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Sorting technology
We are a company that specializes in the production of sorting technology for fruit. Our sophisticated systems enable effective pre-sorting of harvested fruit. By using our technology, farmers and producers can improve the quality of their produce and increase the efficiency of their harvesting processes.
Our sorting machines are designed to sort fruit based on size, color and ripeness, ensuring consistently high product quality. This not only saves time, but also reduces waste by selecting only the best fruit for sale. With our technology, we are helping to raise standards in fruit production while reducing the workload.
Our sorting machines are designed to sort fruit based on size, color and ripeness, ensuring consistently high product quality. This not only saves time, but also reduces waste by selecting only the best fruit for sale. With our technology, we are helping to raise standards in fruit production while reducing the workload.
Inquiry about sorting technology
Picking belt SB-001
In modern agriculture, where the quality and size of the fruit are becoming increasingly important for the market value, effective pre-sorting plays a decisive role. LIPCO sorting belts fulfill this task with flying colors and can be adapted to various LIPCO harvesting machines.
The SB-001 model is characterized by a sorting length of 0.60 m and is ideal as an entry-level model. It uses conical round belts to sort out damaged or undersized fruit. These are then discharged to the side. The width of the 15 round belts can be precisely adjusted using interchangeable spacer bushes, which enables flexible and efficient sorting.
The SB-001 model is characterized by a sorting length of 0.60 m and is ideal as an entry-level model. It uses conical round belts to sort out damaged or undersized fruit. These are then discharged to the side. The width of the 15 round belts can be precisely adjusted using interchangeable spacer bushes, which enables flexible and efficient sorting.
Picking arrangement SB-015
The LIPCO SB-015 sorting system is a state-of-the-art solution to meet the increasing quality requirements in the fruit trade. It makes it possible to precisely adjust the size, shape and firmness of the fruit as required and to ensure that only the highest quality fruit finds its way to the customer.
A special feature of this system are the round belts, through which damaged or undersized fruit falls and is efficiently sorted out via a special guide plate. The system offers three calibration levels for precise sorting. In addition, the width of the round belts can be precisely adjusted using interchangeable spacer bushes, allowing flexible adaptation to different fruit sizes and shapes.
A special feature of this system are the round belts, through which damaged or undersized fruit falls and is efficiently sorted out via a special guide plate. The system offers three calibration levels for precise sorting. In addition, the width of the round belts can be precisely adjusted using interchangeable spacer bushes, allowing flexible adaptation to different fruit sizes and shapes.
Picking arrangement SB-020
The LIPCO SB-020 sorting system is a key element in modern agriculture, especially in quality-oriented fruit processing. This device makes it possible to variably and precisely set and achieve the required quality criteria in terms of the size, shape and firmness of the fruit.
The system is designed to efficiently sort out damaged or undersized fruit. This is done by allowing them to fall through the specially arranged round belts and then discharged via conveyor belts attached to the side. The SB-020 offers four different calibration levels for sorting. The system is also flexibly adjustable; the support belts can be set to fruit sizes from 18 to 28 mm. The width of the round belts is adjusted using interchangeable spacer bushes, which enables precise and needs-based adjustment.
The system is designed to efficiently sort out damaged or undersized fruit. This is done by allowing them to fall through the specially arranged round belts and then discharged via conveyor belts attached to the side. The SB-020 offers four different calibration levels for sorting. The system is also flexibly adjustable; the support belts can be set to fruit sizes from 18 to 28 mm. The width of the round belts is adjusted using interchangeable spacer bushes, which enables precise and needs-based adjustment.
LIPCO GmbH
Manufacturer for municipal and agricultural technology
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Sorting technology
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LIPCO sorting technology
LIPCO sorting technology for fruit plays an essential role in modern agriculture. As technology has advanced, sorting systems have become increasingly efficient and accurate, enabling producers to sort their produce precisely according to required quality criteria. This includes aspects such as the size, shape and firmness of the fruit.
Effective pre-sorting of the harvested fruit is a critical step in the harvesting process. Here, the fruit is first collected and then passed through the sorting machines. Modern sorting machines use a combination of mechanical and optical technologies to evaluate the fruit. High-resolution cameras and sensors scan each fruit to assess its size, shape and, in some cases, internal quality such as firmness and ripeness.
Setting the quality criteria is a key aspect of this technology. Users can configure the machines so that they only allow fruit of a certain size, shape or firmness to pass through. This is particularly important as different markets and uses have different requirements for the fruit. For example, some retailers prefer larger fruit for direct sales, while other sizes may be suitable for processing or as ingredients in food products.
The ability to set these parameters variably offers several advantages. Firstly, it allows a high degree of flexibility. Producers can react quickly to changes in market demand by adjusting the sorting criteria. Secondly, it leads to a significant improvement in quality. By only processing or selling fruit that meets the specified standards, it ensures that customers consistently receive high-quality products.
In addition, this technology helps to reduce waste. By sorting out fruit that does not meet quality standards before packaging or transportation, resources are used more efficiently. This is beneficial from both an environmental and economic perspective.
Effective pre-sorting of the harvested fruit is a critical step in the harvesting process. Here, the fruit is first collected and then passed through the sorting machines. Modern sorting machines use a combination of mechanical and optical technologies to evaluate the fruit. High-resolution cameras and sensors scan each fruit to assess its size, shape and, in some cases, internal quality such as firmness and ripeness.
Setting the quality criteria is a key aspect of this technology. Users can configure the machines so that they only allow fruit of a certain size, shape or firmness to pass through. This is particularly important as different markets and uses have different requirements for the fruit. For example, some retailers prefer larger fruit for direct sales, while other sizes may be suitable for processing or as ingredients in food products.
The ability to set these parameters variably offers several advantages. Firstly, it allows a high degree of flexibility. Producers can react quickly to changes in market demand by adjusting the sorting criteria. Secondly, it leads to a significant improvement in quality. By only processing or selling fruit that meets the specified standards, it ensures that customers consistently receive high-quality products.
In addition, this technology helps to reduce waste. By sorting out fruit that does not meet quality standards before packaging or transportation, resources are used more efficiently. This is beneficial from both an environmental and economic perspective.
Sorting technology for quality control
Modern sorting systems can variably set the required quality criteria in terms of size, shape and firmness. This makes it possible to standardize products and meet consumer expectations.
Sorting technology with adaptability
The technology behind these systems makes it possible to make various settings to adapt to different types of fruit and quality standards.
Sorting technology to increase efficiency
By using sorting technology, companies can increase their efficiency, as manual sorting processes are time-consuming and less precise.
Sorting technology to reduce waste
Precise sorting prevents poor quality fruit from being sold, resulting in less waste.
Increase in productivity
Automated sorting systems can work continuously and at high speed, which significantly increases productivity compared to manual sorting.
