Weeding Machine

Standard configuration：Weeding wheel, trenching plow, rotary tiller,Crushing knife

Product Core Positioning

The CE Certified Self-Propelled Power Management Machine is a multi-functional agricultural machinery specially designed for efficient field management. It integrates four core functions: weeding, furrow digging, rotary tillage, and grass chipping. It is equipped with four standard working tools and is suitable for various scenarios such as orchards, farmlands, and hillsides. It perfectly meets the mechanized management needs for various economic crops worldwide, helping farmers reduce labor intensity and improve operation efficiency.

Four standard cutting tools - all-round operation solution

1. Efficient Weeding Wheel: Made of high-strength manganese steel, with optimized tooth design, it can rotate at a speed ranging from 220 to 280 r/min, precisely clearing weeds between crop rows without damaging the roots of the crops, with an eradication rate of over 95%. The wheel diameter can be adjusted, suitable for different row spacings (50-90 cm), and is applicable to precise weeding scenarios in orchards and vegetable greenhouses.

2. Deep Plowing and Furrowing Harrow: Integrated forging process, adjustable furrow depth from 50 to 130 mm, uniform furrow width (30-50 cm), suitable for fertilization furrowing, drainage ditch excavation, and crop ridge formation operations; equipped with a soil retaining plate adjustment device (tilt angle 30-50 degrees), soil is compacted and leveled for reduction of secondary operations.

3. Multi-functional Rotary Cultivator Blade: Left and right are mirror-symmetrically arranged, with a 60-degree angle design, more uniform soil cutting, rotary depth up to 25 cm, capable of crushing compacted soil into loose particles, improving soil aeration; suitable for various soil types such as clayey red soil and sandy soil, especially suitable for land pre-treatment before sowing.

4. Powerful Weed Fragmenting Blade: Blade made of wear-resistant alloy material, sharp and strong, can quickly break down crop stalks and weed residues, the fragmented grass can be directly returned to the field to increase soil organic matter; the fragment size is less than 5 cm, avoiding weed regrowth, achieving ecological circular farming.

Core technological advantages enable efficient operations

- All-terrain adaptability: The climbing angle reaches 30°, enabling it to handle complex terrains such as mountains, hills, and greenhouses with ease, addressing the pain point of traditional agricultural machinery "small plots and inability to enter".

- Convenient operation design: Equipped with a user-friendly operation console and integrated control buttons, even the elderly and women can operate it with ease;

- Modular quick switching: Standardized tool interface design allows for the quick replacement of four types of tools (weeding wheels, furrow plows, etc.) without the need for tools, with a switching time of ≤ 5 minutes. One machine can meet the needs of multiple processes of operation, reducing equipment investment costs.

Safety Certification and Quality Assurance

It fully complies with the EU 2006/42/EC mechanical directive. It has passed CE certification (including ROPS anti-rollover and FOPS anti-fall protection), and all rotating parts are equipped with protective devices. The electrical system has an insulation resistance of ≥ 20 MΩ, ensuring the safety of operators.

The key components (cutting tools, engines) have undergone 1000-hour durability tests, with a low failure rate; the whole machine has a one-year warranty, the core components have a two-year warranty, and lifetime technical support and spare parts supply are provided to address the post-sale concerns of overseas customers.

Applicable scenarios and market value

It is suitable for the field management of various crops such as olive trees, grapes, citrus fruits, vegetables, and grains. It is particularly applicable to olive plantations in Spain, vineyards in Chile, and small-scale farmlands in many African countries. Compared to manual labor, the operation efficiency has increased by more than five times. It is the core equipment for promoting agricultural mechanization and large-scale planting.