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BigField system carrier: a single chassis compatible with multiple machines
BigField represents a significant advancement. It integrates a system of agricultural machines, enabling smooth and efficient operation of multiple devices. This innovation enhances work comfort in the field and reduces the cost of purchasing cultivation equipment.
BigField system carrier from Rolmako - the outcome of experience and the necessity for innovation
Agriculture is one of the most crucial and widespread activities. Without efficient crops, no global economy would function. Hence, the changes introduced in agriculture are significant. Building awareness and supporting pro-ecological attitudes, new crop cultivation methods, and eco-schemes highlight the importance of field work performed using machines. Innovations in the introduction of mulching devices, various types of harrows or rollers, and equipment for no-plow or ultra-shallow cultivation are the way forward in agriculture. A significant step toward improving work efficiency and ergonomics, saving money on new machinery, and advancing field work is the BigField system from Rolmako.
What is the BigField system?
The BigField system is an agricultural machinery solution designed with modularity and universal application in mind. Hydraulic suspension systems and innovative connections enable the module to be used with various tillage tools. The system's concept is based on the need to effectively use one chassis for multiple agricultural applications. Due to its modularity, users can easily adapt the machine to their needs by assembling two 4.0 m wide tillage devices into one set, depending on the specific agricultural task.
The modular system of connecting machines on a single chassis enhances cost savings and improves the efficiency of agricultural equipment utilization. Users avoid expenses related to multiple purchases of the chassis, braking system, and hydraulic folding system for transport. Moreover, the capability to use any 4.0 m wide mounted tillage machine with smaller tractors without requiring a chassis with a suspension system underscores the flexibility and versatility of this innovative system.
What machines are included in the BigField system?
The introduction of advanced agricultural machinery enhances cost efficiency, optimizing resource utilization. Technological solutions, including improved management of available cultivation equipment, enable precise and sustainable field management, reducing losses and resource consumption. BigField comprises a chassis and a series of essential cultivation machines for modern agriculture. Its modular structure significantly enhances and accelerates the use of various devices sequentially. Specifically, the innovative system includes a chassis with a tool-connecting system carier and two 4.0-meter-wide mounted machines.
Description of Devices Compatible with BigField and Their Modular Assembly Possibilities:
- Chassis with Tool Connection System
- The central element of the system is the chassis, which contains hydraulic suspension systems. It allows for the coupling of various tillage devices with a width of 4.0 m, enabling efficient use of the machine according to needs.
Mounted machines with a width of 4.0 m
- Compact seedbed cultivator U684: designed for pre-sowing tillage, ensuring effective and efficient soil cultivation
- Disc harrow U693: dedicated to harrowing tasks, essential for soil preparation before sowing and post-harvest soil processing
- Disc harrow U652: utilized for mechanical soil processing, weed elimination, and preparation for sowing as well as stubble cultivation
- Heavy disc harrow U671: specialized for deep tillage and soil preparation for advanced crops, e.g., post-harvest work in corn
- Universal cultivator U497: facilitates various tillage tasks, providing versatility in use.
Versatility and Modularity:
The BigField system carrier uniquely allows the use of various tools for tillage. Its modular design enables customization to specific needs without incurring additional costs associated with purchasing multiple chassis or suspension systems.
Thanks to a highly advanced tool connection system, users can adapt the machine to specific needs based on crop type, soil conditions, or farm specifics. Additionally, there is the possibility of modular installation of various tools without needing to purchase additional chassis or suspension systems. This innovative approach to agriculture permits cost savings and effective resource management.
Why is BigField the future in agriculture?
The introduction of modern technologies such as the BigField system is pivotal in innovative and modern agriculture. It is safe to say that the BigField system represents a crucial step toward prudent investment in tillage machines.
Optimization of Production Costs
- The increased share of mechanization costs in agricultural production necessitates strategies for cost reduction by incorporating modularity and universality of machines
- The BigField system carrier enables modular assembly of various tools, thereby optimizing machine usage based on needs, which reduces investment and storage costs.
Efficiency and Versatility
- Modern machines, such as those in the BigField system, are engineered for both efficiency and versatility
- The ability to connect different machines to one system facilitates various field tasks, including land preparation for sowing, universal disc cultivation, and deep cultivation.
