accessible_forward
Accessibility Statement. Read more.
Plunge Base for Compact Router
DNP612
Plunge Base for Compact Router
- Adjustable, tool-free steel motor cam lock makes depth adjustment and base changes quick and solid-locking
- Precision machined brass bushings and case-hardened steel guide rods provide a smooth and accurate plunge stroke
- Clear, LEXAN sub-base provides enhanced base durability, bit visibility, and accepts standard template guide bushings
DNP612
Plunge Base for Compact Router
- Adjustable, tool-free steel motor cam lock makes depth adjustment and base changes quick and solid-locking
- Precision machined brass bushings and case-hardened steel guide rods provide a smooth and accurate plunge stroke
- Clear, LEXAN sub-base provides enhanced base durability, bit visibility, and accepts standard template guide bushings
Product Details
Downloads
The DNP612 heavy-duty Plunge Base for Compact Router features a clear, Lexan base for enhanced base durability and rubber overmolded handles and low center of gravity design for comfort, balance, and control.
|
Color
|
Yellow, Black
|
|
Power Source
|
Manual
|
|
Product Weight [oz]
|
48
|
- Rubber overmolded handles and low center of gravity design provide best-in-class comfort, balance, and control
- Heavy-duty, precision machined, die-cast aluminum base and motor housing for durability and low tool weight
- Five position, adjustable turret stop assists in stepped or repeated plunge cuts
- Micro-fine depth adjustment on plunge base 5/128" per turn for precise routing in veneer and inlays
- Easy to reach plunge lever and switch for superior control while routing
- 3 Year Limited Warranty, 1 Year Free Service, 90 Days Satisfaction Guaranteed
We’re confident of the quality of our products, and we’ll repair, without charge, any defects due to faulty materials or workmanship within the specified warranty.
We take extensive measures to ensure all our products are made to the very highest standards and meet all relevant industry regulations.
Popular Accessories
0 0
