What is a Wood Processor Used?
A wood processor used is a machine that is designed to process wood into smaller pieces, such as sawdust or shavings. It is typically used to produce wood chips for fuel, to saw logs into lumber, or to create wood particle board or plywood. The machine typically consists of a conveyor belt, a chipping mechanism, and a cutting mechanism. It can be powered by electricity, diesel, or even manual labor. Wood processors are used in the construction, forestry, and furniture industries to process logs into usable products.If you’re considering buying a wood processor, there are several factors you need to consider. One factor is the market for the finished product. Different markets require different types of processing. For example, people who use sizeable outdoor wood boilers will prefer large, slow-burning pieces of hardwood. At the same time, restaurants and other wood-fired establishments will look for smaller, fast-burning softwood. Depending on these factors, the size and type of machine needed will vary.
Sizes of firewood processors
Firewood processors can be bought in a variety of sizes and capacities. Different models will work differently with varying sizes of logs, so it’s essential to find one that meets your needs. Other measures also offer different efficiency levels. To make the best choice, focus on the specifications and performance numbers that matter most to you.
For small logs, log splitters can be a good option. Larger logs, however, require a higher splitting power. This makes a larger firewood processor more suitable. For extensive records, log processors with a diameter of more than 15 inches may be required. Larger logs need a giant machine, which means more work for the operators. However, a larger log splitter will allow faster processing and higher output.
The global firewood processor market is divided into two main types: ten to fifteen-inch processors and larger ones. While a larger firewood processor can accommodate larger logs, the smaller models are ideal for smaller logs. In addition, the smaller models will be more efficient with small records to save time and money. The market for firewood processors is expected to grow at a CAGR of 2% during the forecast period.
The global firewood processor market is highly fragmented. CORD KING, DYNA Products, TAJFUN Planina doo, and Multitek North America LLC are significant players. The need for firewood processors is highly competitive, and these manufacturers have different price points.
Ideally suited for a new start-up operation or a part-time firewood producer, the 18 SCP can produce one full cord per hour. The 18 SCP is equipped with a 7-1/2′ live deck and powered by a 37 HP EFI Briggs and Stratton engine. It can handle 20″ in diameter logs and is 16 or 22 feet long. The 18 SCP also has a Multi-Wedge System for extra flexibility. It can split logs with four or eight-way wedges.
A semi-pro series of firewood processors start with the 14-24. It is the giant machine available and is economical for homeowners. Its standard 38 HP Kohler EFI big block gas engine has a capacity of 2 to 3.5 cords per hour. The 16-24 also has a 10′ hydraulic chain conveyor and hydraulic lever-type controls to control the clamp and saw.
Types of saws used in a firewood processor
There are different types of saws used in a firewood processing facility. Some of these saws can cut almost any kind of wood. Jigsaws, for example, are circular and use a blade with teeth that point upward. These saws are usually very lightweight and can be cut through various materials. They also have a straight edge that helps them cut square corners.
Chainsaws are also commonly used in firewood processors but are smaller than circular saws. A chainsaw can cut wood up to fifteen inches in diameter, while a circular saw is much larger. However, these saws require more space and a strong power line. Because the chain bar is longer than the blade’s diameter, the edge has to move farther than the diameter of the log. This makes them difficult to start, especially in cold weather.
Firewood processors that use circular blades are also available with TCT blades. A quality TCT blade will last as long as a saw blade and features soldered carbide tips. They can be sharpened using a diamond blade or a dedicated file. A firewood processor that uses TCT blades is a safer, more efficient choice. And it will be less expensive than one that uses a circular saw.
A firewood processor is a perfect way to process your firewood supply without the hassle of splitting wood. You can use a firewood processor to process many logs daily. It will also save you money on fuel. The process takes only seconds, and some saws can cut logs up to 16 inches in diameter. They can also be equipped with hydraulic chainsaw harvester bars, or large slasher saw blades.
A firewood processor has several types of saws to accomplish various tasks. Chainsaws, for example, have a wider diameter, which allows them to cut thicker logs. They are usually the preferred option for professional loggers because of their increased cutting capacity.
Average cords-per-hour
To determine your wood processor’s productivity, you should look at how many cords it can process per hour. Some companies report maximum threads per hour, while others report average lines per hour. However, it is essential to note that the cables you process per hour may vary, as crooked, short, and skinny logs will affect your output. The speed at which a wood processor processes a cord will determine its cost of operation, ultimately deciding whether you will see a return on your investment.
While firewood prices are high, they are costly. Typically, a cord can sell for 5 to 5. Firewood businesses often operate two or more processors, each chewing through thousands of lines yearly. They also deal with brokers, who handle the logistics for delivery to grocery stores, convenience chains, and big-box retailers. However, a small producer can still negotiate deals with local stores.
Cost to operate a firewood processor
The cost to operate a firewood processor is a significant consideration in setting up a business, especially if you plan to sell large quantities of firewood. Depending on your needs, it may require a significant initial investment. In addition to the initial outlay, a wood processor can help increase the amount of firewood you can sell to your customers.
The price of a firewood processor depends on the size of the unit and the number of cords processed per hour. A small machine may process a few lines simultaneously, while a sizeable industrial model can process five cables per hour. It is also essential to consider the operational costs and ROI for any firewood processor, especially if you plan to make a profit. In addition to determining the initial cost, you should consider other costs involved in running the business, such as labor and fuel.
Operating a firewood processor can save you money on energy bills since you’ll only burn split logs instead of whole logs. This will also reduce the amount of carbon released into the environment. Additionally, firewood is a lower and more sustainable home heating source compared to propane and natural gas, which can fluctuate in price.
Industrial firewood processors are more complex and cost-effective than smaller models. These machines can process a large volume of wood in one cycle and offer operator comfort and safety levels above those of smaller units. They are also more efficient than smaller units and are ideal for processing tough wood. They can be fully automatic or semi-automatic and can be programmed to perform multiple logs in a single cycle.
Small-scale firewood processors are limited to a thousand t/year. By contrast, industrial firewood processors can process two or three times as much firewood per year. Increasing capacity is only feasible if the demand for firewood and profit margins are high. Increasing productivity and making the job more attractive can overcome this problem.
Firewood processing is an important economic activity. Many local communities need wood to generate heat. However, firewood processing requires cutting logs into smaller pieces. This process can be performed by individuals, small businesses, or farmers.
