In June 2019, the UK became the first major world economy to set a target for achieving net zero on greenhouse gas (GHG) emissions into law, with then Prime Minister Theresa May committing the UK to net zero emissions by 2050.

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Biochar technology shows promise in mitigating climate change and improving soil quality, as well as reducing waste and producing energy as a byproduct. But what exactly is biochar and what is it made of?

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The agricultural equipment market is undergoing a profound transformation, driven by technological advancements, changing agricultural practices, and the need for increased efficiency and sustainability. This blog explores the current trends and innovations in the agricultural equipment sector and examines how they are shaping the future of farming.

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In an era where technology permeates every aspect of our lives, it's no surprise that it has also made significant strides in transforming traditional agriculture into a smarter, more efficient industry.

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Limited resources and little foreign trade have fostered innovation in Israeli agriculture. Today, Israel’s agtech sector is second only to the US.

Near the Dutch village IJsselmuiden stands the world’s first robot sorting and packing line in cucumber cultivation. Last year, the Vahl brothers introduced this innovative robot line to improve the speed and quality of the sorting process and optimize personnel deployment.

It is a dynamic spectacle to see the sorting and packing line in full action in Vahl’s processing area. It starts with manually feeding the cucumbers, according to Dutch magazine In Greenhouses. The cucumbers slide over conveyor belts towards the weighing line. After determining the weight, the machine takes 3-dimensional photos of each fruit from above using vision technology. At that moment, the shape, thickness, length, and weight are recorded. This information is forwarded by the software to one of the seven robots hanging in a row above the conveyor belt. The gripper arms of these robots swiftly pick up each cucumber with their suction cups and stack them in crates next to the conveyor belt. The operator can set the desired crate and sorting via the machine’s dashboard.

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“With this system, we can easily switch between crates, which is beneficial as we serve many different customers. In the morning, we often use six or seven types of packaging,” says Kees Vahl. He knows it is efficient to process three sorts simultaneously. “If you set only one at a time, the robots stand idle too often.” The speed at which the robot arms move is astonishing. Picking and packing one fruit takes a maximum of one second. The sorting line can process twenty thousand cucumbers per hour and 140,000 per day when running at full capacity.

What is Holding Back Agricultural Robotics

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Labor savings

The choice for automation in greenhouse horticulture is largely about labor savings. As Vahl indicated: labor is becoming increasingly expensive, but reducing monotonous work is also a motivation for him. “This is the future. I prefer to deploy my people elsewhere rather than for packing. When the line runs optimally, we only need six people: two for feeding, two for manual packing, someone to prepare crates and boxes, and a process operator. Previously, fifteen people were sorting and packing.”