Tractor-mounted cultivators Bomet

Bomet tractor cultivators are agricultural implements designed for shallow soil cultivation, breaking up clods and preparing seedbeds. They can be used after ploughing to refine the soil, remove surface weeds and incorporate mineral fertilisers. Bomet is a Polish agricultural machinery manufacturer with over thirty years of experience. The family-run company is based in Węgrów, where its production site covers more than 25,000 m².

Over the years, Bomet has expanded its range with machinery for soil preparation, sowing, cultivation and vegetable harvesting. The brand operates in European markets and also distributes its equipment in Asia, Africa, North America and South America. Production combines the company’s family tradition with modern industrial technologies, with particular attention paid to the selection of steel and working components.

The Bomet cultivators available at AgriEuro are intended for farms and operators carrying out regular work on fields, large vegetable plots and land that has already undergone preliminary cultivation. The mounted structure allows the implement to be connected to a tractor and work the soil without PTO-driven components. The choice of model must take into account tractor power, working width, number of tines and required working depth.

At AgriEuro, Bomet tractor cultivators can be selected according to their technical features, making it easier to identify the implement best suited to the tractor, soil and type of cultivation. Comparing the specifications allows the combination of agricultural implement and tractor to be assessed correctly before purchase.

• Construction series: indicates the strength level of the frame and working components. A medium-light series meets the requirements of shallow cultivation and must be paired with a tractor offering suitable power and lifting capacity;
• S-shaped tines: the flexible profile produces a vibrating movement during travel, helping to break up clods and refine the soil. The point aligned with the tine attachment helps maintain consistent soil penetration;
• Working width and number of tines: the width determines the surface covered with each pass; the number of tines affects the distribution of the cultivating action. Both figures must be matched to the available power and the size of the plots;
• Tractor power and linkage: each model requires a specific power range and a particular three-point linkage. Checking compatibility in advance protects the frame from excessive stress and allows the tractor to maintain steady progress;
• Working depth: this depends on implement adjustment, soil consistency and the presence of support wheels. Adjustable wheels help maintain a consistent depth across the cultivated surface;
• Points and wear components: the end shares work in direct contact with the soil and must be checked periodically. On models equipped with replaceable components, changing the worn part restores the correct penetration capacity;

These implements are suitable for demanding hobby, semi-professional or professional use, depending on the specifications of the model and frequency of operation. They can be used to refine a plot after ploughing, prepare the soil before sowing or remove surface weeds. The power, weight and linkage values stated in the technical data sheet must be observed for every application.

The range available at AgriEuro includes Bomet spring cultivators designed to work the upper soil layer using flexible tines. The movement of the tines breaks up clods, removes weeds and helps incorporate mineral fertilisers into the soil. Selection should be based on soil conditions and compatibility between working width, implement weight and tractor power.

Bomet spring cultivators are designed to refine previously cultivated soil, partially break up clods and prepare the surface before sowing. The flexible tines oscillate as the tractor advances and repeatedly work the soil, also helping to uproot weeds and couch grass. The arrangement of the working components across several rows provides even coverage over the working width and leaves enough space for soil to pass between the tines. Support wheels, where included on the model, allow the depth to be adjusted and help maintain a more consistent level throughout the pass. Connection is made through the tractor’s three-point linkage and does not require PTO operation. Before choosing a model, compare the required power, linkage category, working width, weight, number of tines and depth stated in the technical data sheet.

Purchasing a Bomet tractor cultivator from AgriEuro provides access to detailed technical data sheets and allows models to be compared using verifiable specifications. Services dedicated to delivery, spare parts and technical support are also available after purchase.

• Fast, free shipping handled by AgriEuro logistics centres: orders are prepared at the company’s logistics centres and entrusted to selected carriers for delivery. Heavier implements are secured on pallets, with packaging suited to the dimensions and weight of the machine;
• Option to order spare parts that are always available: after purchase, the spare-parts diagrams associated with the product can be accessed through the AgriEuro account. This service helps identify the required component accurately and order parts compatible with the purchased model;
• Attentive, personalised after-sales support: AgriEuro provides technical support after delivery and information concerning the purchased product. Where necessary, support procedures may include collection of the implement and work at the central workshop or authorised service centres;

Compare the available Bomet tractor cultivators and purchase the model suited to your cultivation requirements from AgriEuro.

A Bomet spring cultivator is used to work the upper layer of soil that has already undergone initial preparation. The vibrating action of the tines breaks up clods, removes weeds and refines the soil before sowing. It can also help incorporate mineral fertilisers previously spread over the surface.

Selection should begin with the tractor power, three-point linkage category and lifting capacity. Working width, weight, number of tines, operating depth and soil consistency must then be considered. The values stated in the technical data sheet of each model must always be compatible with the tractor being used.

The required power varies according to the model, working width, number of tines and resistance offered by the soil. The technical data sheet specifies the power range recommended by the manufacturer. In addition to the available horsepower, the lifting capacity and geometric compatibility of the three-point linkage must be checked.

A spring cultivator is suitable for previously worked soil that requires refining, clod breaking or removal of surface weeds. The result depends on moisture, compaction and the amount of crop residue present. On very hard or previously uncultivated soil, preliminary work with an implement intended for deeper cultivation may be required.

S-shaped tines use the flexibility of their profile to oscillate as the tractor moves forward. This vibration produces a sequence of movements that break up clods and mix the upper soil layer. The shape of the tine also absorbs part of the impact encountered during cultivation.

The depth is set through the tractor linkage and, on equipped models, by means of the adjustable support wheels. Adjustment must be carried out on a stable surface and checked with a short test pass. Soil conditions, travel speed and implement setup may alter the actual working depth.

A spring cultivator generally performs shallower cultivation and has flexible tines positioned closer together. A rigid-tine cultivator uses stronger legs and may penetrate deeper into the soil, depending on the model’s construction. The former is intended for refining and seedbed preparation; the latter is used for operations requiring greater soil-breaking action.

A spring cultivator does not normally replace a plough for deep cultivation or breaking hard, previously uncultivated ground. It is mainly intended for refining previously worked soil and for shallow operations between primary cultivation and sowing. The correct sequence nevertheless depends on the soil, crop and agronomic technique adopted.

Maintenance includes periodic checks of the tines, points, bolts, frame, linkage and depth wheels. After work, soil and crop residue should be removed and the implement checked for deformation or loose components. Maintenance must be performed with the tractor switched off and the implement resting securely, in accordance with the model’s manual.

Spare parts associated with the purchased product can be identified using the spare-parts diagrams available in the AgriEuro account. Consulting the diagram makes it easier to recognise the component and reduces the risk of ordering an incompatible part. The after-sales support service can provide assistance if there are doubts about the correct code.