FAQs

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Gear reducers are available from Jiangling or Comer. Axles can use ADR components. Weighing systems can be configured with Avery Weigh-Tronix, Dinamica Generale, or Digi-Star.

Weighing accuracy is within ±2%. Flexible weighing system options are available for basic real-time weight monitoring or advanced digital ration control, including Dinamica Generale, Avery Weigh-Tronix, and Digi-Star instruments.

The new energy feed pusher uses a CATL battery, 160 A. Charging time is 6–8 hours, and working time is 8–10 hours. Maximum feed pushing capacity is 200 kg.

The manure collector has a cleaning span of 2.5–4.5 m. It uses auger-type material lifting and a front-steering two-wheel-drive structure.

Yes. The belt conveyor is equipped with a strong magnetic roller. Conveying efficiency is 74 m/min.

The complete machine warranty is 1 year. Before shipment, a wear parts list is provided, along with optional spare parts and replacement recommendations.
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Capacity should be based on the feed intake of one pen or multiple pens per feeding. For stable mixing performance, each batch should usually fill 40%–90% of the rated TMR volume. The effective working volume is normally around 85%–90% of the rated capacity.

The tested coefficient of variation is below 3%, with the best result reaching 0.48%. This supports more uniform ration distribution and balanced nutrient intake.

Available materials include Q345 manganese steel and NM400 wear-resistant steel. Auger flighting thickness is 16–20 mm, floor thickness is 20 mm, and sidewall thickness is 8–10 mm. Stainless steel liners can be customized according to feeding intensity and ration type.

For trailed configurations, the general power matching standard is at least 8 HP per cubic meter.

Short-time loaded restart is supported. For single-auger models above 13 m³, the rated auger speed is 33 r/min. For models below 12 m³, the rated auger speed is 31 r/min.

The BS series bedding spreader can handle dry cow manure, wood chips, rice hulls, biogas residue, sand, and other common bedding materials.

Spreading distance and bedding thickness can be adjusted from the cab control system by changing the discharge gate opening and matching it with vehicle travel speed. A wider gate opening increases discharge volume.

Bedding materials, especially sand, are often heavy and create high resistance during conveying. A plunger motor provides high starting torque, allowing the auger to start smoothly under heavy load and reducing the risk of blockage.

The BS series bedding spreader is designed as an upper-mounted system and can be matched with different truck chassis brands. Capacity options from 6 m³ to 30 m³ are available for medium-duty and heavy-duty truck configurations.

Effective working distance depends on capacity. Typical reference values are below 120 m for 8 m³, below 150 m for 10 m³, below 180 m for 12 m³, and below 400 m for 30 m³.

Loaders can damage the ground and often leave fine feed residues behind, which may become moldy. The FC series leftover feed collector reaches a collection rate of up to 95% and integrates weighing and mixing functions, making leftover feed handling more efficient than using a loader and a separate TMR mixer.

Yes. A high-precision weighing system is included to show how much feed remains in each barn. This data helps farms adjust feed formulas and control feeding costs.

Operation is simple. The self-propelled design works similarly to an automatic vehicle, and collection and discharge functions are controlled from the cab through buttons and handles. Basic training is usually enough for daily operation.

Yes. The internal auger system loosens and mixes the collected feed during operation, improving palatability. It is suitable for transfer and redistribution to heifers, replacement cattle, or dry cows with lower nutritional requirements.

For farms below 3,000 head, one 12 m³ unit is recommended. For farms above 3,000 head, one 16 m³ unit is recommended. For farms above 10,000 head, two 12 m³ units or two 16 m³ units are recommended.

A chain scraper structure is preferred for feed delivery because it does not damage the physical structure of the ration or cause feed stratification. Compared with auger-type delivery, the FS series feed spreader offers lower fuel consumption, a lower failure rate, and a service life for key parts that is more than five times longer. This has been verified in 10,000-head dairy farm operations.

Very little feed remains after discharge. Tested residual feed is ≤ 3 kg. The scraper structure cleans the bottom of the box thoroughly, helping prevent leftover feed from becoming moldy and affecting feed intake or milk production.

Compared with auger-type feed wagons of the same capacity, the chain scraper structure requires less power. For example, a 10–12 m³ feed wagon can normally operate with a 70–90 HP tractor.

