Microline EVO6 case packer modular platform for industrial packaging
Microline introduces the EVO6 modular case packer for the tissue and personal care sectors ahead of INDEX 2026 in Geneva.
www.microlinesurgical.com
Microline will present the EVO6 case packer at the INDEX 2026 exhibition in Geneva, scheduled for May 19 to 22 at booth 4057. This equipment is built on a modular platform designed to address packaging requirements in the tissue, personal care, and food industries. Unlike a standard product update, the EVO6 is a separate technical solution that will operate alongside the existing ROM 600 and 600 Maxi series. During the exhibition, the machine will be demonstrated as part of a fully automated line, featuring an infeed system for cotton pads connected to a flow-wrapper from ACM Engineering.
Technical Mechanisms for Case Forming and Handling
The design of the EVO6 focuses on positive case forming to ensure controlled erection of packaging materials. This mechanical solution reduces the frequency of production interruptions caused by case deformation or erection errors by minimizing stress on the blanks during the forming stage. The machine also utilizes a top-down stacking system, which is intended for handling soft or non-self-supporting products. This configuration provides stability during the insertion of packs into the case. Additionally, the integrated stacking design removes the requirement for a dedicated magazine, which results in a smaller machine footprint and a simplified architectural layout.
Operational Efficiency and Accessibility
The EVO6 is engineered to maintain production continuity through a continuous loading system. Operators can restock case blanks without interrupting the machine cycle, provided blanks remain available in the system. The internal layout is designed for ergonomic access to work areas, facilitating faster maintenance, cleaning, and collation changeovers. These design choices are aimed at reducing downtime and streamlining the transition between different product formats.
Mechatronic Design and Drive Control
The drive system of the EVO6 follows a mechatronic approach that integrates mechanical, pneumatic, and electronic components. Mechanical and pneumatic systems are employed for repetitive, high-frequency movements to ensure durability and consistency. In contrast, servo-drive systems are utilized to provide the necessary flexibility for varying product specifications. This combination allows for synchronized and repeatable movements while limiting the complexity of the electronic architecture, contributing to the overall reliability of the packaging process.
Edited by an industrial journalist, Lekshman Ramdas, with AI assistance.
www.microlinesrl.com
