Milwaukee
Milwaukee Tool 3/8" Diamond Max Hole Saw Bit
- SKU:
- MLW49-56-0509
- Availability:
- Usually Ships Same Day
- Weight:
- 0.06 LBS
Description
DUTY®
DIAMOND MAX
Diamond Hole Saw
Create 3/8 in anchoring or clearance holes in tile, stone and glass with this one-piece diamond saw.
Product Overview
The 3/8 in cutting edge uses diamond grit held by an improved braze for hard, abrasive surfaces.
The one-piece saw uses a 1/4 in quick-change hex shank; its side slot gives access to trapped cores.
- Diamond gritCuts hard, abrasive surfaces.
- Brazed edgeHelps retain the diamonds.
- One-piece bodySaw and hex shank together.
- Slug-ejection slotAccess to the cut core.
Technical Specifications
- Hole diameter
- 3/8 in
- Cutting abrasive
- Diamond
- Shank
- 1/4 in hex
- Construction
- One piece
- Diamond retention
- Brazed
- Applications
- Tile, stone and glass
Choose the Correct Fit
Match the hole to the anchor or fitting. Support tile and other fragile material, and inspect the drilling path for concealed services.
Use a compatible drill and follow the saw’s starting and cooling instructions. A hex shank alone does not authorize impact or hammer operation.
Installation & Care
Keep the saw aligned and avoid side loading. Use the speed, pressure and water method specified for the bit and work material.
Isolate the drill before clearing the core. Let the saw cool and remove debris from the slot before storage.
Small Details. Big Jobsite Energy.
Get set. Stay focused. Make your next move count.
THE NEXT JOB.
Ask Willy:
Need a diamond saw for tile or stone? Tell Willy the material, thickness, hole diameter and drill you will use.
Important Product Questions
Does the hex shank make it impact rated?
No impact rating is established by the hex shape. Use the drill and cutting mode specified by the saw instructions; do not assume hammer or impact use is permitted.
Do I need a separate hole-saw arbor?
This is a one-piece saw with a 1/4 in quick-change hex shank. Confirm the drill accepts that shank and is suitable for the intended material.
How do I avoid cracking tile or glass?
Support the work, follow the specified starting and cooling method, and avoid excessive feed pressure or side loading. Check suitability for the exact material before cutting.
