Blade set Makita B-67480

The Makita B-67480 blade set includes four bimetal blades designed for general-purpose cutting tasks. Made to fit compatible reciprocating saws and similar cutting tools, these blades combine durability and a tooth design intended to handle a range of materials such as wood and metal. The set is intended to provide a balance between cutting speed and blade life for routine workshop and jobsite work.

Advantages

The bimetal construction offers improved resistance to wear and heat compared with standard carbon steel blades, extending service life during mixed-material cutting. Supplied as a four-piece set, it reduces the need to frequently replace individual blades for common applications. The blades are suitable for both coarse and finer cuts depending on the material, providing versatility for various cutting tasks.

Suitable for

• Cutting wood, including lumber and framing materials
• Cutting ferrous and non-ferrous metals in light to moderate thicknesses
• Demolition or remodeling tasks where mixed materials are present
• General workshop and trade use with compatible reciprocating saws

Key specifications

• Quantity: 4 blades per set
• Blade material: bimetal construction for enhanced durability
• Intended use: multi-material cutting (wood and metal)
• Compatibility: designed for use with compatible reciprocating saws and similar power tools

How to use

Select a blade appropriate for the material, install it into the reciprocating saw according to the tool manufacturer’s instructions, and ensure the blade is securely locked before operation. Operate the saw at a speed and feed appropriate for the material being cut, applying steady pressure and allowing the blade to do the work. Inspect blades before use for damage and replace any blade that shows excessive wear or deformation.

Usage recommendations

For best results, match the blade tooth pattern and size to the material and thickness. Use personal protective equipment, secure the workpiece, and allow cooling intervals when cutting dense materials to extend blade life.