{# Organization structured data (JSON-LD). `@id` makes this the canonical PMG Organization entity on the site — every Article/Service/JobPosting/etc. that needs to reference the publisher links here via `{"@id": ".../#organization"}` instead of duplicating the name+logo dict, so Google's Knowledge Graph + AI answer engines see one entity, not parallel near-duplicates. `sameAs` lists the social profiles (mirror Footer.html links) — the primary entity-disambiguation signal; an empty array was the #1 weakness flagged by the entity audit. `founder` references the Person entity emitted on About.html. #} {# WebSite + SearchAction. `@id` lets per-page schema reference the site as `isPartOf`. SearchAction tells Google to render the Sitelinks Search Box on branded SERPs (https://schema.org/SearchAction). #} {# Branch by table_name — APTED is the catch-all view for Article, Product, Service, Technology, About, etc. The old hardcoded "Article" emitted Article schema for every type (Product pages lost rich-result eligibility for Offers; Service pages couldn't show as Service rich results; AI engines mis-classified them as articles). Service*/Product* group + category pages use the same shape as their leaf type since they're an index page for that taxonomy branch. #} {# Article-shaped content: Article, Presentation, Newsletter, EngineeringTemplate, TechnicalGraphic, NonTechnicalGraphic, Video, About, AboutGroup, Technology, TechnologyGroup, TechnologyCategory, eLearning. #} {# Per-page-type FAQ — populated only when the CMS has FAQ rows scoped to this table_name (FAQ.page set in admin). Each Q→A becomes an answer-engine-extractable unit. #} {# Title / description fall back to brand defaults when the caller's value is empty (e.g. a CMS row with a null `title`). Without this pages render `
In the food industry, the efficient handling of products is crucial for maintaining productivity and cost-effectiveness. Palletisers and depalletisers are vital tools that automate the process of stacking and unstacking products, playing a significant role in food processing and logistics. This article explores their functionality, benefits, and their growing significance in the food industry.
Palletisers are automated machines designed to stack products onto pallets in a structured and stable manner. Commonly utilized across manufacturing, warehousing, and logistics sectors, these machines bring immense value by:
On the flip side, depalletisers efficiently automate the removal of products from pallets, easing the further processing stage. These machines are pivotal in:
Palletisers and depalletisers significantly contribute to the food industry by moving products in bulk, particularly those in packaged form. They process a range of food products including:
The primary goal of palletisers is to create a stable load by stacking products onto pallets. This process begins with products on a conveyor belt, where they are picked up by automated arms or grippers and placed onto a pallet in a predefined pattern. Once the desired height is reached, the pallet is secured with stretch film.
Conversely, depalletisers focus on removing products from pallets. Utilizing automated arms or grippers, these machines transfer products to conveyor systems for subsequent processing. Empty pallets are then conveyed for storage or reuse.
The global market for palletisers and depalletisers is on an upward trajectory. The demand for automation in the food and beverage sector, pharmaceuticals, and logistics is propelling this growth. Key contributing factors include:
Notably, the Asia Pacific region, especially countries like China and India, is experiencing considerable market growth due to the rapid expansion of food and beverage and pharmaceutical industries.
Palletisers and depalletisers are indispensable in the food industry, offering numerous advantages in efficiency, cost reduction, and automation. As the demand for automated solutions continues to rise, these machines will remain critical in enhancing operational capabilities across sectors.