DeWalt 6 in. (150mm) Bench Grinder - DW756
by DeWalt
Sold out
Original price
G$47,480.00
-
Original price
G$47,480.00
Original price
G$47,480.00
G$47,480.00
-
G$47,480.00
Current price
G$47,480.00
SKU 70ELTOGRDEWW756
The DeWalt DW756 Bench Grinder is a powerful and durable workshop tool designed for grinding, sharpening, deburring, and surface preparation applications. Featuring a heavy-duty induction motor and rugged cast iron construction, this bench grinder delivers reliable performance for professional workshops, garages, and fabrication environments.
Features & Benefits
- Powerful Induction Motor: Provides dependable performance for grinding and sharpening tasks.
- 6" Grinding Wheels: Suitable for a wide range of workshop and metalworking applications.
- Heavy-Duty Cast Iron Base: Durable construction helps improve stability and reduce vibration during operation.
- Precision Machined Aluminum Tool Rests: Allows accurate positioning and improved workpiece support.
- Rear Exhaust Ports: Designed for smoother operation and reduced motor interference from debris.
- Protective Eye Shields: Adjustable eye shields help improve user safety during operation.
- Industrial Sealed Bearings: Designed for extended motor life and smoother performance.
- Versatile Workshop Use: Ideal for sharpening tools, removing burrs, shaping metal, and general maintenance work.
Specifications
- Brand: DeWalt
- Model Number: DW756
- Product Type: Bench grinder
- Wheel Diameter: 6 in. (150mm)
- Power Source: Corded electric
- Motor Type: Heavy-duty induction motor
- Construction: Cast iron base
- Application: Grinding, sharpening, deburring, and metal shaping
- Tool Rests: Precision machined aluminum
- Eye Shields: Adjustable
- Bearing Type: Industrial sealed bearings
- Country of Manufacture: China
Designed for durability, stability, and dependable workshop performance, the DeWalt DW756 Bench Grinder is an excellent choice for professional and home workshop grinding applications.
Product images are for illustrative purposes only and may differ from the actual product.