Exhibition
Step into Cognitive Manufacturing
The IMA Ever‑Evolving System invites you into a new era of manufacturing.
Compact, Integrated, and Highly Versatile
The AIO C All‑in‑One Case Packer is a compact solution that brings together multiple end‑of‑line operations within a single system: forming cases from flat blanks, loading products, closing the cartons, and packing them into the outer case.
By integrating several packaging processes into one machine, the AIO C streamlines production flow, minimizes the overall footprint, and enhances operational efficiency.
This system is particularly well‑suited for manufacturers with limited space or those seeking to optimize their workflow. It delivers high performance, exceptional flexibility, and advanced automation—without the complexity of multiple standalone units.
The full integration of operations reduces handling requirements, minimizes downtime, and ensures a smooth, uninterrupted packaging process.
Maximum Flexibility for Carton and Product Formats
The AIO C system accommodates a wide range of formats for both inner and outer cartons, including trays, display boxes with tear‑off lids, hooded cases, RSC cases, and more.
The carbon-fiber robotic pick-and-place unit ensures fast and precise handling of many different products, such as thermoformed packs, bags and doybags, flowpacks, cans, jars, pots, and sachets
Production plant
IMA Mespic
Case forming, filling, and closing of both inner and outer cartons within a single compact frame.
For a continuous and reliable production flow
Ergonomic & Accessible Design: enhances operator safety and simplifies routine maintenance.
Cases formed from flat blanks, reducing overall dimensions and optimizing the carton costs
Integrates check weigher and labelling devices
Supports multiple case sizes and flavour combinations with minimal operator intervention.
With its compact footprint, advanced automation features, and outstanding versatility, the AIO C represents the ideal all in one case packing solution for modern manufacturing environments requiring flexibility, reliability, and efficient use of space.
