Container Handling Equipment

Loose Package Conveyors

‘Intelligent’ handling systems for transferring packages between machines that form part of a packaging line, the conveyors can handle a wide variety of loose packages and include many innovative features for improved performance and flexibility.

Handling systems for primary packages are mainly used to interconnect single machines that are part of a production line. GEA designs and manufactures systems that, instead of simply transferring packages from one machine to another, use an ’intelligent automation’ approach to optimize the operation of those machines and to guarantee the efficiency of the whole line.

Specific installation requirements and peculiar package features determine, on a ’case by case’ basis, the technical operation of the conveyor systems to make sure that each package is transferred in the best way. The technology laboratory at GEA Procomac performs preliminary testing of ’difficult’ containers to determine the most appropriate method of handling.

GEA primary packaging conveyors have been designed to work with any type of containers (PET bottles, HDPE bottles, glass bottles, jars, cans…) with any shape (round, square, with and without handles) customizing layouts and production speed accordingly. The hygienic design is made exclusively from stainless steel.

The wide range of features include: pressureless aligners, multi-lane conveyors, dynamic accumulation tables, dividers for shaped containers from 1 to multiple lanes, tilting conveyors for hot fill bottles, an accumulation table FIFO without pressure from the bottles, and pad elevators/lowerators.

GEA is a specialist in automation systems for high-speed conveying lines for containers. As such it believes in the continuous development of line automation, an information network that transforms a group of machines into a high efficiency plant. The automation systems feature speed modulation using inverters (installed in the remote power board or near-field) to reduce power consumption and noise; dedicated electronics that reduce the overall footprint of the machine and synchronize master and slave machines at high speed; and Profibus, AS-I and Devicenet field networks that connect and manage all machines in the line. Remote field PLC devices are used to optimize installations that have a high concentration of inputs and outputs.

Smart Divider

The Smart Divider designed by GEA is used to distribute loose containers continuously from one inlet lane to ten discharge lanes each with a separate product of different shape and dimension.

The system has a strong stainless steel supporting frame that enables the system to work without stopping the total product flow and preventing the accumulation of product that can cause lane jams. The movement of the side belts is synchronized with the speed of the main conveyor of the divider. The side movement of the switching guides is controlled by a servomotor. Machine safety guards are made with transparent polycarbonate panels, accordingly to CE rules.

The changeover is made manually by selecting the new operating parameters from the operator panel using a hand wheel.

GEA 洞察

Josep Masramón and his daughter stand in front of their GEA batch milking installation.

批量挤奶如何支持现代奶牛养殖业

自动挤奶的最新发展引入了批量挤奶 – 一种在固定挤奶时间将奶牛分组挤奶的奶牛养殖实践,通常每天两次到三次。自动化技术正在帮助奶农克服近期的挑战,平衡奶牛场的奶牛福利、灵活性和可持续性,同时不断优化其成本结构并实现越来越高效的优势。

从稀薄的空气中

在许多国家/地区,获得安全用水和卫生设施体系仍然是一个挑战。由于饮用水不干净以及每天长途跋涉取水而生病,意味着许多儿童无法上学。GEA 通过与汉堡非营利组织 Viva con Agua 合作,使用一些非常神奇的技术帮助为坦桑尼亚的几所学校提供干净的水。

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