The Dominator Wood Processor

If you need a portable wood processor, the dominator wood processor may be just the machine for you. Its cutting force of up to 20 tons makes it the perfect choice for the most challenging jobs. It is easy to maintain and easy to use. It also has excellent productivity. Read on to find out more about this machine.

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20-ton splitting force

If you are planning to buy a wood processor, purchase a machine with 20 tons of splitting force. These machines are equipped with hydraulic systems that are modern and efficient, thereby making them very easy to use. They also comply with the latest CE safety standards. Some features of the dominator wood processor include a three-meter conveyor and hydraulic feeder, as well as a high-quality chainsaw blade with an 18-inch diameter.

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Easy to use

This easy-to-use dominator wood processor is smooth to operate and meets the new CE safety standard. It features a three-meter conveyor belt and an 18-inch STHIL chainsaw blade. It also has a powerful Briggs and Stratton engine and a hydraulic feeder.

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Easy to maintain

A dominator wood processor is an easy-to-use machine with a high level of safety. Its features include a smooth and easy-to-maintain hydraulic feeder and a 3-meter conveyor. It also features an 18″ STHIL Chainsaw blade and a Briggs and Stratton engine. The dominator is designed for easy maintenance and compliance with CE safety standards.

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This study has examined the productivity of industrial firewood processors in southern Europe. The researchers used an observational study design to compare productivity and cost. The results show that the productivity of industrial firewood processors was inversely proportional to their processing cost. This suggests that larger, more expensive machines yield higher output. However, this observational study design does not provide detailed information on the factors that affect processing costs and productivity. Furthermore, the results of this study may only apply to some firewood processors since each operator’s performance was different.

The process used to test productivity involved measuring the total time taken by the machines. The researchers used Statview, an advanced statistics program, to analyze the data. They used logarithm transformation to normalize the data distributions. In addition, they conducted a regression analysis to look for relationships between significant work conditions and productivity. These variables included piece size, crew number, and time consumption.

The study also looked at the impact of piece volume on machine productivity. In Mediterranean firewood processing operations, small logs from coppice forests are typically fed to the machines. This constraint negatively affects their productivity. Increasing the length of the records provided to the devices would increase the productivity of the machines and reduce the cost of each log. Increasing the size of logs would also decrease the cost of processing, thus increasing productivity throughout the chain.

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