is booming! CPULD has invested in state-of-the-art sensors from Lansmont Corp. and look forward to helping companies learn more about the behavior of their packages during e-commerce distribution. #VT #sensors #ecommerce #packagingengineering #palletlife

Packaging engineers, what if you could quickly measure the total downstream impact of your design decisions, down to the cent and ounce of CO2e? #packagingengineering #scope3 #simulation

Packaging Manager, Amanda Tran, was featured in @ConstructionMag! Give it a read below to learn more about Amanda, and packaging engineering in the construction space. #PackagingEngineering #Manufacturing constructionexec-pageviewer.…

Our Learning Shares provide unique #packaging insights from our experts. Senior Packaging Engineer Barry Davis describes the value in hearing from #packagingengineers with diverse backgrounds in our monthly webinars. #PackagingIndustry #PackagingEngineering #PackagingSolutions

#Sustainability is a work-in-progress for many brands in a variety of industries. Read about the actions brands are taking and the benefits of #reusable #packaging in this @PackagingWorld article. ⬇️ bit.ly/3GI7SzV #PackagingIndustry #PackagingEngineering #PackDev

We're officially on Day 2 of the 2021 AutoPack Summit and have already learned so much. Will you be here today? Stop by to say hey if you haven't already! #ipspackagingandautomation #ipspackaging #AutoPack2021 #packaging #automotivepackaging #packagingengineering

As an alternative to Pack Expo this year, we're having a night of trivia, drinks, and mingling, allowing you and other #packaging professionals to socialize & network in a relaxed, virtual setting. Sign up today: bit.ly/3lxke45 #PackagingIndustry #PackagingEngineering

#technology #packagingengineering #brandingidentity #businesssuccess #newpackaging #automaticpackagingmachines #packagingtechnology #packagingbusiness #packagingtech

📹 TAEVision 3D Mechanical Design Industrial Packaging Package Design Modeling Rendering Dynamics PackagingEngineering PackagingFoam ProtectivePackaging

I've searched out on Google and here on LinkedIn and contacted 3 #packagingengineering firms asking them to come on my Explaining Hemp broadcast on Saturday and NO ONE has gotten back to me. I'm beginning to worry that I won't find a #packaging #expert b…lnkd.in/eyui9gn