Increasing Production Efficiency
- Modern technologies enable precise operations, resulting in increased production efficiency
- These systems also allow for quick adaptation to various soil and climatic conditions, essential for maintaining consistent production levels.
Minimization of Manual Work
- The adoption of modern modular machines significantly reduces manual labor, enhancing employee safety and allowing for a focus on more advanced production aspects.
Flexibility and Modularity
- The BigField system’s flexibility and modularity permit farmers to adapt machines to various needs and crop types, avoiding costs associated with purchasing multiple specialized machines and effectively utilizing one system.
Sustainable and Competitive Agriculture
- The implementation of modern technologies is crucial for sustaining agricultural competitiveness, particularly in response to European Union requirements and global trends
- Sustainable practices facilitated by efficient machinery use are vital for environmental health and the long-term viability of farms.
Summary – BigField system carrier
The BigField system carrier is a groundbreaking solution for agricultural efficiency and versatility. Its capacity to utilize multiple tillage tools simultaneously significantly enhances work efficiency, allowing farmers to perform various tillage operations in a single pass. This system enables farms to achieve notable time savings and reduced fuel consumption, leading to lower operating costs. Moreover, BigField contributes to improved crop quality and more effective soil management, making it an invaluable asset for sustainable and productive agriculture. The introduction of this system underscores the continuous technological evolution in agriculture, enabling farmers to optimize resource use and achieve superior results. The BigField system highlights the commitment to innovation and advancement in farming methods, addressing growing ecological and economic challenges in the industry.
The modular system of connecting machines on a single chassis enhances cost savings and improves the efficiency of agricultural equipment utilization. Users avoid expenses related to multiple purchases of the chassis, braking system, and hydraulic folding system for transport. Moreover, the capability to use any 4.0 m wide mounted tillage machine with smaller tractors without requiring a chassis with a suspension system underscores the flexibility and versatility of this innovative system.
What machines are included in the BigField system?
The introduction of advanced agricultural machinery enhances cost efficiency, optimizing resource utilization. Technological solutions, including improved management of available cultivation equipment, enable precise and sustainable field management, reducing losses and resource consumption. BigField comprises a chassis and a series of essential cultivation machines for modern agriculture. Its modular structure significantly enhances and accelerates the use of various devices sequentially. Specifically, the innovative system includes a chassis with a tool-connecting system carier and two 4.0-meter-wide mounted machines.
Description of Devices Compatible with BigField and Their Modular Assembly Possibilities:
- Chassis with Tool Connection System
- The central element of the system is the chassis, which contains hydraulic suspension systems. It allows for the coupling of various tillage devices with a width of 4.0 m, enabling efficient use of the machine according to needs.
Mounted machines with a width of 4.0 m
- Compact seedbed cultivator U684: designed for pre-sowing tillage, ensuring effective and efficient soil cultivation
- Disc harrow U693: dedicated to harrowing tasks, essential for soil preparation before sowing and post-harvest soil processing
- Disc harrow U652: utilized for mechanical soil processing, weed elimination, and preparation for sowing as well as stubble cultivation
- Heavy disc harrow U671: specialized for deep tillage and soil preparation for advanced crops, e.g., post-harvest work in corn
- Universal cultivator U497: facilitates various tillage tasks, providing versatility in use.
Versatility and Modularity:
The BigField system carrier uniquely allows the use of various tools for tillage. Its modular design enables customization to specific needs without incurring additional costs associated with purchasing multiple chassis or suspension systems.
Thanks to a highly advanced tool connection system, users can adapt the machine to specific needs based on crop type, soil conditions, or farm specifics. Additionally, there is the possibility of modular installation of various tools without needing to purchase additional chassis or suspension systems. This innovative approach to agriculture permits cost savings and effective resource management.
Why is BigField the future in agriculture?
The introduction of modern technologies such as the BigField system is pivotal in innovative and modern agriculture. It is safe to say that the BigField system represents a crucial step toward prudent investment in tillage machines.
Optimization of Production Costs
- The increased share of mechanization costs in agricultural production necessitates strategies for cost reduction by incorporating modularity and universality of machines
- The BigField system carrier enables modular assembly of various tools, thereby optimizing machine usage based on needs, which reduces investment and storage costs.
