Milwaukee
Milwaukee Tool OPEN-LOK 2-1/2" TITANIUM CHARGED Bi-Metal Multi-Material Multi-Tool Blade
- SKU:
- MLW49-25-1241
- Availability:
- Usually Ships Same Day
- Weight:
- 0.08 LBS
Description
DUTY®
2-1/2 in Bi-Metal
Multi-Material Blade
An OPEN-LOK oscillating blade designed for soft metals and nail-embedded wood.
Product Overview
The 2-1/2 in edge covers mixed repair cuts in wood with nails, PVC and drywall.
Bi-metal teeth tolerate soft-metal cutting, while the raised anchor supports work close to a surface.
- Cutting edgeBi-metal for mixed repairs.
- Flush accessRaised OPEN-LOK anchor.
- Plunge workUp to 1-5/8 in reach.
- Blade IDLaser-etched markings.
Technical Specifications
- Cutting width
- 2-1/2 in
- Plunge depth
- 1-5/8 in
- Construction
- Bi-metal
- Mount
- OPEN-LOK
- Tooth treatment
- Titanium enhanced
- Coating
- Black oxide
Choose the Correct Fit
Match the OPEN-LOK anchor to your multi-tool’s accessory holder. Confirm model-specific fit and any required adapter before ordering.
Identify concealed pipes, wiring and fasteners before a plunge cut. Match the tooth material and available depth to the work.
Installation & Care
Remove the battery or unplug the tool before changing the blade. Seat the anchor fully and tighten the clamp as the tool manual directs.
Let the teeth do the work without excessive pressure. Allow the blade to cool, then inspect it for missing teeth, cracks or bending.
Small Details. Big Jobsite Energy.
Get set. Stay focused. Make your next move count.
THE NEXT JOB.
Ask Willy:
Tell Willy the material, the cut depth and your multi-tool model to check the right blade and interface.
Important Product Questions
Will this fit a Starlock tool?
OPEN-LOK compatibility does not establish Starlock fit. Check your exact tool’s approved accessory interface; these are not Starlock blades.
What materials is this blade for?
For soft metals, wood with nails, PVC and drywall.
Is the plunge-depth figure a cutting guarantee?
The blade’s stated maximum plunge depth is 1-5/8 in. Check access, blade mounting angle and clearance behind the work before cutting.
