Electric binding machines for vineyards with 50 W power

The electric battery-powered vineyard tying machines are designed to facilitate and speed up work in vineyards, ensuring a quick and secure tying of shoots, reducing the time and effort required compared to traditional manual techniques. Vineyard tying machines are particularly useful for those managing large vineyard areas, allowing for neat rows and promoting optimal plant growth.

Within the category of vineyard tying machines, two main types of products stand out:

• Tying machines with integrated battery: This type of tying machine is equipped with an integrated battery in the machine, making it particularly convenient and manageable for prolonged use. They are ideal for tasks that require a certain autonomy without the need to frequently change the battery.
• Tying machines with backpack battery: These tying machines are equipped with an external battery usually worn as a backpack. This configuration reduces the weight of the machine, making it lighter and more manageable, especially during intensive use over large areas.

The battery-powered vineyard tying machines are used to tie vine shoots quickly, precisely, and securely, optimizing viticulture and therefore wine production. These tools are indispensable for those working in the wine industry, both at a hobbyist and professional level, as they ensure efficient work, significantly reducing the time needed to complete tying operations compared to traditional manual methods.

These devices are suitable for different levels of use:

• Professional tying machines: For wineries and farmers with large vineyard extensions, tying machines allow for time and resource optimization, ensuring continuous and uninterrupted work.
• Semi-professional use: For medium-sized vineyards, where productivity is important but maximum performance of a professional machine is not required.
• Hobbyist/domestic use: Even small growers can benefit from tying machines, especially in family or small vineyards, where manual work would be too long and tiring.

Tying machines are particularly useful during the vine's growth phases, when it is necessary to support and direct the shoots along the rows to promote proper plant development and better exposure to sunlight. This not only improves the quality of the grapes but also reduces the risk of damage to the shoots caused by wind and weather.

The electric battery-powered vineyard tying machines consist of several essential components that work together to ensure efficient and reliable operation during tying operations. Each component has a specific role designed to optimize the machine's performance and ensure precise and durable tying.

• Machine body: It is the main element of the tying machine, made of durable materials such as reinforced plastic or lightweight metal to ensure durability and manageability. The ergonomic design facilitates grip and prolonged use, reducing operator fatigue.
• Power system: Vineyard tying machines can be powered by integrated batteries or external backpack batteries. The power system is designed to provide the necessary energy to the machine, ensuring sufficient autonomy to complete tying operations without interruptions.
• Electric motor: The heart of the tying machine is the electric motor that powers the tying mechanism. The motor's nominal power, expressed in watts, varies depending on the model, determining the ability to perform quick and precise ties. Tying machines can have motors with power ranging from 5 to 193 watts.
• Tying mechanism: This component is responsible for tying the shoots. It can be adjusted to vary the tension and length of the tie according to the specific needs of the vineyard. Advanced models offer different levels of adjustment ranging from 4 to 6 levels to adapt to various working conditions.

The vineyard tying machines operate through an electromechanical system that automates the process of tying shoots. The machine's operation begins with the activation of the electric motor that powers the tying mechanism. Once the operator grips the tying machine and positions it on the shoot to be tied, the motor activates the mechanism that wraps a wire around the shoot and the support, creating a secure and stable tie.

The tying process is modulated by a regulation system that allows adjusting the wire tension and the length of the tie according to the specific needs of the vineyard. In more advanced models, it is possible to choose between different levels of adjustment ranging from 4 to 6. This allows for optimal tying for shoots of different sizes and for varying growth conditions.

Tying machines can be powered by integrated batteries or external backpack batteries. The type of power supply directly affects the machine's autonomy, which can range from a few hours to an entire working day, depending on the battery capacity and motor power. The battery charging time is another critical element to consider: the shorter the charging time, the less work interruption there will be.

The tying mechanism, which is the heart of the machine, works thanks to a system of rollers or levers that wrap the wire around the shoot. Once the wire is correctly wrapped, a cutting mechanism comes into action to separate the wire from the spool, thus completing the tie. The wire used can be made of various materials, often plastic, which ensures resistance and flexibility, minimizing the risk of damaging the shoots.

