High-performance processing and attractive packaging of sliced products.
At IFFA, Weber presents a high-performance production line full of innovations for precise, efficient slicing of sliced products, presented in a sustainable wallet pack.
As the market leader for full solution lines in slicing applications, Weber is known for its integrated processing and packaging concepts. At the Weber IFFA booth, visitors were able to see for themselves that our wide range of solutions and services has far more to offer and that Weber customers can expect this “plus” from us in many respects as a system supplier and partner. A line solution for two-lane processing of sliced products such as raw ham or cooked ham as well as boiled and raw sausage, including a sustainable, visually appealing packaging concept, had several highlights and innovations in store. This line requires no compromises regarding performance even with demanding products such as raw ham: Efficiency and precision are unsurpassed and at a quality that is second to none. This is made possible by numerous technological equipment highlights of the line components and uncompromising integration.
Optimum preparation for the best slicing results.
One highlight of this line concept was revealed right at the beginning: the Weber weSCAN 5500 scanner integrated into the slicer. Precise scanning is critical for optimum and high-performance processing of raw material to achieve maximum yield. The weSCAN 5500 uses laser scanning technology that permits absolute scanning precision at a maximum scanning speed. Higher yields and perfect slices are the result of this technical masterpiece – a decisive advantage especially with uneven natural products such as bacon or raw ham. Thanks to the integration of scanner and slicer, food processing companies benefit from savings in line length and less effort for cleaning and maintenance. The open design of the scanner guarantees excellent accessibility and fast, efficient cleaning. The weSCAN 5500 is operated conveniently via the operating terminal of the slicer, which improves user friendliness and ensures optimum accessibility of the scanner.
Reliable, sustainable and high-performance packaging.
The Weber wePACK 7000 packages sliced portions reliably and sustainably. This thermoforming packaging machine sets new standards for output as well as quality, and the use of modern servo technology makes it extremely energy efficient. Servo technology is standard with the wePACK – so Weber largely overcomes the need to use expensive compressed air. One of the impressive highlights of the Weber thermoforming packaging machine is revealed inside the machine: the tool stroke, which has been specially developed for the requirements of the food industry. In addition to the high energy efficiency, the servo-driven stroke offers optimized process times – even with a variety of packing depths.
For printing the top film, the Weber weMARK has been integrated in this line concept – the fastest transfer unit for thermal ink jet print heads on the market. The integrated x/y traversing unit can also be used with all conventional ink jet printers. The display of the printer control panel can be mirrored conveniently onto the Weber HMI, which facilitates ergonomic operation without long walking distances as well as complete operation and print management from a single display. Naturally the new Weber x/y transfer unit comes with a standardized "no product, no print" function to reduce running costs. If the print head supports it, weMARK also permits bi-directional printing. In practice, food processing companies benefit from a reduction of process-related waiting times and maximized output.
To maximize the quota of ok packages, Weber has developed the new Portion Positioning Control (PPC). The camera-based system checks the portion positions in the infeed area. If portions are in an incorrect position, for example, around the sealing seams, and the placement of the portions therefore has to be corrected, the PPC transmits this information to the other line components such as the slicer, pick robot or infeeder by means of multidirectional communication. These components have the possibility to react to the information and incorrect position and adjust themselves correspondingly for the further production process.
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