Docma Cutmac TT600 - Electric Log Saw - Professional Circular Saw with Three-phase Stand

The Docma Cutmac TT600 - 400V Saw Bench stands out as a technologically advanced and structurally sound option designed to facilitate efficient log cutting.

Made entirely of enamelled steel, this tool ensures remarkable robustness and durability, meeting high standards of quality and strength.

Efficiency and effectiveness in cutting wood are salient features of the Cutmac TT600, offering the user a practical expression of less physical effort during use. The focus on portability is reflected in a wheeled system and the incorporation of wheels, facilitating mobility and handling of the tool.

Powered by a 3000W electric motor, the Cutmac TT600 ensures powerful operation and high performance.

Safety during use is preserved by a safety guard, intentionally designed to prevent wood splinters from being directed towards the operator, ensuring a safe and risk-free user experience.

From a functional point of view, the saw bench uses a 600 mm diameter hardened steel disc blade with 40 teeth, with the capacity to handle logs with a maximum cutting capacity of 280 mm and adapting to material lengths ranging from 800 to 1600 mm.

Strictly complying with the safety regulations applicable to wood cutting operations, the log saw has been designed emphasising sound engineering and a strong focus on operational safety aspects.

The structure, entirely made of enamelled steel, not only strives for exceptional durability, but also stands out for its ease of portability, attributed to the integrated wheels.

In conclusion, the Cutmac TT600 strikes an ideal balance between ease of use and operational efficiency, proving to be an invaluable tool for users who need to process logs quickly and conveniently, while easing the physical burden.

Technical Specifications and construction details of the log cutter:

• Disc diameter: 600 mm
• Maximum Allowable Log Diameter: 280 mm
• Adjustable Log Length: Between 800 and 1600 mm

Distinctive Elements and Safety Features:

• Blade: Made of hardened steel, equipped with 40 teeth, it ensures a precise and clean cut.
• Protective Casing:: Designed to ensure maximum operator safety, it has a lifting structure to facilitate access and maintenance.
• Details of the handles: Designed with particular attention to user safety, the handles are surrounded by special protections to minimize the risk during use.
• Saw Bench Base Stabilizes the unit during use, ensuring vital solidity during the cutting operating.
• Closing Hook: A closing system for the cutting device, designed to simplify the phases of inactivity and storage of the log cutter.
• Wheels: Designed to facilitate the movement of the device, the wheels are a very useful feature in the operational logistics of the tool.
• Adjustable support for long pieces.
• Cutting length adjuster.

The design and features of this log cutter have been designed and manufactured not only to enhance the functionality and efficiency of the tool, but also to highlight the safety and practicality of use for the operator.

Every construction element and every detail is the result of careful design and engineering oriented towards usability and durability.

High Efficiency Electric Engine: 400 V

This machine is powered by a high quality and durability electric engine, operating at 400V. This component has been chosen and installed to provide constant high power and ensure optimal and smooth performance during all operational phases. The choice of an electric engine is synonymous with clean operation and reduced maintenance compared to combustion variants, also ensuring a quieter and more environmentally friendly operating experience.

Robust Power: 3000 W

With a power output of 3000 watts, it has the ability to efficiently handle jobs and materials of considerable resistance. This power contributes to a sharp and accurate cut, minimising the possibility of tearing and ensuring clean and professional results. The operations, from the cutting of sturdy logs to the smallest of tasks, are carried out with high competence, optimising operating times and ensuring high satisfaction for professionals and hobbyists.

Start and stop button: Safety and Practicality:

Safety and ease of use are at the centre of our attention. The detailed design of the start and stop button has been designed to be intuitive and, simultaneously, maximise user safety during the entire working operation. The accessibility and clear signal of the button allow quick interaction, making it easier to start up and shut down the device safely and immediately. The switch is also designed to prevent accidental starts, offering additional protection when using the saw bench.

• High Power: 3000W to ensure clean and precise cuts.
• Electric Engine: Constant operation, reduced maintenance and respect for the environment.
• Safety: Ignition and shut down designed to be safe.

With this machine, you are guaranteed of a job that is well done, professional results and the utmost attention to safety and quality.

Recommendations for use

To ensure the maximum service life and efficiency of the machine, the following instructions must be strictly observed. Failure to comply with them constitutes improper use, carrying a serious risk of damage to the product (this type of damage is not covered by the warranty).

• Intended use of materials: The machine is designed exclusively for cutting logs. It is strictly forbidden to feed any other type of object or material into the cutting system. In particular, the following material must never be cut, including but not limited to:

1. Contaminated wood: logs with excessive amounts of soil, stones or foreign metal objects (nails, screws, staples, barbed wire or remnants of fencing).
2. Building materials: timber planks soiled with concrete, bricks, plasterboard or composite panels.
3. Synthetic and metal materials: plastic pipes (PVC, PE), metal profiles, light alloys or electrical cables.
4. Inert materials: rocks, glass, ceramics or mineral materials.

Impact with unsuitable materials could deform the blade, damage the flange/shaft and cause vibrations that damage bearings and supports.

• Suitability of extension leads: Avoid using unsuitable extension leads. Given the  high motor power, it is essential to ensure a constant power supply. Undersized cabling causes voltage drops that prevent the motor from reaching the correct speed, leading to abnormal overheating and permanent damage to electrical components. Use only cables with a minimum cross-section of 2.5 mm². This requirement is essential to correctly manage the high current absorption, particularly during start-up and during cutting operations under load, thereby preventing voltage drops and motor overheating.
• Log dimensions: do not exceed the maximum capacities. Do no cut logs larger than Ø 170 mm or outside the 300–1000 mm range length to prevent motor overloading.
• Load stability: the section of log or branch must be positioned so that the grain is perpendicular to the cutting disc.
• Never use the machine to cut more than one log or branch at a time: Stacking multiple pieces can cause sudden, uncontrolled movements of the material against the cutting disc, resulting in a risk of deformation or breakage of the disc.
• Cutting feed and motor load: Do not force the log through the cut to the point where the blade’s rotation slows significantly or stops. Stalling or prolonged operation under excessive load causes high absorption and abnormal overheating, posing a risk of permanent damage to the motor and electrical components (e.g. starting capacitor).
• Mains voltage stability: Do not connect the machine to electrical circuits where other heavy loads are operating simultaneously (e.g. air compressors, welding machines or air conditioners). Continuous voltage fluctuations can burn out the capacitor or the internal components of the electric motor.
• Cleaning the ventilation openings: Ensure that the motor’s ventilation grilles are always free from accumulations of sawdust or dust. A restricted air flow prevents heat dissipation, leading to deterioration of the windings’ insulation.