When shopping for a wood processor, you’ll want to consider its output capacity. This is the maximum amount of firewood the machine can split in an hour. It is also essential to consider the type of logs you’re working with. Smaller logs may require a larger machine than large logs, due to the physics of the process.
slasher blades for wood processors
Slasher blades for wood processors are made to cut wood very quickly and efficiently. Most processors use hydraulic chainsaw bars, but there are some that use large circular saw blades. These blades are much safer than traditional chainsaw setups, and they require very little maintenance after they are set up. Some people are so afraid of running into a slasher blade that they will never walk in its path.
These devices cut logs into wedge-shaped pieces. These pieces can then be used as firewood. This type of machine was first developed over 60 years ago. It was designed to split and saw logs into individual pieces. This is because it has the ability to automatically center the log relative to the blades.
As shown in FIGS. 1-3, a preferred embodiment of a wood processor comprises an operator station and a base that supports various processor components. The saw blades themselves are enclosed in a housing. A carriage 15 is mounted adjacent to the saw blades and is adapted to support a log 20. Opposing pairs of clamps 17a-17f hold the log in place and guide the log to the blades.
Splitting logs with a wood processor
Splitting logs with a wood processor is a popular way to create firewood. It involves pushing the logs into a wedge and forcing them to split in two or sixteen pieces, depending on the size of the logs. Then, the pieces are ejected from the processor on a conveyor. Some systems use multiple conveyors or a tumbling system to separate the pieces.
Choosing the correct type of machine will also depend on the species of firewood you’re splitting. Most processors use a chainsaw bar to split logs, but there are some that use a large circular saw blade called a slasher. These machines can be very efficient and require minimal maintenance once set up. These machines are so safe that some people are hesitant to even walk near the blade! Unlike traditional chainsaw bars, these machines don’t need frequent oiling, so you’ll be able to use them for a long time without sacrificing safety.
Output capacity of a wood processor
When buying a wood processor, you’ll want to look at its output capacity. A wood processor’s output depends on how large the logs are and how much power you need to split them. An entry-level machine can split one cord per hour, while a high-end model can split six cords per hour or more. There are also many factors to consider, like the diameter of the logs, which will determine how much splitting you’ll need to do.
One of the benefits of a wood processor’s output is its ability to reduce the manual labor involved in the process. Most processors use a hydraulic chainsaw bar, but some use a large circular saw blade known as a slasher blade. This type of saw blade is fast and requires very little maintenance once it’s set up. It’s also safer. In fact, some people won’t walk within fifty feet of a slasher blade. In contrast, a traditional chainsaw bar setup requires frequent oiling and maintenance.
