Hikoki 2000W G18ST 180mm (7") Disc Grinder | Model : H-G18ST

Hikoki 2000W G18ST 180mm (7") Disc Grinder | Model : H-G18ST Features : Best in class overload durability*1 approx. 20% up*2 1. Halved stator coils for sufficient cooling efficiency increase motor durability. 2. Motor is protected from dust and debris through the labyrinth construction. Best in class lightweight*1 4.9kg 3. Stator core downsized by 6mm in diameter *3 to reduce the weight. This results in an increase in max power output per unit mass. More comfort and control 4. Large switch lever for more control. Specifications : Capacity: Wheel Dia 180mm (7") Capacity: Hole Dia 22.23mm (7/8") Spindle Thread M14 x 2 Power Input 2,000W No Load Speed 8,500/min. Overall Length 469mm (18-1/2") Weight *3 4.9kg (10.8lbs.) Accessories included : Side Handle, Wrench

The Hikoki G18ST 180mm (7") Disc Grinder is a powerful and robust tool designed for demanding cutting, grinding, and metalworking applications. Powered by a high-performance 2000W motor, this grinder delivers the strength and durability required for professional construction, fabrication, maintenance, and industrial tasks.

Built to handle heavy workloads, the G18ST offers reliable performance for cutting steel, removing welds, surface preparation, and grinding various materials. Its ergonomic design provides a comfortable grip and improved control, helping to reduce operator fatigue during extended use.

The 180mm (7") disc capacity enables efficient material removal and larger cutting depths, making it an ideal choice for professionals who require productivity and consistent results in challenging environments.

Key Features:

• Powerful 2000W motor for heavy-duty applications
• Large 180mm (7") disc size for increased productivity
• Durable construction for long service life
• Ergonomic grip design for enhanced comfort and control
• Suitable for cutting, grinding, deburring, and surface finishing
• Reliable performance for construction, fabrication, and industrial work
• Designed to withstand demanding job site conditions