Arracheuses de pommes de terre pour tracteur Bomet - Catalogue produits 2026

Bomet tractor-mounted potato diggers are designed for mechanised tuber harvesting, with vibrating and conveyor models suited to different work processes. Bomet is a family-run Polish manufacturer with thirty years of experience in machinery for soil preparation, sowing, cultivation and harvesting. Its production facility is located in Węgrów and covers over 25,000 m². The company works with steel and operating component manufacturers in Poland and across Europe to maintain controlled production standards. Over the years, the brand has expanded from Polish agriculture into markets across Europe, Asia, Africa, North America and South America, retaining trust, reliability and honesty as its core values. The Bomet range available on AgriEuro is intended for farmers and agricultural businesses looking for a configuration suited to their tractor, crop rows and preferred tuber discharge method.

The selection includes three types of tractor-mounted potato harvesting machines, designed to separate the soil from the tubers and deposit them on the field after digging:

• Bomet vibrating potato diggers with rear discharge: the oscillating screen helps separate the soil and conveys the tubers behind the machine. The rear layout deposits the crop along the worked path, making subsequent collection easier;
• Bomet vibrating potato diggers with side discharge: the vibrating system sifts the soil and deposits the tubers alongside the row. This configuration leaves the rear area clear and allows the crop to be collected along a side windrow;
• Bomet professional conveyor potato diggers: the conveyor carries the lifted material and supports the gradual separation of soil from the tubers. Its continuous transfer system meets the requirements of farms with more frequent harvesting cycles;

On AgriEuro, Bomet potato diggers can be selected according to their technical features, making it easier to identify the model best suited to the tractor, soil and intended harvesting method. The comparison should begin with tractor compatibility and then consider the separation and discharge systems.

• Harvesting system: vibrating versions use the movement of the screen to separate the soil; conveyor models transfer the material over a bar surface. The choice affects both the workflow and the final arrangement of the tubers;
• Discharge system: rear discharge deposits the potatoes behind the implement; side discharge forms a windrow next to the machine’s path. The position should be assessed according to manoeuvring space and the subsequent operations;
• Tractor connection: the three-point hitch category, PTO, lifting capacity and model requirements must be checked. Correct compatibility between the machine and tractor allows proper coupling and regular operation;
• Working width and row: the operating width must match the spacing between rows and the crop layout. Correct alignment allows the share to follow the row and lift the soil within the required strip;
• Digging depth adjustment: the digging level must be set below the tubers according to the manufacturer’s instructions. A suitable adjustment reduces the number of potatoes left in the soil and the volume of earth transferred to the separation system;

Depending on the model and frequency of operation, the vibrating versions range from hobby to semi-professional and professional levels. They are suitable for seasonal harvesting on plots of different sizes. Conveyor potato diggers are intended for professional applications and more continuous work cycles.

The Bomet range includes digging and separation systems designed for different field layouts and harvesting rates. The discharge direction determines where the tubers are deposited, while the vibrating or conveyor system controls the passage of the lifted material. Comparing the different types helps coordinate the tractor, rows, manoeuvring space and crop collection.

Bomet vibrating potato diggers with rear discharge work along the row using a share that lifts the soil and tubers. The material reaches the oscillating screen, where vibration helps the soil particles fall away and conveys the potatoes towards the rear of the machine. The rear discharge forms a windrow along the path just travelled, arranging the crop for subsequent manual or mechanised collection. This configuration is suitable when the field layout allows the crop to be collected behind the tractor without interfering with adjacent rows. Before starting work, the compatibility of the three-point hitch and PTO must be checked, together with the correct depth adjustment. The forward speed should also reflect the soil conditions and amount of material being lifted. The vibrating structure offers a practical solution for seasonal harvesting on small or medium-sized plots.

The factors to assess before choosing a model concern the crop path and compatibility with the tractor:

• Oscillating screen: it receives the material lifted by the share and helps separate the soil through its vibrating movement. The working rate must remain consistent with the soil conditions;
• Rear discharge: it deposits the tubers behind the machine along the worked row. This solution allows crop collection to be planned after the potato digger has passed;
• Working setup: hitch, depth and forward speed must be adjusted according to the model manual. Preliminary checks help keep the share on a uniform path;

Bomet vibrating potato diggers with side discharge combine row digging with an oscillating screen that separates the soil and moves the tubers towards the side of the machine. Side discharge creates a windrow outside the tractor’s path, leaving the area immediately behind it clear. This arrangement can be useful when the potatoes are collected alongside the row or when the available space requires precise crop placement. The choice should take account of the working direction, row spacing and surface available for manoeuvring. Connecting the machine to the tractor requires checks of the three-point hitch, PTO and lifting capacity specified for the model. Depth and speed should be adjusted according to soil conditions and tuber position. The side-discharge configuration is intended for professional applications requiring an orderly workflow between digging and collection.