Vineyard tying machines represent an advanced and practical solution to improve efficiency and precision in tying shoots. Compared to traditional methods and other manual tools, these machines offer numerous advantages that translate into time savings, labor savings, and an improvement in the quality of the work performed. Below are the main advantages of vineyard tying machines:

• Reduction in tying time: Tying machines allow for much faster completion of tying operations compared to manual tying, significantly reducing working times in vineyards.
• Precision and uniformity: Thanks to the ability to adjust the wire tension and length, tying machines ensure precise and uniform ties, minimizing the risk of errors and damage to the shoots.
• Ease of use: Models with backpack batteries offer greater tool lightness, reducing operator fatigue and allowing prolonged use without interruptions.
• Advanced monitoring: Models equipped with an LCD display allow immediate control of work parameters, such as battery charge level and wire tension, improving efficiency and operational safety.
• Extended autonomy: Tying machines with high-capacity batteries offer extended work autonomy, allowing entire working days to be covered without the need for frequent recharging.

Vineyard tying machines are available in different types, each designed to meet specific operational needs. The main categories of tying machines include models with:

• Integrated battery
• Backpack battery

These two types mainly differ in the power system and ease of use, factors that influence the choice based on the type of work and the vineyard area to be treated. Below is a detailed description of the two main types of vineyard tying machines.

The vineyard tying machines with integrated battery are designed to be compact and manageable. The battery is inserted directly into the machine body, minimizing bulk and making the tool easy to transport and use.

These tying machines are ideal for small-sized vineyards or for tasks that require high mobility, as there is no need to carry an external battery. The autonomy of these machines can vary depending on the model and battery capacity, usually covering several hours of continuous work before needing to be recharged.

• Compactness: Reduced design and easy to handle.
• Mobility: Suitable for work on small surfaces due to their lightness.
• Limited autonomy: Several hours of work with a single charge depending on battery capacity.
• Practicality: No cables or external batteries to manage, ideal for quick and continuous movements.

The vineyard tying machines with backpack battery offer a more advanced solution for those who need to tackle large-scale work or require prolonged work autonomy. In this case, the battery is external and worn by the operator as a backpack, reducing the weight of the tool in hand and allowing more comfortable use even for extended periods.

This type of tying machine is particularly suitable for large vineyards, where continuous and uninterrupted work is necessary.

• Extended autonomy: Capable of working for an entire day with a single charge.
• Comfort: Weight distribution between backpack and machine for prolonged use without fatigue.
• Suitable for large areas: Ideal for extensive vineyards where operational continuity is required.
• Ergonomics: Greater comfort thanks to the reduction of weight in the operator's hand.

Vineyard tying machines are equipped with various technical features that determine their performance and operational effectiveness. These features vary depending on the model and type of tying machine, influencing the product choice based on the specific needs of the work to be done. Below is an in-depth description of the main technical features that characterize vineyard tying machines.

The presence or absence of the battery integrated into the tying machine body is a fundamental factor that affects the machine's manageability and portability.

Advantages of the included battery:

• Portability: Greater lightness and ease of movement without the need for an external battery.
• Compactness: More compact design, ideal for work on small surfaces.

Advantages of the separate battery (backpack):

• Autonomy: Longer operational duration thanks to the capacity of larger batteries.
• Ergonomics: Reduction of machine weight in hand, improving comfort during prolonged use.

The tying adjustment levels allow adapting the wire tension and length to the specific needs of each shoot, ensuring precise and secure tying.

• 4 levels: Suitable for basic adjustment, sufficient for most standard operations in vineyards.
• 5 levels: Offer greater control and precision, ideal for situations where more customized tying is required.
• 6 levels: Maximum flexibility to adapt tying to different working conditions and types of shoots.

The LCD display is a feature that makes the use of the tying machine more intuitive and controllable, providing real-time information on the machine settings.

