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Electric Tying Machines for Vineyards BullMach

Electric Tying Machines for Vineyards BullMach PURCHASE DIRECTLY FROM (no other dealers) ► HIGHEST-QUALITY BRANDS ONLY (no unknown brands) ► AFTER-SALES ASSISTANCE + SPARE PARTS

Whole range of 2 Electric Tying Machines for Vineyards BullMach models, offered for sale from € 113.25 , in Prompt Delivery and Free shipping . Purchase directly from AgriEuro with no third parties nor unwanted surpreses: compared to the other online markets, who rely on third dealers (it means no assistance nor warranty), we offer Direct and Complete Assistance, which starts from pre-sales service up to after-sales assistance. The items are directly shipped from our AgriEuro distribution centre. Thus, we are the only online seller providing After-Sales Assistance for the Electric Tying Machines for Vineyards BullMach products and supplying Spare Parts (you access the exploded drawing once entered your Account).

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The best BullMach electric vineyard tying machines on offer at AgriEuro

The best BullMach electric vineyard tying machines on offer at AgriEuro

BullMach electric vineyard tying machines automate the process of securing shoots to support wires, speeding up a repetitive task. They are suitable for vineyards, orchards and horticultural crops, where they produce consistent ties by simply pressing the trigger. Their compact construction facilitates movement along the rows and allows operators to work in confined spaces. BullMach develops technological equipment for agriculture, horticulture, grounds maintenance and construction, with a focus on value for money.

The expansion of the BullMach range has led the brand to offer machinery for numerous applications, from garden shredders and electric pruning shears to generators and tractor equipment. Operations are organised in Italy between Castel Ritaldi, Bastia Umbra and the central workshop in Spoleto, which specialises in after-sales support and repairs. In this category, AgriEuro offers BullMach tying machines with built-in battery, designed to provide freedom of movement without cables connected to external batteries.

Technical features of BullMach vineyard tying machines

At AgriEuro, BullMach electric vineyard tying machines can be selected according to their technical features, helping you find the machine best suited to the working surface, frequency of operation and type of shoot. The main parameters allow you to compare runtime, tying capacity and control functions.

  • Built-in battery: houses the power supply inside the machine body, eliminates the connection to external units and makes moving between rows easier;
  • Operating runtime: indicates the number of ties that can be completed on one charge and should be assessed according to the size of the crop and the required working pace;
  • Maximum tying diameter: defines the combined thickness of the shoot and support that can fit inside the machine opening;
  • Adjustment levels: allow the number of twists and wire tightness to be adapted to the consistency, diameter and growth stage of the branch;
  • Control display: shows the operating information available on the model, such as remaining charge, selected setting or number of completed ties;
  • Weight and handle: affect manoeuvrability during extended sessions and accuracy when changing position frequently;
  • Wire reel: determines the approximate number of cycles before replacement and must be compatible with the tying machine’s feeding mechanism.

The BullMach models in this category meet the needs of hobby and semi-professional users working in small and medium-sized vineyards, orchards or vegetable gardens with numerous trained plants. For frequent operations, compare the number of ties per charge, charging times and the availability of an additional battery. For less extensive seasonal work, compactness, straightforward adjustment and easy reel replacement become more important.

BullMach tying machines with built-in battery

Tying machines with built-in batteries combine the power supply, motor and tying mechanism in a portable tool. This configuration eliminates external battery packs and cables when moving along the row. It is suitable for users who prefer a compact machine for seasonal work on small or medium-sized plots.

BullMach tying machines with built-in battery

BullMach tying machines with built-in batteries perform wire feeding, twisting and cutting in sequence, reducing the number of steps required for manual tying. The operator positions the machine opening around the shoot and support wire, then starts the cycle using the trigger. The battery housed in the machine body provides freedom of movement and makes it easier to move from one plant to another. The adjustment levels allow the closure to be adapted to the diameter and consistency of the shoots, preventing both excessive tightness and loose ties. Where fitted, the display helps operators check charge and settings without stopping work. Before choosing a model, compare its overall weight, stated runtime, maximum diameter, charging time and number of ties per reel. Correct initial adjustment helps produce consistent ties in vineyards, orchards and horticultural crops trained on supports.

Why buy from AgriEuro?

Purchasing a BullMach electric tying machine from AgriEuro provides access to dedicated services before and after delivery. Logistics availability, spare parts ordering and technical support accompany the machine throughout its working life.

  • Fast, free delivery: dispatch from AgriEuro logistics centres reduces intermediate handling and allows the tying machine to be delivered without shipping charges, according to the conditions shown on the product page;
  • Spare parts can be ordered: after purchase, the spare parts diagram linked to the product makes it easier to identify compatible components and order available parts;
  • Attentive, personalised after-sales support: the AgriEuro service provides technical guidance, handles product-related requests and coordinates any work required at the central workshop or service centres.

