Precision blade for oscillating tool

The Makita DTM51Z is a versatile, cordless multi-tool designed for various DIY and professional projects. It features an 18V LXT Li-ion battery system, keyless blade change, and oscillation technology.

6 E-Cut plunge-cut saw blades - for sawing in wood and metal - Starlock fitment - suitable for all FEIN MultiTools and all other common MultiTools on the market - A collection of our best selling wood and metal Starlock E-Cut multitool blades - Durable an

Fein 26 Piece Starlock Oscillating Multi Tool Blade and Sanding Sheet Set - comprehensive collection of blades and sanding sheets for a variety of cutting, grinding and sanding tasks.

Fein segmented diamond-tipped saw blade, color-coded, 3 x 3/32", suitable for grout removal.

Discover the FEIN 63502118210 Segmented Tungsten Carbide Saw Blade, designed for precision and durability. This color-coded, semi-circular blade measures 3" with a thickness of 2.2mm, ideal for heavy-duty cutting tasks in metalworking and more.

FEIN 63502227210 saw blade SL e-cut c hcs 55x35 1-pack - Product range: accessory - Multimaster - FEIN part number: 63502227210

Smart Tool Group - Place universel Rapide et Lames - H4MAK - Suitable for Fein, Bosch, Makita, Dewalt, Milwaukee, Worx and other brand machines brands - For wood, wood with nails, plasterboard, wood, plastic and glass of non-ferrous metals

The Stanley HCS Oscillating Multi Tool Plunge Cut Blade is a versatile and efficient tool for making precise plunge cuts in various materials. This pack contains one blade measuring 32mm, perfect for use with the Stanley HCS Oscillating Multi Tool.

This is a HCS plunge-cutting saw blade designed for cutting hardwood. It is made by Bosch and measures 40x65mm with Starlock oscillating multi-tool attachment.

Sirius Oscillating Multi Tool with precision plunge blade and Japanese tooth for cutting, sanding, and grinding tasks. 34mm blade size, pack of 1.

The Sirius Oscillating Multi Tool features a precision plunge blade with Japanese teeth for cutting and shaping materials with precision.