• Continuous monitoring: Allows real-time viewing of battery charge, wire tension, and other settings.
• Ease of adjustment: Allows immediate adjustments during work, improving operational efficiency.
• Greater safety: Helps prevent operational errors by displaying critical information.

The nominal power indicates the amount of electrical energy absorbed by the motor during operation, influencing the tying machine's performance.

• 5-50 W: Sufficient power for operations on small vineyards or in situations where speed is not the main factor.
• 51-100 W: Balance between power and energy consumption, ideal for most medium-sized vineyards.
• 101-193 W: High power for intensive operations on large vineyards where high tying speed is required.

The work autonomy represents the time during which the tying machine can operate without needing a recharge, influencing the continuity of operations in vineyards.

• 4-12 hours: Adequate for daily operations on small vineyards.
• 13-36 hours: Ideal for medium-sized vineyards, ensuring a full day of work without interruptions.
• 37-72 hours: Suitable for extensive vineyards and for operations requiring long duration without recharging.

The charging time indicates how long it takes to bring the battery back to 100% charge, an important factor for work planning.

• 90-150 minutes: Fast charging times for quick resumption of operations.
• 151-210 minutes: Intermediate charging times, balancing between charging speed and operational duration.
• 211-270 minutes: Suitable for high-capacity batteries, ensuring long autonomy once recharged.

Choosing the most suitable vineyard tying machine for your needs requires a careful evaluation of the product's technical features and operational specifications. The choice of the right model mainly depends on the vineyard size, frequency of use, and required level of autonomy.

• The size of the vineyard is perhaps the most determining factor. In small vineyards, where tying operations are not extensive, a compact tying machine with an integrated battery may be sufficient. These models, although having limited autonomy, are lightweight and easy to handle, making them ideal for those who need to tie a limited number of shoots. Conversely, for large vineyards, it is essential to choose a tying machine with a backpack battery that offers long work autonomy, capable of covering entire working days without the need for frequent recharges. These models are designed to handle a high volume of work, ensuring operational continuity that is crucial for meeting intervention times during the viticultural season.
• The frequency of use is another critical aspect. If the tying machine is intended for frequent or daily use, as often happens in professional wineries, it is advisable to opt for robust and resistant models, with high-quality components that can withstand wear and intensive use. In these cases, the presence of an LCD display can facilitate operation monitoring, improving efficiency and reducing the risk of errors.
• The required level of autonomy depends not only on the vineyard size but also on the duration of work sessions. For large-scale operations or for those who wish to minimize interruptions, a tying machine with a high-capacity battery and fast charging time is essential. This combination ensures that the tying machine is always ready for use and reduces downtime, maximizing productivity.

Identifying your profile as a customer helps choose the most suitable vineyard tying machine. Here are some types of customers and related purchase suggestions:

• Wine industry professionals: For those managing extensive vineyards and needing a reliable tying machine for intensive daily use, it is advisable to opt for a model with a backpack battery, high nominal power, and long autonomy. These models ensure high productivity and reduce downtime.
• Semi-professional growers: Those with medium-sized vineyards can opt for a tying machine with an integrated battery, sufficient autonomy, and a good level of tying adjustment. Models with an LCD display are particularly useful for monitoring operations and ensuring efficient work.
• Hobbyists and small growers: For those managing small vineyards or working domestically, a compact tying machine with an integrated battery, reduced power, and fast charging times is the ideal choice. This type of tying machine is easy to use, economical, and offers all the necessary features for occasional use.
• Companies with high productivity needs: Large wineries that need to maintain a high level of productivity should choose tying machines with a backpack battery and an LCD display. These models allow for work optimization and ensure maximum operational efficiency on large surfaces.
• Operators needing lightweight equipment: Those looking for a manageable and lightweight tying machine for tasks requiring mobility and frequent position changes should opt for a model with an integrated battery, offering ease of use and good autonomy for short-duration work.

