Carbonizer is a device used to convert biomass materials (such as wood, straw, plant residues, etc.) into charcoal. It heats biomass material at high temperatures, breaking it down into charcoal, heat energy and gas products. The design and operation of the charcoal machine will have an impact on the final charcoal output. Here are some possible influencing factors:

1. Temperature control: The operating temperature of the carbonization machine has an important impact on the quality and output of charcoal. Higher temperatures generally result in higher quality charcoal, but may also reduce yields. Lower temperatures may result in increased yields, but the quality of the charcoal may be lower.

2. Pyrolysis time: The biomass materials in the carbonization machine will produce different charcoal characteristics under different pyrolysis times. Longer pyrolysis times generally result in purer, stronger charcoal, while shorter times may result in lighter, more crumbly charcoal.

3. Types of biomass materials: Different types of biomass materials (such as hardwood, softwood, straw, etc.) will behave differently in the carbonization machine. Hardwoods generally produce higher quality charcoal, while some straws may produce lower quality charcoal.

4. Size and shape: Due to the different size and shape of wood, the required carbonization conditions will also change. Therefore, the design and operation of the carbonization machine need to take these factors into consideration to achieve the best carbonization effect.

In general, the operating parameters of the carbonizer, the selection of biomass materials, and the design of the carbonizer can all have an impact on the final charcoal output. Producers usually adjust the operating conditions of the carbonizer to meet their needs based on the desired charcoal quality and output.