4C-60L is a handheld automatic tea plucking machine designed for tea gardens. Equipped with a 2-stroke gasoline engine and a 600mm reciprocating cutter head, it efficiently harvests tea leaves with precision. Weighing only 10-14.3kg and featuring a backpack design, it ensures flexible and lightweight operation for prolonged use.
The 0.7L fuel tank supports hours of continuous work, while the centrifugal friction clutch transmission system delivers stable power and easy maintenance. Its comb-type cutting technology separates buds and leaves accurately, minimizing damage, and the negative-pressure suction tube directly collects fresh leaves into a waist-mounted bag, integrating "picking-collection" into one process
The 20 "" 58 cc chainsaw bar with GN5800 petrol chainsaw machine is a high performance cutting tool designed for various applications. It has a two -act fuel engine with 58 cm3, offering a robust power for an effective cut. The length of the 20 -inch bar, associated with an appropriate chain, allows a smooth and effective cut through thick branches, logs and other wooden materials.
The automatic automatic packaging machine for packaging and sealing of plastic movies is a very effective packaging equipment designed to meet the various packaging needs of various industries. He uses a plastic film to closely pack the products, then applies heat to shrink the film, thus guaranteeing a safe and aesthetic packaging.
The 24V Cordless Electric Mini Portable Tea Harvesting Machine, model 4C - 35, is a highly efficient and convenient tool designed for tea picking. With dimensions of 520180190 mm, it offers a compact and portable design, making it easy to carry and operate in tea gardens. Powered by a voltage range of 16V - 31V and equipped with two 18V5Ah batteries, this machine ensures stable and continuous performance. It features a high revolution speed of 10500r/min and a revolution ratio of 4.3:1, enabling efficient cutting. The 350 mm blade length is ideal for effective tea leaf harvesting. Weighing only 1.1 kg, with a gross weight of ≤5.5kg, it is lightweight, reducing operator fatigue and enhancing productivity during tea picking tasks.
Lithium battery trimmer 3CX-30D Lithium Battery Trimmer is designed for precision tea garden management. It features a precision gearbox co-developed with Japanese and German technologies and diamond-coated blades, enabling ±15° multi-angle cutting adjustment. The lightweight body with ergonomic non-slip handles suits long-term operation.
As a medium-sized material packaging machine, it can be used for packaging granular and powder products such as tea, nuts, coffee, candy, industrial screws, etc. It has automatic packaging, automatic bag cutting, combined with filter paper and plastic film, and uses a back sealing bag making process. It can produce up to 20 bags per minute.
The Nylon Triangle Pyramids Tea Bag Packaging Machine with Outer Bag is a standout in the tea packaging field. Suited for various teas like black, green, oolong, herbal and flower tea. It makes unique triangle pyramid nylon tea bags with a square rubber outer bag for protection and appeal. Packaging speed is 2000 - 4500 bags/min. Innovation lies in precise control and stability. Advanced tech integrates inner and outer bags seamlessly. High-quality materials and sophisticated structure ensure durability. A great choice for tea makers seeking quality and innovation.
The automatic heat shrink packaging machine for plastic film packaging and sealing is a highly efficient packaging equipment designed to meet the diverse packaging needs of various industries. It uses plastic film to tightly wrap products and then applies heat to shrink the film, ensuring a secure and aesthetically pleasing packaging.
Discover the unique tea picking techniques for various tea types, from green tea to dark tea. Learn how the 21V Electric Lithium Battery Hand Tree Hedge Trimmer Double Blade 3CX-30D can enhance your tea picking efficiency.
Explore the last high black tea types of black tea launched in 2025. Learn about the unique origin and taste profiles that are perfect for tea connoisseurs looking for nomel delights.
This article outlines key machines in high-end orthodox tea processing, detailing their roles: pluckers for precise leaf harvesting, withering units for controlled moisture reduction, rolling machines for gentle leaf twisting, oxidation chambers for flavor development, dryers for moisture control, and sorters for quality grading. It highlights how modern technology balances precision with traditional craftsmanship to elevate tea quality.
The tea gardens are distributed in the mid-mountain forest area. Some tea trees have a base circumference of 80-90 cm and are picked using traditional natural methods. After hundreds of years of growth, the tea trees exhibit 嶙峋 (strange and rugged) and unique shapes, resembling lying dragons or spreading birds' wings, making them convenient for climbing and picking while also having ornamental value.
The world of tea harvesting is evolving, and one of the significant advancements is the emergence of wireless battery tea harvesters. These innovative machines are set to redefine the way tea is harvested.
Let's take a look at the current market situation. The tea harvester industry has been experiencing continuous growth, with the market size reaching significant figures in recent years. Moreover, the demand for wireless charging technology is on the rise, not only in the context of tea harvesters but also in various other sectors.
When it comes to the development trends, we can expect to see improvements in the performance and efficiency of wireless battery tea harvesters. Technological advancements will likely lead to longer battery life, faster charging times, and more powerful motors.
The advantages of these harvesters are quite notable. The absence of wires offers unparalleled convenience and flexibility, allowing operators to move freely within the tea plantation. Additionally, the elimination of wires reduces the risk of entanglement and electrical hazards, enhancing safety.
However, there are challenges that need to be addressed. One of the main concerns is the relatively high cost of these machines, which might pose a barrier to their widespread adoption, especially in regions with limited budgets. Another issue is the limited battery life, which could potentially disrupt the harvesting process if not managed properly.
In conclusion, while wireless battery tea harvesters present a promising future, there are obstacles to overcome. With continued technological progress and an increasing focus on meeting market demands, there is a strong possibility that they will become the dominant choice in the tea harvesting market in the years to come.
