Oscillating Saw Blades Set Multipurpose Arc Edge 5-Pack

Oscillating Saw Blades Set Multipurpose Arc Edge 5-Pack Description

Parts List: 5 x Extended arc Japanese tooth saw blade 2 x Different gaskets Highlight description: Curved Edge Technology: This oscillating blade features a curved edge design that delivers optimal cutting angles throughout the entire oscillating motion for enhanced efficiency and precision Extended Reach Cutting: Ideal for long reach cuts into tight spaces its extended design provides extra length to tackle hard to reach areas with consistent and effective results Triple Ground Japanese Teeth: Combining the curved design with triple ground Japanese teeth this blade offers uniquely smooth cutting for woodworking projects leaving a clean and polished surface finish Professional Wood Cutting Tool: Specifically engineered for wood cutting this oscillating blade is a reliable choice for various woodworking tasks from installing grilles to flush cutting components with expertise Wide Compatibility: Compatible with most oscillating tool brands on the market it offers universal fitment though not recommended for use with star lock interface systems Detailed description: Description: This saw blade is a versatile cutting tool designed for both professionals and DIY enthusiasts. With a 32 mm tooth width and 68 mm cutting depth it excels in tackling thick and dense materials. The robust construction ensures long lasting performance while the precision tooth design delivers clean and accurate cuts. Key Feature: Solid: These blades are solid enough so they will not break to easily in normal use. Ample Quantity: Our set will offer quite a few pieces of the tool to you. Specification: Product Name: Tooth Oscillating Saw Blades Set Materials: Cr V Saw blade tooth width: 32 mm / 1.26 In Saw blade cutting depth: 68 mm / 2.68 In Note: 1. There may be slight color differences between the product picture and the actual item. We will do our best to display the color as accurately as possible. 2. Please allow slight dimensional discrepancies due to manual measurement.