Efficiency and Versatility
- Modern machines, such as those in the BigField system, are engineered for both efficiency and versatility
- The ability to connect different machines to one system facilitates various field tasks, including land preparation for sowing, universal disc cultivation, and deep cultivation.
Increasing Production Efficiency
- Modern technologies enable precise operations, resulting in increased production efficiency
- These systems also allow for quick adaptation to various soil and climatic conditions, essential for maintaining consistent production levels.
Minimization of Manual Work
- The adoption of modern modular machines significantly reduces manual labor, enhancing employee safety and allowing for a focus on more advanced production aspects.
Flexibility and Modularity
- The BigField system’s flexibility and modularity permit farmers to adapt machines to various needs and crop types, avoiding costs associated with purchasing multiple specialized machines and effectively utilizing one system.
Sustainable and Competitive Agriculture
- The implementation of modern technologies is crucial for sustaining agricultural competitiveness, particularly in response to European Union requirements and global trends
- Sustainable practices facilitated by efficient machinery use are vital for environmental health and the long-term viability of farms.
Summary – BigField system carrier
The BigField system carrier is a groundbreaking solution for agricultural efficiency and versatility. Its capacity to utilize multiple tillage tools simultaneously significantly enhances work efficiency, allowing farmers to perform various tillage operations in a single pass. This system enables farms to achieve notable time savings and reduced fuel consumption, leading to lower operating costs. Moreover, BigField contributes to improved crop quality and more effective soil management, making it an invaluable asset for sustainable and productive agriculture. The introduction of this system underscores the continuous technological evolution in agriculture, enabling farmers to optimize resource use and achieve superior results. The BigField system highlights the commitment to innovation and advancement in farming methods, addressing growing ecological and economic challenges in the industry.
Description of Devices Compatible with BigField and Their Modular Assembly Possibilities:
- Chassis with Tool Connection System
- The central element of the system is the chassis, which contains hydraulic suspension systems. It allows for the coupling of various tillage devices with a width of 4.0 m, enabling efficient use of the machine according to needs.
Mounted machines with a width of 4.0 m
- Compact seedbed cultivator U684: designed for pre-sowing tillage, ensuring effective and efficient soil cultivation
- Disc harrow U693: dedicated to harrowing tasks, essential for soil preparation before sowing and post-harvest soil processing
- Disc harrow U652: utilized for mechanical soil processing, weed elimination, and preparation for sowing as well as stubble cultivation
- Heavy disc harrow U671: specialized for deep tillage and soil preparation for advanced crops, e.g., post-harvest work in corn
- Universal cultivator U497: facilitates various tillage tasks, providing versatility in use.
Versatility and Modularity:
The BigField system carrier uniquely allows the use of various tools for tillage. Its modular design enables customization to specific needs without incurring additional costs associated with purchasing multiple chassis or suspension systems.
Thanks to a highly advanced tool connection system, users can adapt the machine to specific needs based on crop type, soil conditions, or farm specifics. Additionally, there is the possibility of modular installation of various tools without needing to purchase additional chassis or suspension systems. This innovative approach to agriculture permits cost savings and effective resource management.
Why is BigField the future in agriculture?
The introduction of modern technologies such as the BigField system is pivotal in innovative and modern agriculture. It is safe to say that the BigField system represents a crucial step toward prudent investment in tillage machines.
Optimization of Production Costs
- The increased share of mechanization costs in agricultural production necessitates strategies for cost reduction by incorporating modularity and universality of machines
- The BigField system carrier enables modular assembly of various tools, thereby optimizing machine usage based on needs, which reduces investment and storage costs.
Efficiency and Versatility
- Modern machines, such as those in the BigField system, are engineered for both efficiency and versatility
- The ability to connect different machines to one system facilitates various field tasks, including land preparation for sowing, universal disc cultivation, and deep cultivation.
Increasing Production Efficiency
- Modern technologies enable precise operations, resulting in increased production efficiency
- These systems also allow for quick adaptation to various soil and climatic conditions, essential for maintaining consistent production levels.
Minimization of Manual Work
- The adoption of modern modular machines significantly reduces manual labor, enhancing employee safety and allowing for a focus on more advanced production aspects.
Flexibility and Modularity
- The BigField system’s flexibility and modularity permit farmers to adapt machines to various needs and crop types, avoiding costs associated with purchasing multiple specialized machines and effectively utilizing one system.
