Product Description
Greenhouse Vegetable Picking Machine: Intelligent Innovation, Supporting Efficient Agriculture
With the advancement of modern agriculture towards intelligence and automation, greenhouse vegetable picking machines, as the core equipment for improving production efficiency, are gradually replacing traditional manual picking methods. By integrating mechanical, hydraulic, sensing, and artificial intelligence technologies, this type of equipment not only achieves precise operations, but also significantly reduces labor intensity and costs. The following is a detailed introduction to its core features and technological advantages:
1. Product Overview
The greenhouse vegetable picking machine is designed specifically for greenhouse environments, using a structure that combines a self-propelled lifting platform with an intelligent robotic arm. It can flexibly shuttle through narrow work channels and adapt to crop layouts of different heights and densities. The device supports * * rail walking * * or autonomous navigation, and operators can complete movement and picking control without frequent up and down of the platform, greatly improving the continuity of operations.
2. Core Technology Highlights
Intelligent recognition and positioning system
Equipped with high-precision image recognition technology, the maturity, shape, and position of crops such as cabbage and green pepper are analyzed in real-time through machine vision, with a positioning error of less than 2 centimeters, ensuring precise grasping.
-Multi degree of freedom robotic arm:
Simulating human hand movements, combined with flexible grasping devices, can adapt to the physical characteristics of different vegetables (such as loose leaves of cabbage and crispy skin of green peppers), reducing the rate of picking damage.
Path planning and automation control:
Optimizing the picking path based on algorithms, reducing repetitive movements, and improving the efficiency of a single operation; Support remote control and automatic mode switching, adapted to complex environmental requirements.
3. Product advantages
Efficient and energy-saving: DC electric drive wheels combined with hydraulic lifting system, no external power dependence, long-lasting endurance;
Safe and reliable: scissor type main structure+telescopic workbench design, equipped with anti fall guardrails and self-locking devices to ensure the safety of high-altitude operations;
Flexible adaptation: Provides multiple lifting height specifications ranging from 1.5m to 5m, meeting greenhouse standards in the Asia Pacific region;
-Intelligent management: It can be connected to the greenhouse IoT system, synchronize environmental monitoring data (temperature, humidity, lighting, etc.), and achieve collaborative optimization of harvesting and environmental control.
4. Application scenarios
Large scale planting base: The daily picking volume can reach 2000-3000 pounds (such as chili peppers), meeting the fast supply chain demand from the field to the dining table;
High value crop management: suitable for refined planting scenarios such as colored peppers and fruit cucumbers, increasing product premium through non-destructive harvesting;
Labor shortage areas: reduce dependence on manual labor, solve seasonal employment problems, especially suitable for facility agriculture in remote areas.
The greenhouse vegetable picker is not only a milestone in agricultural mechanization, but also a key tool for promoting the transformation of facility agriculture into a "smart farm". Through technological innovation and scenario adaptation, more crop types will be covered in the future, further unleashing the potential of agricultural production
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