Description
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Ultimate 2,800 W Output: Engineered for massive material removal. This motor provides up to 10% higher cutting efficiency than previous models, making it ideal for deep concrete cutting and heavy steel fabrication.
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AFT (Active Feedback sensing Technology): A critical safety feature for a 9-inch grinder. It electronically detects if the large wheel suddenly binds or snags and cuts the power instantly to prevent the tool from kicking back toward the operator.
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Mechanical Brake: Linked directly to the trigger, this brake stops the high-inertia 230 mm wheel significantly faster than a standard grinder, allowing the user to set the tool down sooner and move safely to the next task.
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Anti-Restart Function: Prevents the tool from accidentally starting if it is plugged into a live power source while the trigger is already locked in the “on” position.
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Soft Start: Gradually ramps up the motor speed to eliminate the initial “kick” of the 2,800 W motor, providing better control and protecting the gear assembly from sudden stress.
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Constant Speed Control: (Available in high-voltage regions) Automatically applies more power to the motor under heavy load to maintain the 6,600 RPM, ensuring a consistent and efficient cut even in the densest materials.
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Rotatable Rear Handle: The entire handle assembly can be rotated and locked to ensure the trigger is always in the most ergonomic position, whether you are grinding horizontally or cutting vertically.
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Advanced Dust Protection: Features “Labyrinth Construction” and a specialized switch cover with sponges to prevent conductive metal particles and masonry dust from entering the motor and switch terminals.
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Anti-Vibration Design: Equipped with a vibration-absorbing rear handle and a 3-position side grip to minimize the impact of long-term use on the operator’s hands and arms.
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Double Insulation: Provides an extra layer of electrical safety by isolating the internal circuitry from the external metal parts, removing the need for a grounded plug.
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Designed for the most extreme industrial environments, including heavy civil engineering, shipyards, and large-scale masonry where maximum power and maximum safety are the primary requirements.












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