Sustainable and Competitive Agriculture
- The implementation of modern technologies is crucial for sustaining agricultural competitiveness, particularly in response to European Union requirements and global trends
- Sustainable practices facilitated by efficient machinery use are vital for environmental health and the long-term viability of farms.
Summary – BigField system carrier
The BigField system carrier is a groundbreaking solution for agricultural efficiency and versatility. Its capacity to utilize multiple tillage tools simultaneously significantly enhances work efficiency, allowing farmers to perform various tillage operations in a single pass. This system enables farms to achieve notable time savings and reduced fuel consumption, leading to lower operating costs. Moreover, BigField contributes to improved crop quality and more effective soil management, making it an invaluable asset for sustainable and productive agriculture. The introduction of this system underscores the continuous technological evolution in agriculture, enabling farmers to optimize resource use and achieve superior results. The BigField system highlights the commitment to innovation and advancement in farming methods, addressing growing ecological and economic challenges in the industry.
- Compact seedbed cultivator U684: designed for pre-sowing tillage, ensuring effective and efficient soil cultivation
- Disc harrow U693: dedicated to harrowing tasks, essential for soil preparation before sowing and post-harvest soil processing
- Disc harrow U652: utilized for mechanical soil processing, weed elimination, and preparation for sowing as well as stubble cultivation
- Heavy disc harrow U671: specialized for deep tillage and soil preparation for advanced crops, e.g., post-harvest work in corn
- Universal cultivator U497: facilitates various tillage tasks, providing versatility in use.
Versatility and Modularity:
The BigField system carrier uniquely allows the use of various tools for tillage. Its modular design enables customization to specific needs without incurring additional costs associated with purchasing multiple chassis or suspension systems.
Thanks to a highly advanced tool connection system, users can adapt the machine to specific needs based on crop type, soil conditions, or farm specifics. Additionally, there is the possibility of modular installation of various tools without needing to purchase additional chassis or suspension systems. This innovative approach to agriculture permits cost savings and effective resource management.
Why is BigField the future in agriculture?
The introduction of modern technologies such as the BigField system is pivotal in innovative and modern agriculture. It is safe to say that the BigField system represents a crucial step toward prudent investment in tillage machines.
Optimization of Production Costs
- The increased share of mechanization costs in agricultural production necessitates strategies for cost reduction by incorporating modularity and universality of machines
- The BigField system carrier enables modular assembly of various tools, thereby optimizing machine usage based on needs, which reduces investment and storage costs.
Efficiency and Versatility
- Modern machines, such as those in the BigField system, are engineered for both efficiency and versatility
- The ability to connect different machines to one system facilitates various field tasks, including land preparation for sowing, universal disc cultivation, and deep cultivation.
Increasing Production Efficiency
- Modern technologies enable precise operations, resulting in increased production efficiency
- These systems also allow for quick adaptation to various soil and climatic conditions, essential for maintaining consistent production levels.
Minimization of Manual Work
- The adoption of modern modular machines significantly reduces manual labor, enhancing employee safety and allowing for a focus on more advanced production aspects.
Flexibility and Modularity
- The BigField system’s flexibility and modularity permit farmers to adapt machines to various needs and crop types, avoiding costs associated with purchasing multiple specialized machines and effectively utilizing one system.
Sustainable and Competitive Agriculture
- The implementation of modern technologies is crucial for sustaining agricultural competitiveness, particularly in response to European Union requirements and global trends
- Sustainable practices facilitated by efficient machinery use are vital for environmental health and the long-term viability of farms.
Summary – BigField system carrier
The BigField system carrier is a groundbreaking solution for agricultural efficiency and versatility. Its capacity to utilize multiple tillage tools simultaneously significantly enhances work efficiency, allowing farmers to perform various tillage operations in a single pass. This system enables farms to achieve notable time savings and reduced fuel consumption, leading to lower operating costs. Moreover, BigField contributes to improved crop quality and more effective soil management, making it an invaluable asset for sustainable and productive agriculture. The introduction of this system underscores the continuous technological evolution in agriculture, enabling farmers to optimize resource use and achieve superior results. The BigField system highlights the commitment to innovation and advancement in farming methods, addressing growing ecological and economic challenges in the industry.