Explore the available BullMach electric vineyard tying machines and purchase the model best suited to your work from AgriEuro.

FAQs about BullMach electric vineyard tying machines

1. What is an electric vineyard tying machine used for?

An electric tying machine secures vine shoots to support wires through an automatic wire feeding, twisting and cutting cycle. The tie keeps the shoot in the position required by the training system and maintains orderly rows. Compared with manual tying, the operator performs fewer repetitive movements and can achieve greater consistency from one tying point to another. The machine can also be used in orchards and horticultural crops to secure plants to supports, provided that the combined diameter falls within the limit specified for the model.

2. How does a BullMach tying machine with built-in battery work?

A BullMach tying machine with built-in battery is powered by the battery housed inside the machine body. Once the wire has been inserted correctly and the tying level selected, the opening is positioned around the shoot and support. Pressing the trigger starts the cycle: the wire is fed, wrapped, twisted and cut. Before starting work, complete a few tests on sample shoots to check that each tie is secure without being too tight. Always follow the instructions in the manual supplied with the purchased model when starting, loading and adjusting the machine.

3. Which features should be considered before purchasing?

The first features to compare are runtime, maximum tying diameter, adjustment levels, weight and charging time. Runtime should match the expected number of daily ties; the maximum diameter must include both the shoot and its support. A wider selection of adjustment levels helps adapt twisting to branches with different consistencies. Weight, balance and handle shape affect comfort during extended sessions. It is also useful to check reel capacity and availability, the batteries and chargers included, whether a display is fitted and the availability of spare parts.

4. When should vines be tied?

The main tying operation is normally carried out after winter pruning and before full vegetative growth resumes, with timing varying according to the region, grape variety and training system. At this stage, the selected shoots are secured to the wires to keep them in the required position. Further work may be needed during growth to arrange the vegetation or secure new shoots to the supports. The right time also depends on the flexibility of the wood and weather conditions: very cold, rigid or wet shoots require extra care during bending and tying.

5. How should the wire twisting level be selected?

The twisting level should be selected according to the diameter, consistency and growth stage of the shoot, as well as the type of wire fitted. A low setting produces a softer tie suitable for delicate tissue or branches that will increase in diameter. A higher setting provides a firmer tie on stronger shoots and rigid supports. The choice should be checked with a test: the tie must not slide freely but should leave enough space to avoid compressing the branch. If the crop or shoot diameter changes, repeat the test and adjust the setting.

6. How many ties can be completed on one charge?

The number of ties per charge depends on the model and operating conditions, so it should be checked in the relevant technical data sheet. Factors include the selected twisting level, shoot diameter, temperature, battery condition and frequency of the cycles. A tie with more twists generally requires more energy than a light setting. To estimate actual runtime, compare the stated figure with the daily workload and allow a safety margin. During intensive working periods, an additional charged battery reduces downtime between sessions.

7. Which wire should be used with a BullMach electric tying machine?

Use reels compatible with the specific BullMach model, following the diameter, length and construction specified by the manufacturer. Incompatible wire may not travel correctly through the channel, may produce irregular ties or cause jams. The type of wire should be selected according to the crop, the required tie duration and the working conditions. Before fitting a new reel, check that the wire path is clean and the reel turns without obstruction. Follow the diagram and sequence in the machine manual to insert the wire correctly.

8. How should the tying machine be cleaned and maintained?

Routine maintenance starts by removing wire fragments and dust from accessible parts of the mechanism, always with the machine switched off and the battery removed where permitted by the model. Do not use water jets, aggressive solvents or tools that could deform the guides. Check the feeding, twisting and cutting mechanism at the intervals specified in the manual. If jams recur, unusual noises are heard or cycles remain incomplete, stop working and contact support. Internal servicing must be entrusted to qualified personnel.

9. How should the battery and tying machine be stored out of season?

Out of season, store the tying machine and battery clean, dry and protected from heat, frost, moisture and dust. Switch off the machine and place it in its case or a suitable container, away from objects that could press the trigger. For the battery, follow the charge level and inspection intervals specified in the manual, avoiding both storage when fully discharged and prolonged charging where this is not recommended. Before work resumes, check the contacts, wire feed and correct completion of a cycle on a sample shoot.

10. Is a tying machine with built-in battery also suitable for orchards and vegetable gardens?

Yes, a tying machine with built-in battery can also be used in orchards, nurseries and trained horticultural crops, provided that the diameter and consistency of the branches are compatible with the machine. For example, it can secure young branches or tomato, aubergine and other crop plants to their respective supports. Before proceeding, select a twisting level suitable for softer tissue and test the tie on a few plants. The tie must hold the plant without constricting it, leaving the space needed for growth and following the crop’s agronomic requirements.