Request Equipment for Potato Cultivation

The TOPPA 800 Combi improves tuber quality by crushing haulm before harvest, enhancing skin set, storability, and reducing virus transfer while enabling efficient 8-row topping in combined operation.

The GRIMME RH 12 E / RH 16 E are compact receiving hoppers with PU spiral rollers, ensuring gentle crop handling, effective soil separation, and easy manual operation in limited space conditions.

The GRIMME SELECT 200 is a two-row elevator harvester with continuous overloading, offering gentle crop handling, advanced separation systems and efficient transfer to trailers.

The TOPPA 600 Combi ensures uniform tuber size and quality by crushing haulm before harvest, improving skin set, storability, and reducing virus transfer while enabling efficient, high-capacity, multi-row topping.

The GRIMME GB 430 is a 4-row belt planter for fast, gentle planting of varied tubers. It supports ridge and bed planting, reaches up to 10 km/h, and offers options like fertilisation, crop protection, and smart planting control.

Storage in bulk is an effective and economical way of storage. Effective because it is a direct ventilation system what means that 100% of the air distribution coming from the fan is forced to pass the product.

The GL 32 F convinces with the various options as hopper extension, fertiliser box, ridge shaping unit (cage roller or shaping board) or moving floor unit. Therefore it ideally suits the professional potato grower with smaller field sizes. The GRIMME professional planting element is the right choice for a very precise and even planting distance.

The GRIMME FA 400 front cultivator forms ridges without soil compaction, works with planters to reduce passes, and includes TS 420 for precise liquid seed dressing application.

The GRIMME WR 200 is a low-power windrower for potatoes and root crops, offering efficient soil separation, flexible deposit options and improved harvesting performance.

HT 400 is a 4-row haulm topper ensuring clean topping and smooth operation. It features adjustable flail speed, automatic depth control, and optional haulm distributor for even spreading, with precise contour hood guidance.

The GF 200 rotary tiller ensures optimal seedbed preparation for vegetables and potatoes, promoting uniform crop growth. It can convert to a rotary hiller, supports front or rear mounting, and works with tractors up to 165 HP.

GRIMME VARITRON 470 is a 4-row self-propelled harvester with high manoeuvrability, strong soil protection, a 7-ton bunker, multiple separator options, premium cab comfort, SmartView monitoring, and myGRIMME connectivity.

The GRIMME GL 410 is a lightweight, mounted, 4-row potato planter. The GRIMME professional planting element is the right choice for a very precise and even planting distance. Different setting options of the machine together with good calibrated seed enable a high planting speed. The chassis is integrated in front of the covering discs to reduce the required lifting power to a minimum.

GRIMME PRIOS 440 potato planter is a modular 4-row planter offering flexible setup, simultaneous soil cultivation and treatment application, hybrid ridge shaping for all soils, TerraProtect erosion control, and smart farming features with myGRIMME connectivity.

BF / BFL 400 forms beds as the first separation step. BF suits heavy soils with stones and clods, BFL shapes trapezoidal beds in light soils. Hydraulic stone protection ensures stability, support wheels maintain depth, and hydraulic folding allows fast field-to-field movement.

The GRIMME VARITRON 220 TERRA TRAC is a self-propelled 2-row harvester with rubber tracks, 2-tonne bunker and advanced separators, ensuring continuous harvesting, high stability, and gentle crop handling.

The HT 210 is a 2-row haulm topper with 2.10 m flail shaft, crushing and laterally discharging haulm to reduce blockages, improve separation and enhance harvesting efficiency in dense potato crops.

The GH 6 ridging hiller is designed for medium to large farms, ideal for 6-row potato planting with 75–91.4 cm spacing. It builds large ridges efficiently with low power use, supports soil adaptation, and enables effective, chemical-free weed control.