Built to pull frame, axle, drawbar, Frame construction

built to pull :: frame, axle, drawbar

Frame construction

The frame is manufactured from thick high-grade steel plate to ensure struc- tural integrity even under extreme conditions. The main bearing at the articulation point is larger than prior models to enhance reliability. The drawbar pull point on Buhler Versatile four-wheel drives is immediately behind the articulation point for maximum pulling power and weight distribution.

Outboard Planetary Axles

In the 1970’s Versatile engineers devel- oped the outboard single reduction planetary axle, known in the indus- try for its strength, simplicity, ease of service and wheel mounting. The tra- dition of building the most reliable planetary combination in the industry starts with placing the planetary and sun gears towards the outside of the axle. Outboard planetary axles deliver

all available horsepower through a large, precision machined floating sun gear. The planetary hubs are suspended on large diameter bearings mounted directly to the axle tubes. The load is supported by the axle assembly and not by the drive train components. All Buhler Versatile four-wheel drive trac- tors feature reliable heavy-duty final drives that deliver horsepower where it counts: at the drawbar.

The drawbar pull point on Buhler Versatile four-wheel drives is immediately behind the articulation point, which now features a large- diameter pivot pin for maximum strength and durability. Models 305, 340, 375 and 400 feature a 2.36" (60 mm) pivot pin while the High Horsepower Tractor Series have a 3.15" (80 mm) pivot pin.

Frame :: Axle :: Drawbar

305, 340, 375, 400 specifications

Bühler is a prominent name in the field of food processing and technology, well-regarded for its innovative solutions and high-quality machinery. The Buhler 400, 375, 340, and 305 models embody the company's commitment to advanced engineering and efficiency in grain milling and processing.

The Buhler 400 model is designed to optimize performance and energy efficiency. It features a fully automated control system that allows operators to monitor and adjust settings in real time. This model is equipped with state-of-the-art grinding technology, ensuring uniform particle size and high-quality end products. With a high production capacity, the Buhler 400 meets the demands of large-scale operations while maintaining low energy consumption.

Similar in robustness, the Buhler 375 model integrates advanced milling technologies that contribute to both efficiency and product quality. This model emphasizes precision in milling, guaranteeing consistent results across batches. Additionally, its ergonomic design simplifies maintenance and reduces downtime, making it an excellent choice for modern milling operations.

The Buhler 340 machine is notable for its versatility. It can handle a variety of raw materials, which makes it suitable for diverse applications in the food industry. The Buhler 340 is characterized by its modular design, allowing it to be easily integrated with existing production lines. This model uses patented separation technologies to enhance the quality of the finished product and ensures high recovery rates of valuable by-products.

The Buhler 305 model offers a compact solution tailored for small to medium-sized operations. Despite its size, it boasts impressive performance capabilities. The Buhler 305 features a user-friendly interface that simplifies operation and monitoring processes. Moreover, its robust construction and low maintenance requirements make it a cost-effective option for those looking to invest in reliable milling technology.

In summary, the Buhler 400, 375, 340, and 305 models showcase a blend of innovation, efficiency, and user-oriented design. Each model includes unique features and technologies tailored to meet varying production needs, aligning with Buhler’s dedication to enhancing food processing operations globally. These machines represent the cutting edge of milling technology, setting new standards for performance and sustainability in the industry.