جديدة ماكينة حصاد الثمار Jagoda Raspberry & Blueberry Harvester JAGODA 300

Blueberry and Raspberry Harvesting with the JAGODA 300

For the berry cultivation, efficiency and precision are paramount. The JAGODA 300 blueberry and raspberry harvester emerges as promising unmatched productivity and top-quality yields for your berry operations.

- High Efficiency: The JAGODA 300 redefines efficiency with its innovative vertical shaking system, gently coaxing ripe berries from the bushes without causing damage. This delicate approach ensures minimally stressed plants and a remarkable harvest rate of up to 98% for blueberries.

- Minimize Fruit Loss and Enhance Product Quality: Our catcher plates design strategically encircles the blueberry bushes, minimizing fruit loss to an astounding 2-8%. These plates are adjustable to accommodate varying crown widths, ensuring optimal berry collection and preservation.

- Technical Specifications

Working speed: 0.5 to 2 kilometers per hour
Output harvest: 0.25 to 0.5 hectares per hour
Number of rotor picking heads: 2
Tractor capacity: Minimum 70 HP
Accuracy of harvesting: 95 to 98%


- Enrich Your Berries with a Dual-Fan Cleaning System: Two high-speed fans, operating at an impressive 1000 revolutions per minute, meticulously remove any leaves or impurities from your harvested berries.

- Experience Hassle-Free Berry Handling: The JAGODA 300 boasts a robust capacity to accommodate up to 20-30 fruit boxes on each side, totaling around 40-60 boxes. This ample storage capacity expedites the harvesting process and minimizes downtime.

- Adaptability to Suit Your Harvesting Needs : The JAGODA 300 caters to a diverse range of planting environments, including open fields, raised beds, trellis systems, and even containerized plantations. Its adaptability ensures seamless harvesting operations regardless of your cultivation setup.

- Single-Drop Fruit Delivery System: Protects fruit quality during the harvesting process

- Integrated Mini Sorting Table: Enables on-platform pre-sorting for cleaner, high-quality blueberries directly during harvest.

- Experience the JAGODA 300 Advantage : Embrace the JAGODA 300 blueberry and raspberry harvester and elevate your berry cultivation operations to unprecedented heights. With its unmatched efficiency, minimal fruit loss, and exceptional fruit handling, the JAGODA 300 is the catalyst for your berry success.

- The system is designed to enhance blueberry harvester operation by automating positioning and height control, reducing operator workload, and ensuring optimal harvesting conditions. It consists of independent but complementary Auto-Guidance and Height Control systems

1. Auto-Guidance System (Self-Steering and Track plantation rows): The Auto-Guidance System ensures the blueberry harvester follows plantation rows with automatic steering. It incorporates advanced 4 electromechanical sensors. To enhance stability and precision while preventing unnecessary movement deviations. Operators benefit from a pre-controller with visual indicators, allowing seamless switching between manual and automatic control, ensuring both precision and ease of use.

2. Height Control System (Ground-Adaptive Conveyor Height Adjustment)
The Height Control System ensures optimal conveyor positioning for efficient blueberry harvesting by dynamically adapting to terrain variations. It utilizes sensor plates to detect ground changes, triggering hydraulic adjustments for precise height control. Built-in safety features prevent accidental activation during maintenance and detect obstacles to avoid potential damage. Operators can seamlessly switch between manual and automatic control, with automation reactivating as needed.

3. Control System & Signal Processing
The Control System ensures seamless automation by processing sensor inputs for precise harvester adjustments. A relay-based controller interprets signals from the auto-guidance and height control systems, activating for necessary corrections. Operators can manually override automation, with the system reactivating automatically when sensor conditions are met, maintaining a balance between manual control and automated efficiency.