74 HP Diesel Engine
The TW-10 large log splitter is powered by a high-output Hatz diesel engine, engineered to deliver maximum torque, durability, and fuel efficiency under extreme working conditions. Designed for continuous industrial use, this power system allows the oversized splitter to handle some of the largest and most demanding logs in the field while maintaining surprisingly efficient fuel consumption. Even when processing massive hardwood blocks, the engine is optimized to balance raw power with controlled energy use, ensuring long operating cycles without excessive fuel demand or performance drop-off. Built for serious production environments, the TW-10 combines heavy-duty hydraulic capability with intelligent engine efficiency, making it capable of slicing through monster logs that would stall conventional equipment. In terms of power-to-fuel performance, there are very few machines in its class that can match this level of output efficiency, positioning the TW-10 as one of the most capable and fuel-conscious large log splitters available on the market today.
8" Cylinder Hydraulic Power
The TW-10 is equipped with a massive 8" hydraulic cylinder designed to deliver extreme splitting performance, generating up to 75 tons of force for processing the largest and most irregular logs with ease. This level of power ensures consistent penetration through dense, knotted, or oversized material that would overwhelm conventional splitters, making it ideal for high-demand industrial applications where reliability and force are critical.
Despite its immense power, the system is engineered for efficiency, with a controlled cycle time of approximately 54 seconds per stroke. Combined with an integrated autocycle function, the TW-10 automates the splitting sequence for smoother, more continuous operation, allowing operators to maintain productivity with minimal manual input while maximizing throughput on every cycle.
Bring the Job Site to You
The TW-10 monster log splitter is fully transportable, designed to move directly to the job site so operators can bring the machine to the logs rather than attempting to move massive timber to a fixed location. Built with mobility and heavy-duty field use in mind, it features a reinforced ball coupler, safety chains, and an integrated braking system to ensure stable and secure road travel despite its extreme size and weight. This mobility allows the TW-10 to be deployed in remote or large-scale logging environments where stationary equipment would be impractical, improving efficiency and reducing material handling challenges.
The towing system itself is engineered to match the scale of the machine, with the ball coupler rated to handle up to 20,000 pounds of load capacity—well beyond the TW-10’s 13,640-pound operating weight. This oversized safety margin ensures dependable towing stability and added peace of mind during transport between sites. Combined with its heavy-duty frame and industrial construction, the transport system is built to safely support repeated relocation, making the TW-10 not only a high-output splitter but also a fully mobile production unit capable of working wherever the material is.
A Frame Built to Handle Everything
For a log splitter designed to handle logs that are typically considered unprocessable, every structural and mechanical component of the TW-10 has been engineered on a larger, more durable scale. The splitting chamber features a 12-inch depth, allowing it to accommodate logs up to 5 feet in diameter while maintaining controlled, guided splitting through the full length of the cycle. This oversized chamber design ensures proper alignment and stability when working with extremely large or irregular timber, reducing binding and improving overall processing efficiency.
To manage these extreme loads, the TW-10 is built with heavy-duty 3/4-inch plate steel log cradles that securely guide material forward as the push block advances the log through the chamber. Inside the system, logs are directed along dual 1-inch steel plates running through the center, with additional 1-inch reinforcement plates on both the top and bottom to maximize structural integrity and resistance to deformation under pressure. Supporting the entire hydraulic system—including the 8-inch cylinder and engine assembly—is a reinforced 2x5 frame constructed with 3/16-inch wall steel tubing, designed to absorb and distribute extreme force during operation. The machine is further stabilized by dual 7,000-pound axles, ensuring balanced support and durability under full-load conditions, even in demanding industrial environments.
Making Room For Power
To generate the extreme power required to split logs up to 12 feet long and 5 feet wide, the TW-10’s 8-inch hydraulic cylinder operates under exceptionally high hydraulic demand, producing up to 75 tons of splitting force per cycle. Each stroke moves a large volume of hydraulic fluid—approximately 30 gallons per cycle—under intense pressure, ensuring the force needed to break apart the largest and most dense timber without hesitation or loss of performance. This system is engineered specifically for continuous heavy-duty operation where maximum force and reliability are essential.
To support sustained, all-day production, the TW-10 is equipped with a 110-gallon hydraulic reservoir that maintains a large volume of cooled, filtered hydraulic fluid. This oversized tank helps regulate operating temperatures, reduce system stress, and ensure consistent performance during extended cycles, even under heavy load conditions. In addition, the machine features a 20-gallon fuel tank paired with an efficient diesel consumption rate of approximately 2 to 2.5 gallons per hour, allowing operators to run the splitter for 8 to 10 hours at a time without interruption, making it suitable for full-day industrial production schedules.
Control Panel and Remote Control Operation
The TW-10’s integrated control panel is designed for straightforward operation and real-time system monitoring, giving operators direct access to essential machine functions such as power control and throttle adjustment. Built for industrial reliability, the panel is positioned for easy access and includes a clearly visible pressure gauge that allows operators to monitor hydraulic system performance and quickly identify potential issues before they impact production. This built-in diagnostic capability helps ensure consistent operation, reduces downtime, and supports safer, more efficient machine management in demanding environments.
Once the machine is powered on and stabilized, all primary splitting functions are controlled through a remote operation system that manages the push block and cycle functions. This allows operators to run the TW-10 from a safe distance or directly from the comfort of a skid steer cab, significantly improving both safety and convenience during high-volume production. By separating machine control from the immediate work zone, the system reduces operator exposure to heavy moving components while maintaining full command of the splitting process, enabling smooth, continuous operation in large-scale firewood or logging applications.
