Trailed Single-auger TMR Mixer

Product Introduction

Customizable capacity

I. Core Structural Advantages (Hardware-Enabled, Stable and Durable)

1. High-Wear-Resistant Spiral Auger Design: The pagoda-shaped spiral conveyor auger is made of high-quality wear-resistant steel, with blade thickness up to 20mm, featuring excellent wear and impact resistance for long-term high-intensity operations. Equipped with a unique mixing circulation system, it not only greatly improves the uniformity of material mixing but also maximizes the utilization of hopper space, eliminating material residues and mixing dead corners from the source to ensure consistent quality of each batch of feed.

2. Tungsten Carbide Alloy Coated Blades: The blades adopt an 8mm thick base material with a tungsten carbide alloy coating on the surface, combining ultra-high sharpness and toughness. They are wear-resistant, durable, and not easy to curl or crack, capable of easily cutting large bales of hay, straw, and various hard formula feeds. This significantly extends the replacement cycle of wearing parts and reduces consumable costs.

3. Reinforced Double-Layer Side Plates: Adopting a double-layer side plate structure, the structural strength is increased by more than 40% compared with ordinary single-layer designs. It can effectively resist deformation and wear caused by material impact and vibration, ensuring more stable equipment operation. Meanwhile, it simplifies the later maintenance process and reduces the frequency of inspections and maintenance costs.

4. Independent Hydraulic Discharging System: Equipped with an independent hydraulic drive system and automatic single-side discharging device, it is free from reliance on external power, featuring strong operational independence, fast and stable discharging speed. The hydraulic components are made of high-quality accessories with good sealing performance and low failure rate, significantly extending the overall service life of the equipment.

5. Precise Metering and Intelligent Control: Equipped with imported brand electronic gravity sensors, the metering accuracy is extremely high, and the error can be strictly controlled within 1%. Combined with a high-definition electronic display screen, it synchronizes real-time data such as material weight and mixing time, enabling intuitive control of proportioning accuracy to ensure balanced nutrient supply for livestock. It supports seamless connection to feeding management software, realizing feeding data traceability and remote control to facilitate intelligent breeding management.

II. Efficient Operation Advantages (Cost Reduction, Efficiency Improvement, Convenient and Flexible)

1. High Mobility for Cost and Labor Saving: The equipment has excellent mobility, capable of flexibly moving around various areas of the breeding site to grab materials anytime and anywhere. No additional auxiliary equipment is needed for material transfer and centralized stacking, greatly reducing material transfer costs and manual handling intensity, thus saving labor costs.

2. Convenient Feeding Direct to Terminal: With a compact body design, it can freely enter and exit various feeding channels to realize integrated "mixing-feeding" operations. There is no need for secondary transfer of feed, and the mixed materials can be directly delivered to feeding points, further saving labor input and improving feeding efficiency.

3. Freshness Retention and Loss Reduction to Ensure Quality: The mixed Total Mixed Ration (TMR) can be immediately delivered to the feeding terminal, shortening the material exposure time throughout the process, effectively retaining the freshness and nutritional components of the feed, and reducing losses due to mildew and leakage caused by improper storage and secondary transfer, thus lowering breeding costs.

4. Efficient Short-Cycle Operation: Optimized core power configuration and mixing structure ensure smooth connection of the entire process of material mixing, cutting, and discharging. The operation cycle is shortened by more than 30% compared with ordinary equipment, with higher processing capacity per unit time and significantly improved production efficiency, suitable for batch feeding needs of large-scale breeding sites.

III. Extended Value-Added Advantages (Multi-Adaptability, Intelligent Energy Saving)

1. Strong Multi-Adaptability and Compatibility: It can flexibly adapt to various feed raw materials such as hay, straw, silage, concentrate, and additives, meeting the feeding formula needs of different livestock (cattle, sheep, etc.) at different growth stages. One equipment covers multiple application scenarios, improving equipment utilization.

2. Easy Operation and Quick Mastery: Adopting a humanized operation panel design with clear button layout and visual data display, ordinary breeding personnel can quickly master the operation skills without professional technical training. The equipment operates with low noise, adapting to indoor and outdoor multi-environment operations without affecting livestock rest.

3. Energy Saving and Cost-Effectiveness: The core power system has been optimized and adjusted, reducing energy consumption by about 15% compared with similar equipment. Long-term use can save a lot of electricity expenses. Meanwhile, the wearing parts have strong versatility and are easy to replace, resulting in lower subsequent consumable and maintenance costs, improving breeding economic benefits.

4. Stable Operation with Low Failure Rate: Adopting an overall modular design, each component is closely connected and reasonably arranged, reducing potential faults during operation. Key parts are equipped with protective devices to effectively prevent dust and debris from entering, adapting to harsh breeding environments, ensuring long-term stable operation of the equipment, and reducing production delays caused by shutdown and maintenance.