4" 6 TPI U-Shank Fast / Rough Wood Cutting HCS Jig Saw Blade - DeWALT

The DeWALT DW3700H 4" 6 TPI U-Shank Fast / Rough Wood Cutting HCS Jig Saw Blade is engineered for efficient and aggressive wood cutting tasks in professional environments. Designed for technicians and tradespeople, this high-performance blade delivers robust material removal for demanding industrial and automotive applications.

Key Features

• High Carbon Steel (HCS) Construction: Manufactured from durable high carbon steel, this blade is built for resilience and extended service life when cutting various wood types, standing up to rigorous professional use.
• 6 TPI (Teeth Per Inch) Design: The aggressive 6 TPI tooth geometry is optimized for rapid and efficient material removal, making quick work of rough wood cutting applications and increasing job site productivity.
• Precision Ground Teeth: Each tooth is precisely ground to maintain superior sharpness over prolonged periods, ensuring consistent cutting performance and cleaner initial cuts even during aggressive operations.
• Deep Gullets for Enhanced Chip Clearance: Featuring deeper gullets and increased free space, the blade effectively expels wood chips and debris, preventing clogging and facilitating continuous, faster cutting action.
• Universal U-Shank Compatibility: Designed to seamlessly integrate with DeWALT® jig saws and other universal U-shank jig saw models, providing versatile compatibility across professional tool inventories.

Applications

This DeWALT jig saw blade is well-suited for a variety of professional wood cutting applications. It is ideal for automotive customization projects, including modifications to interior wood panels or the fabrication of specialized wooden components. In industrial settings, it excels in general carpentry, framing, subfloor installation, and other tasks requiring fast and effective cuts through lumber, plywood, and oriented strand board (OSB). Its rough cutting profile makes it particularly effective for initial cuts, demolition work, or any application where speed and material removal take precedence over a fine finish.