Insights into Smart Packaging and Logistics Solutions

Optimized packaging is important, but it is only one part of an economical and sustainable logistics decision. Next-generation Packaging Planning combines CAD-based packaging simulation with 8 automated compliance checks, material planning, costs, transportation, emissions, documentation, and digital approval. This transforms an isolated calculation into an end-to-end workflow - from product development to the approved packaging concept.

The smarter robots become, the more important the knowledge they use to guide their actions becomes. After all, a good packing pattern isn't based solely on geometry, but also on product protection, logistics, costs, ergonomics, and the requirements of the entire supply chain.

As of August 12, 2026, the PPWR generally applies directly within the EU, but not every requirement is already in effect today. This article distinguishes between immediate obligations and future design, labeling, and reusable packaging requirements, and translates them into an actionable work plan for industrial companies.

Less material, higher packing density, or better product protection: When optimizing packaging, every improvement often leads to new trade-offs. This article shows how companies can holistically evaluate costs, sustainability, logistics, and safety to make informed decisions.

Empty space looks harmless because it has no weight and rarely appears as its own line on a freight invoice. Yet every oversized carton, unstable pallet pattern and non-stackable load consumes capacity that the business has already paid for. This article shows how to make that hidden cost visible without treating product protection as an afterthought.

In 2026, European manufacturers will deploy several humanoid robots in industrial pilot projects, but there remains a wide gap between technical ambition and proven operational readiness. This market overview compares the leading providers based on publicly documented field tests, technical specifications, and their suitability for logistics. An evidence-based ranking shows who is currently in the lead and which systems are particularly well-suited for which tasks.

When packaging concepts are coordinated via email, the status of decisions quickly becomes scattered across attachments, email inboxes, and local files. A digital approval workflow consolidates versions, review steps, comments, and responsibilities into a traceable process. This article shows how industrial companies can manage this transition in a structured way, without simply digitizing a confusing paper-based process.

Packaging decisions are often made too late, when costly compromises are already difficult to reverse. Discover how CAD-based packaging planning helps manufacturers compare options earlier, improve container utilization, and turn fragmented decisions into a structured and traceable process. This article reveals why better packaging is not just about fitting more parts into a container, but about creating more efficient, robust, and future-ready supply chains.