Zhucheng Chuangyou Machinery Co., LTD

The working efficiency of the meat trimming and slicing machine is much higher than manual operation, usually 3-8 times higher than manual efficiency. The specific efficiency depends on the model of the machine (small/large), the type of meat processed, and the processing requirements. A single device can process 50-500 kilograms of raw meat per hour.
1. Core Efficiency Indicator: Processing Capacity and Comparison
The core indicator for measuring the efficiency of all-in-one machines is“ Hourly processing capacity (kg/h); The processing capacity of different models varies greatly, but they all far exceed manual labor.
Small commercial all-in-one machine: capable of processing 50-150 kilograms per hour, suitable for small and medium-sized food factories or slaughterhouses.
Taking the treatment of pork tenderloin as an example, manual trimming of edges and slices can reach about 10-20 kilograms per hour, while small all-in-one machines can reach 50-80 kilograms, with an efficiency 4-8 times that of manual trimming.
Large industrial all-in-one machine: with a processing capacity of 150-500 kilograms per hour, suitable for large-scale meat processing plants and large prefabricated vegetable enterprises.
Taking the processing of frozen beef bricks as an example, manual labor generally processes 15-25 kilograms per hour, while large-scale integrated machines can reach 200-300 kilograms, with an efficiency 8-12 times that of manual labor.
2. Key reasons for efficiency advantage
The reason why all-in-one machines are highly efficient is essentially through the use of“ Automated Process; Replace“ Manual operation” Eliminating the shortcomings of manual operation.
Reason 1: Continuous and uninterrupted work
Manual operation requires rest and adjustment, with an effective working time of about 6-7 hours per day; The all-in-one machine can work continuously for 8-12 hours (only requiring regular replenishment of raw materials and cleaning of waste), with an effective working time 30% -50% longer than manual labor, and a significant increase in daily total processing capacity.
Reason 2: Automated collaborative work
The all-in-one machine integrates functions such as feeding, edge trimming, chip trimming, and waste separation, and each link is automatically coordinated without manual intervention.
Artificially processing meat piece by piece, trimming the edges first and then slicing, with dispersed steps; The all-in-one machine can continuously feed materials through the conveyor belt, while completing trimming and patching, with a more compact process and no time waste.
Reason 3: Standardized operation without deviation
Manual operation can cause efficiency fluctuations due to fatigue and differences in proficiency, with lower efficiency in the later stages; The all-in-one machine sets parameters (such as trimming width and trimming thickness) to ensure that the processing time and flow of each piece of meat are completely consistent, with stable efficiency and no occurrence of 'trimming width'; The slower you work, the slower; The situation.
3. Key factors affecting efficiency
In practical use, efficiency is influenced by the characteristics of meat and processing requirements, and is not a fixed value.
Types and states of meat
Processing fresh meat (such as chicken breast) is more efficient than processing frozen meat (such as -18 ℃ frozen beef bricks) because frozen meat has a higher hardness, and machines require greater power and longer cutting time.
Processing meat with fine fibers (such as fish) is more efficient than processing meat with coarse fibers (such as beef), which requires a slower feeding speed to ensure the quality of the slices.
Processing accuracy requirements
The efficiency of simple trimming (removing large chunks of fat) is 2-3 times higher than that of precise trimming (removing fine fascia) and ultra-thin trimming (0.1mm).
The higher the precision requirement, the slower the feeding speed of the machine, and the corresponding hourly processing capacity will decrease.