Solutions
Define the heat-treatment process around your beverage, throughput and production requirements.
The EZ_FPC 4000 example has a maximum flow of 4,000 L/h. An EZ_FPC 8000 can be designed for an 8,000 L/h requirement; other flow rates are available on request. These figures describe configurations, not the maximum capacity of the range or Tiko Innov. Product, thermal protocol, carbonation, utilities and layout define the solution.
Specify the product, packaging and treatment objective before selecting a solution. The process protocol and validation criteria must be defined for the actual application.
Discuss your projectThroughput, layout, utilities and the sequence of operations determine how treatment is integrated into an existing or new line.
The documented EZ_FPC configuration combines continuous flash pasteurisation, heat recovery, cooling and automatic carbonation.
Useful questions
The product, flow rate, temperatures and required holding time are the starting points. Utilities, cooling, heat recovery and integration with production complete the study.
Shelf life cannot be determined from the machine alone. It depends on the product, process protocol and packaging, and must be validated for the actual application.
Explore the range
We use exclusively high-quality Schneider Electric or Siemens industrial PLCs. All our automatic machines are remotely accessible through Ubiquity; this access is enabled as standard on the automatic EZ range. It uses the network connection available at your site.
A single machine has a 17-inch HMI. A combined system, such as EZCIP + EZF, uses a 27-inch HMI for greater comfort. Centralising control of both machines can save up to €15,000 depending on the configuration, compared with two separate control systems. The amount is specified in the quotation.
Let’s build what comes next