The recommended matching ratio between the feed wagon and the TMR mixer is usually 1:1, or the feed wagon can be slightly smaller than the TMR mixer capacity.

Feed is conveyed by a chain scraper system at about 1.2 m³/s and distributed through a discharge belt. The chain is durable, maintenance-free, and has a typical service life of 5–8 years. In verified 10,000-head dairy farm operations, the system has continued working after 10 years of daily 12-hour use.

The Manure Collector is developed for scaled livestock farm cleaning needs, with multiple capacity options for small, medium, and large farms. Compared with some traditional solutions, it focuses more on cleaning efficiency, operating stability, and site adaptability. Compared with certain robotic systems, it is better suited for open barns, alley-style barns, and larger feeding or housing areas.

Diesel power is normally used, such as YUNNEI series diesel engines. Different engine specifications or power configurations can also be selected according to farm requirements, helping ensure stable and continuous outdoor operation.

The centralized control system allows one operator to complete the cleaning process.

Efficient manure removal helps reduce manure accumulation time on barn floors, lowering odor, insect growth, and bacterial spread. Cleaner floors also support better hoof and tail cleanliness, contributing to animal health and production efficiency.

For small and medium farms, 5–6 m³ models can meet routine cleaning needs. For medium and large farms, models above 8 m³ are more suitable for daily manure collection. Capacity selection should be based on barn layout, cleaning frequency, and manure volume.

The Manure Spreader is equipped with an adjustable spreading system. The typical spreading width is 12–18 m. The rotary spreading disc helps distribute fertilizer evenly, reducing waste and supporting better soil nutrient use.

Maintenance is simple due to the practical structure and wide use of wear-resistant materials. Routine maintenance mainly includes cleaning residue, checking hydraulic lines, and inspecting wear parts. Compared with many international mainstream brands, the equipment offers lower maintenance costs and a long service life.

Multiple capacity options are available for small farms, large dairy farms, and agricultural operations. Capacity can range from 6 tons to 20 tons, depending on tractor power, field conditions, and manure application needs.

The Electric Feed Pusher is suitable for small, medium, and large-scale farms.

A full charge can usually support one full day of operation. One centralized daily charging session is generally enough for routine use.

Yes. Working speed and travel speed can be adjusted according to feed type, barn conditions, and daily feeding requirements.

The Silage Reclaimer is suitable for silage bunkers, silage pits, silage piles, and other common storage forms. Fixed, rail-mounted, or mobile configurations can be selected according to the farm’s storage method.

Proper mechanical reclaiming helps reduce secondary disturbance and lowers the risk of nutrient loss. It supports more stable feed quality by keeping the silage face cleaner and reducing unnecessary exposure.

The equipment supports continuous and stable silage reclaiming with high working efficiency, making it suitable for large-scale farms with frequent daily feeding needs.

Basic operator control is required. The structure is simple, and operators can use the equipment proficiently after training.

The Silage Wagon is mainly used for transporting and distributing roughage such as corn silage, grass silage, alfalfa, and straw. Some granular or loose materials can also be handled, depending on the selected configuration.

Available discharge methods include floor chain discharge and hydraulic push-off discharge.

An optimized transmission structure and efficient conveying system help maintain high working efficiency while reducing energy consumption, supporting lower long-term operating costs.

Different volume options and functional configurations are available according to farm scale, feeding workflow, and material handling needs.

The main difference comes from the conveying technology. Many systems still use traditional chain scraper conveying, which has lower efficiency and a higher failure rate. UHAND uses high-speed belt conveying technology with a capacity of up to 600 m³/h, helping achieve faster, quieter, and more energy-efficient forage transfer.

Yes. The self-developed control system works with high-precision sensors and algorithm correction. Test data shows that concentrate feed dosing error can be controlled within 0.5 kg. For 10,000-head farms, this level of accuracy can help reduce annual feed waste by more than USD 200,000.

Yes. UHAND has experience in farm renovation projects, including Jianquan Farm with 10,000 head and Qizhi Dairy with 23,000 head. The system can be planned according to existing site conditions to fit the available layout and feeding workflow.

UHAND develops and manufactures both the control software and hardware equipment in-house, with no subcontract production. This allows factory engineers to respond directly to system issues without waiting for third-party suppliers, helping maintain continuous farm operation.