MILBOR PMC
2 products found

MILBOR PMC products

Packing

MILBOR PMC - 6-Scale Blueberry Weigh and Fill Machine

The 6-scale blueberry weigh and fill machine from G2 Evolution stands out as a trusted solution among blueberry producers and packaging firms due to its blend of high output and precise weighing capabilities. The system's flexibility allows for packaging into various container types and weights, achieving speeds of up to 110 punnets per minute. Its design emphasizes ergonomics, ensuring straightforward operation, cleaning, and maintenance. Constructed with durable components, it features an intuitive touch panel for control. Additional versions like 4, 10, 12, and 16-scale offer varied throughput capacities. This machine handles a broad range of fresh produce, including various berries, cherry tomatoes, and frozen fruits, enhancing overall productivity in packing lines. Milbor ensures technical and after-sales support, with service engineers ready to address customer needs swiftly.

Labelling and Conveying Systems

MILBOR PMC - Sorting Machine - Separating Conveyor

The MXM sorting machine, featuring a separating conveyor and diverter, is designed to optimize the packaging process of fruits and vegetables. It is a crucial element in dynamic lines that ensure precise weight verification of product packages. The system intelligently routes overweight and underweight packages to designated weighing stations, where manual adjustments can be made. By integrating with a check weigher, the diverter precisely directs packages along appropriate paths, aiding in reducing errors and maximizing efficiency. This semi-automatic setup is especially effective for packaging delicate items like raspberries, strawberries, vine tomatoes, and grapes, ensuring they are handled with care. By allowing differentiated paths based on weight accuracy, it not only helps in minimizing losses due to overfilling but also addresses underweight concerns, thus enhancing the overall reliability and efficiency of the post-harvest packing process.