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The power consumption of automatic brick machine is a core concern for investors and operators, as it directly affects operational costs and energy efficiency. As a key equipment in modern construction material production, this automatic brick machine integrates feeding, mixing, pressing, forming and conveying, and its power usage varies with models, configurations and production scales.
Generally, the power consumption of a standard model ranges from 15kW to 125kW per hour. Small and medium-sized models for small-scale production usually consume 15-46kW, suitable for small workshops. Large-scale production lines, including mixers, conveyors and palletizers, may consume 60-125kW per hour, meeting mass production needs. Factors such as raw material type, brick specification and production efficiency also affect power usage—higher vibration frequency and faster forming speed will slightly increase it.
Famous brands like Tiger have optimized power consumption in their automatic brick machine products. Tiger’s TG series automatic brick machine, equipped with advanced energy-saving technology and efficient hydraulic systems, reduces unnecessary power waste while ensuring production quality. Its models have a reasonable power range of 26.5-60kW, balancing high efficiency and energy conservation, which is favored by global users.
To reduce power consumption, choosing a high-quality, energy-saving model is essential. Regular maintenance of its motors, hydraulic units and transmission parts also helps maintain stable power usage. In summary, understanding the power consumption rules of and selecting suitable models can effectively reduce operational costs and improve production benefits.this equipment
