Universal Spring Harrows Grand Max Agro — Maximum Adaptability for Various Soil Cultivation Technologies

One of the main advantages of Grand Max Agro spring harrows is their versatility and adaptability to different agricultural technologies, soil types, and crop varieties. Thanks to interchangeable working elements, farmers can use a single harrow for multiple field operations, significantly reducing the cost of purchasing additional agricultural equipment.

Universal Grand Max spring harrows are effectively used for:

• pre-sowing soil preparation;
• moisture retention;
• stubble cultivation;
• mechanical weed control;
• harrowing winter and spring crops;
• organic farming;
• soil aeration;
• shallow soil loosening;
• care of young seedlings;
• mini-till technologies.

The key feature of Grand Max universal harrows is the ability to install different types of spring tines and working sections depending on the farm’s specific needs.

Working Element Options for Universal Spring Harrows

Straight Spring Tine 10x400 mm

The 10x400 mm spring tine is the standard and most popular configuration.

It is used for:

• intensive soil loosening;
• breaking hard soil crust;
• moisture preservation;
• seedbed preparation;
• efficient weed removal;
• stubble cultivation.

Advantages of the 10x400 mm straight spring tine:

• aggressive soil treatment;
• high-quality loosening;
• resistance to deformation;
• long service life;
• efficient operation on various soil types.

Straight Spring Tine 10x500 mm

The reinforced 10x500 mm spring tine is designed for more intensive operation and heavy-duty conditions.

Recommended for:

• heavy and compacted soils;
• operation after rainfall;
• fields with large amounts of crop residue;
• intensive mechanical cultivation.

Advantages:

• increased working length;
• deeper penetration;
• enhanced loosening effect;
• high productivity in difficult conditions.

Striegel Spring Tine 7x470 mm

The 7x470 mm striegel spring tine is ideal for delicate crop treatment and organic farming.

Used for:

• care of young crops;
• mechanical removal of thread-like weeds;
• harrowing winter crops;
• aeration of the topsoil layer;
• environmentally friendly farming.

Main advantages:

• minimal crop damage;
• effective weed control without chemicals;
• gentle impact on plants;
• high efficiency during early growth stages.

Striegel Spring Tine 6x470 mm

The 6x470 mm spring tine is designed for extremely delicate cultivation and sensitive crops.

Perfect for:

• vegetable crops;
• early seedlings;
• light soils;
• precise inter-row cultivation;
• organic production.

Advantages:

• gentle treatment of plants;
• minimal soil pressure;
• effective weed combing;
• efficient operation on young crops.

Tooth Sections

Additionally, Grand Max universal harrows can be equipped with tooth sections for more intensive mechanical soil cultivation.

Tooth sections are used for:

• intensive loosening;
• field surface leveling;
• operation on heavy soils;
• pre-sowing soil preparation;
• intensive stubble cultivation.

Advantages of tooth sections:

• high durability;
• effective clod breaking;
• even load distribution;
• stable operation in difficult field conditions.

One Harrow — Multiple Applications

Thanks to interchangeable working elements, Grand Max Agro universal spring harrows can replace several types of agricultural machinery.

This allows farmers to:

• reduce equipment purchase costs;
• increase machinery versatility;
• quickly adapt to seasonal field operations;
• use one harrow for different crops;
• improve overall farm profitability.

Universal Spring Harrows Grand Max — The Optimal Choice for Modern Farmers

Modern farmers choose Grand Max universal spring harrows because of:

• durable reinforced construction;
• compatibility with different spring tine types;
• high cultivation efficiency;
• minimal crop damage;
• compatibility with various farming technologies;
• long-lasting working elements;
• high field productivity.

Grand Max Agro universal spring harrows are a modern solution for efficient soil cultivation, moisture preservation, mechanical weed control, and increased agricultural productivity.