When it comes to choosing a vineyard tying machine, the quality of the brand is a determining factor to ensure reliability, durability, and high performance. AgriEuro offers the best brands in the sector, each of which offers specific features that meet the needs of every type of user. Below is a list of the best brands of vineyard tying machines available on AgriEuro:

• Campagnola battery-powered vineyard tying machines: Campagnola tying machines are appreciated for the balance between power and lightness, offering versatile solutions for different tying needs in vineyards, with particular attention to technological innovation.
• Volpi battery-powered vineyard tying machines: Volpi tying machines stand out for their ergonomics and ease of use, making them suitable for both professionals and small growers looking for a manageable and high-performance tool.
• Ausonia: Ausonia vineyard tying machines are known for their robustness and reliability, ideal for those looking for a durable product capable of withstanding intense operating conditions.
• BullMach: BullMach offers tying machines designed for professional use, with particular attention to power and autonomy, ensuring excellent performance even on large vineyards.
• Zanon: Zanon produces high-quality tying machines, equipped with advanced technologies such as the LCD display, for precise operation control and high field efficiency.

Buying a vineyard tying machine on AgriEuro offers numerous advantages that go beyond the simple availability of high-quality products. AgriEuro stands out for a series of services and conditions that make the purchase more convenient and safe for its customers. Below are the main reasons to choose AgriEuro:

• Fast and free shipping: AgriEuro manages logistics directly from its centers, ensuring fast and free shipping throughout Italy. This ensures that the product arrives quickly and without additional costs.
• Spare parts always available: Another fundamental advantage is the possibility of ordering spare parts that are always available. This allows keeping the tying machine in perfect operating condition, prolonging its life and ensuring continuous use over time.
• Attentive and personalized after-sales assistance: AgriEuro offers a high-quality after-sales assistance service, with qualified personnel ready to answer any questions or needs. This support is particularly useful for resolving any technical problems and for receiving advice on the use and maintenance of the tying machine.

These advantages make AgriEuro the ideal reference point for purchasing vineyard tying machines, offering not only excellent products but also a complete service that accompanies the customer during and after the purchase.

Vine tying is a crucial operation in vineyard management, which involves securing the vine shoots to the supports along the rows. This process is essential to ensure orderly plant growth and to prevent damage to the shoots.

• Support for shoots: Tying prevents the shoots from bending or breaking under the weight of the clusters, keeping them in an optimal position.
• Sun exposure: The correct arrangement of the shoots ensures that the leaves and clusters receive an adequate amount of sunlight, essential for photosynthesis and grape ripening.
• Ventilation: Good tying allows better air circulation between the shoots, reducing the risk of fungal diseases such as powdery mildew and downy mildew.
• Facilitation of operations: Tying the shoots simplifies subsequent operations such as pruning, phytosanitary treatments, and harvesting, making all vineyard management activities easier and safer.

To tie or secure the vines to the supports, various materials and tools are used, which must be chosen based on the type of vineyard, the strength of the shoot, and the desired duration of the tie.

• Plastic ties: Commonly used for their resistance and flexibility, these ties can be reused and ensure a secure fastening without damaging the shoots.
• Coated wire: Offers robust and durable support, often coated in plastic or rubber to avoid damaging the shoots. It is ideal for areas with strong winds or adverse weather conditions.
• Biodegradable tape: Perfect for organic or biodynamic vineyards, this tape naturally degrades, reducing environmental impact and facilitating row cleaning after harvest.
• Automatic tying machines: These modern tools simplify and speed up the tying process, allowing more shoots to be tied in less time with reduced effort, increasing operational efficiency.

Vine tying is an operation that takes place at different times of the year based on vine development and climatic conditions.

• After winter pruning: In spring, once pruning is completed, the first tying is performed to direct the new shoots along the rows, promoting orderly and controlled growth.
• During shoot growth: As the shoots lengthen, they need to be tied again to ensure they remain attached to the supports and are not damaged by wind or the weight of the grapes.
• Before grape ripening: In summer, a final tying can be performed to support the fruit-laden shoots, ensuring that the clusters are well exposed to the sun for uniform and optimal ripening.