The idea of high production efficiency in industrial, and manufacturing bracket is evangelizing the traditional mindset of enterprisers across the globe. With automation making forays into diverse applications, innovation is imminent in disrupting the firewood processing industry. The demand for firewood processor persists to witness a moderate growth following the fact that the utilization of wood as fuel has not yet phased out.
The requirement of wood for recreational projects tends to outmatch the supply. As such, manufacturers hone on advanced technologies to achieve the aim of ‘supply on demand’ by designing firewood processors exhibiting the features of high operating speed and low supervision requisites. However, concerns regarding workforce safety provokes mandatory ergonomic standards, thereby compelling the installation of nexus or chains around the saw to counter hazards in industrial settings.
Sensors and Hydraulics for Enhanced Splitting of Firewood
The operation of firewood processors is managed by a smart system that helps the users. The setup is armed with sensors that quantify and handle the operation dynamically. The firewood processors optimize the performance per se, according to the type of wood, making them highly suitable for all log sizes. Further, the firewood processors consists of a data connection, allowing connection to the workshop to receive updates.
Firewood processors transfer the processed firewood logs to the saw unit with the help of front feed – run hydraulically – and detected by optical sensors in the procedure. The electronic control unit cuts every rod in a manner avoiding scraps, and uniform splitting of firewood. Presence of a light curtain ensures that the stopping of the automatic cutting system in case the buffer zone is completely filled and resumes per se after emptying. The scraps are transported to the specified sink behind the machine.
Provision of joystick allows operators to perform the major functions of firewood processors. The joystick handles feeding, sawing, splitting and the guide plate. Inclusion of logistics enable partially automatic working. In addition, firewood processors detect the exact number of splits automatically while using the blade. Advanced firewood processors offer broad range of features, including a touch screen that delivers the operators with performance data and analytics related to the machine.
Innovative Splitting Methods to Produce Logs of Required Standard
Firewood processors provide multiple splitting methods for ensuring efficient splitting of all sizes of logs as standard features. With the help of the innovative splitting blade and method, firewood processors constantly fulfill A-grade size requisites, with different sizes of starting material.
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The proprietary splitting blade assures fast speed, straightforward usage, and efficacy of firewood processors in spite of the toughness and diameter of the firewood being processed. The size of the final product can be altered with different knife alternatives. Standard knife cuts to 12 ways, yet the hydraulic knife offers the facility of optional 6 and 8 way knifes if necessary. The hydraulic knife consists of stainless steel, ideal for heavy duty applications.
The rising demand from customers for the production of clean and debris-free firewood is influencing manufacturers to equip firewood processors with an innovative cleaning system as a basic aspect. The cleaning system eliminates dust and debris from processed firewood by means of vibrations. The cleaning system is set up behind the splitting section, and an independent conveyor is used to ward off the debris.