Why is BigField the future in agriculture?
The introduction of modern technologies such as the BigField system is pivotal in innovative and modern agriculture. It is safe to say that the BigField system represents a crucial step toward prudent investment in tillage machines.
Optimization of Production Costs
- The increased share of mechanization costs in agricultural production necessitates strategies for cost reduction by incorporating modularity and universality of machines
- The BigField system carrier enables modular assembly of various tools, thereby optimizing machine usage based on needs, which reduces investment and storage costs.
Efficiency and Versatility
- Modern machines, such as those in the BigField system, are engineered for both efficiency and versatility
- The ability to connect different machines to one system facilitates various field tasks, including land preparation for sowing, universal disc cultivation, and deep cultivation.
Increasing Production Efficiency
- Modern technologies enable precise operations, resulting in increased production efficiency
- These systems also allow for quick adaptation to various soil and climatic conditions, essential for maintaining consistent production levels.
Minimization of Manual Work
- The adoption of modern modular machines significantly reduces manual labor, enhancing employee safety and allowing for a focus on more advanced production aspects.
Flexibility and Modularity
- The BigField system’s flexibility and modularity permit farmers to adapt machines to various needs and crop types, avoiding costs associated with purchasing multiple specialized machines and effectively utilizing one system.
Sustainable and Competitive Agriculture
- The implementation of modern technologies is crucial for sustaining agricultural competitiveness, particularly in response to European Union requirements and global trends
- Sustainable practices facilitated by efficient machinery use are vital for environmental health and the long-term viability of farms.
Summary – BigField system carrier
The BigField system carrier is a groundbreaking solution for agricultural efficiency and versatility. Its capacity to utilize multiple tillage tools simultaneously significantly enhances work efficiency, allowing farmers to perform various tillage operations in a single pass. This system enables farms to achieve notable time savings and reduced fuel consumption, leading to lower operating costs. Moreover, BigField contributes to improved crop quality and more effective soil management, making it an invaluable asset for sustainable and productive agriculture. The introduction of this system underscores the continuous technological evolution in agriculture, enabling farmers to optimize resource use and achieve superior results. The BigField system highlights the commitment to innovation and advancement in farming methods, addressing growing ecological and economic challenges in the industry.
- The increased share of mechanization costs in agricultural production necessitates strategies for cost reduction by incorporating modularity and universality of machines
- The BigField system carrier enables modular assembly of various tools, thereby optimizing machine usage based on needs, which reduces investment and storage costs.
Efficiency and Versatility
- Modern machines, such as those in the BigField system, are engineered for both efficiency and versatility
- The ability to connect different machines to one system facilitates various field tasks, including land preparation for sowing, universal disc cultivation, and deep cultivation.
Increasing Production Efficiency
- Modern technologies enable precise operations, resulting in increased production efficiency
- These systems also allow for quick adaptation to various soil and climatic conditions, essential for maintaining consistent production levels.
Minimization of Manual Work
- The adoption of modern modular machines significantly reduces manual labor, enhancing employee safety and allowing for a focus on more advanced production aspects.
Flexibility and Modularity
- The BigField system’s flexibility and modularity permit farmers to adapt machines to various needs and crop types, avoiding costs associated with purchasing multiple specialized machines and effectively utilizing one system.
Sustainable and Competitive Agriculture
- The implementation of modern technologies is crucial for sustaining agricultural competitiveness, particularly in response to European Union requirements and global trends
- Sustainable practices facilitated by efficient machinery use are vital for environmental health and the long-term viability of farms.
Summary – BigField system carrier
The BigField system carrier is a groundbreaking solution for agricultural efficiency and versatility. Its capacity to utilize multiple tillage tools simultaneously significantly enhances work efficiency, allowing farmers to perform various tillage operations in a single pass. This system enables farms to achieve notable time savings and reduced fuel consumption, leading to lower operating costs. Moreover, BigField contributes to improved crop quality and more effective soil management, making it an invaluable asset for sustainable and productive agriculture. The introduction of this system underscores the continuous technological evolution in agriculture, enabling farmers to optimize resource use and achieve superior results. The BigField system highlights the commitment to innovation and advancement in farming methods, addressing growing ecological and economic challenges in the industry.
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