When comparing models, it is useful to consider how the windrow is formed and how the machine follows the row:

• Side discharge: it moves the tubers to the side of the worked area and separates the windrow from the tractor’s path. The discharge direction should be coordinated with the sequence of passes across the field;
• Vibrating separation: the oscillating screen allows part of the soil to fall away as the material advances. The result also depends on the texture and condition of the soil at harvest time;
• Operating space: dimensions, headlands and row spacing influence the practicality of the side-discharge configuration. Assessing these factors in advance makes turning and consecutive passes easier;

Bomet professional conveyor potato diggers feature a transport system that carries soil and tubers after they have been lifted by the share. The conveyor bars allow the soil to fall away during transfer, while the potatoes move towards the discharge point in a continuous flow. This design is intended for farms that schedule recurring harvests and require productivity suited to larger plots. Model selection should consider working width, row spacing and tractor requirements. The three-point hitch, PTO, lifting capacity and manoeuvring space must also be checked. Share depth and forward speed affect the amount of soil loaded onto the conveyor. Correct adjustment reduces irregular passes and maintains a steady flow of material through the machine.

When comparing conveyor models, particular attention should be paid to material transfer and operating continuity:

• Separating conveyor: it transports the lifted material and allows the soil to fall through the spaces between the bars. The system carries the tubers to the discharge area without interrupting forward travel;
• Harvesting continuity: the flow along the conveyor is suited to repeated operations and larger agricultural plots. The setup must be adjusted according to the quantity of soil lifted;
• Operating compatibility: power, lifting capacity, connection and dimensions must be compared with the tractor specifications. This check should be carried out both before purchase and before field operation;

Purchasing a Bomet potato digger from AgriEuro combines technical product selection with dedicated delivery, spare parts and after-sales services. These services support the machine from receipt through to the requirements that may arise during harvesting seasons.

• Fast and free delivery: delivery is organised directly by the AgriEuro logistics centres through a coordinated operating chain. The service allows the potato digger to be delivered to the specified address without the shipping costs included in the offer;
• Option to order readily available spare parts: after purchase, the spare-parts diagram associated with the product is activated in the personal account. This tool simplifies the identification and ordering of components compatible with the specific Bomet model;
• Attentive and personalised after-sales support: AgriEuro support handles technical requests following delivery and coordinates any required work. The service includes product collection for repairs at the Central Workshop or AgriEuro Service Centres;

Compare the available models and purchase the Bomet tractor-mounted potato digger suited to your work from AgriEuro.

The choice begins with tractor compatibility and the preferred discharge method. The three-point hitch, PTO, lifting capacity, working width, row spacing and discharge system should all be compared.

Rear discharge deposits the tubers behind the machine, while side discharge places them alongside the worked strip. The choice depends on manoeuvring space, the direction of the passes and the planned potato collection method.

The share lifts the soil and tubers, then the oscillating screen helps separate the soil. The potatoes are finally deposited at the rear or side, depending on the machine configuration.

The material lifted by the share passes onto a bar conveyor that carries the tubers towards the discharge point. During transfer, part of the soil falls through the spaces in the conveyor.

The model requirements must be compared with the tractor’s three-point hitch category, PTO, power and lifting capacity. Weight, dimensions and the space available for the PTO shaft must also comply with the instructions in the respective manuals.

The depth should be set so that the share passes below the tubers, using the adjustments specified by the manufacturer. A setting that is too shallow may leave potatoes in the soil, while excessive depth increases the amount of earth lifted.

The speed should follow the model manual and be adapted to the soil, depth and amount of material. Steady forward travel helps the share and separation system operate continuously.

Suitability depends on the model instructions and the soil conditions at harvest time. Moisture, compaction, clods and stones affect digging and soil separation.

Before starting, the three-point hitch, PTO shaft, guards, working components and fasteners should be checked according to the manual. The field should also be inspected and the operating area kept clear.

After work, soil and residue should be removed while the machine is stationary and in accordance with the manufacturer’s instructions. Lubrication and checks on wear, tension and fasteners should follow the intervals specified in the model manual.