MILW 49-56-9607 7/8-IN HOLE DOZER BI-METAL HOLE
MILW 49-56-9607 7/8-IN HOLE DOZER BI-METAL HOLE
Stanion #49569607MIL
MFG #49-56-9607
UPC #045242198344
Product Overview
The MILWAUKEE® 7/8" HOLE DOZER™ Bi-Metal Hole Saws new 3.5 TPI tooth design offers the longest life in metal applications. These HOLE DOZER™ Bi-Metal Hole Saws feature the industry's only Lifetime Tooth Break Warranty and take on all general purpose applications, making them the most durable hole saws. Our ALL-ACCESS SLOTS solve the frustration of plug removal for more productivity with less downtime between holes. The new slot design also offers increased pilot visibility for accurate placement and faster chip ejection keeping the cut cool. HOLE DOZER™ Thermoset Coating allows for faster cutting and is optimized for cordless tools, delivering 25% more holes per charge. Milwaukee HOLE DOZER™ Bi-Metal hole saws are proudly made in the USA.
- Attributes
- Application
- Includes
- Item Features
- Warranty
BrandMilwaukee®
Applicable MaterialsAluminum, Cast Iron, Mild Steel, Sheet Metal and Stainless Steel
Body MaterialCarbon Steel
Chuck Size1/2 in
ColorWhite
Country of OriginUS
Cutting Depth1-5/8 in
Cutting Edge MaterialBi-Metal/8% Cobalt
Cutting Edge StyleToothed
Diameter7/8 in
Drill Size1/4 in Dia x 3-1/2 in L
Manufacturer NameMilwaukee Tool
Shank Size3/8 in
Shank TypeHex
Speed585/260/390/195 rpm
TPI or Pitch3.5 TPI
Use Arbor49-56-7210/49-56-7240/49-56-7250 and 49-56-9100
Multi-Purpose
(1) 7/8" Hole Dozerâ„¢ Bi-Metal Hole Saw (49-56-9607)
- Most Durable Hole Saw Period
- New 3.5 TPI Tooth Design
- All Access Slots enhance user productivity by providing best access and leverage to remove material slugs
- Increased Pilot Visibility for Accurate Hole Saw Placement
- Thermoset Coating reduces friction and drag, increasing overall speed and cordless efficiencies
- Plug Jack, an all access slot design for fast plug removal
- Rip Guard, the strongest tooth form in the industry
- https://assets.edgenet.com//43e3c29d-262b-46d7-b461-eac8cc6204c1
Limited Lifetime

