Rip saw YATO YT-3101 — 400 mm carbon steel blade, 0.9 mm thickness

YT-3101 rip saw from YATO is a hand tool designed for ripping wood along the grain with control and precision. The tool features a 400 mm carbon steel blade with a 0.9 mm thickness, providing a balance between stiffness and cutting speed for straight, long cuts. Supplied as a single-piece hand saw, it is suitable for carpentry, joinery and on-site woodworking where accurate, controlled ripping is required.

Advantages

The 400 mm carbon steel blade offers good rigidity for long, straight cuts while the 0.9 mm thickness minimises kerf width and waste. The saw's tooth geometry and blade material are selected to provide consistent cutting performance on softwoods and many hardwoods when cutting along the grain. Its single-piece delivery and straightforward design make it a reliable option for professional trades and hobby woodworkers needing a dedicated rip saw.

Suitable for

• Ripping lumber and boards along the grain
• On-site carpentry and framing work
• Joinery tasks requiring straight, controlled cuts
• Workshop tasks where a dedicated rip cut is preferred over crosscutting

Key specifications

• Blade length: 400 mm
• Blade material: carbon steel
• Blade thickness: 0.9 mm
• Intended cut type: rip cuts (along the wood grain)
• Supply form: single hand saw

How to use

Secure the workpiece and mark the rips line clearly before starting. Use a straight bench or sawhorse to support the timber and maintain a comfortable stance. Position the saw so the teeth engage the wood at the marked line, then use long, steady strokes guided by body movement to maintain a straight cut. Allow the saw to do the work; avoid excessive downward pressure which can bind the blade. Periodically clear sawdust from the cut to keep the kerf visible and reduce friction.

Usage recommendations

For best results use the rip saw on pieces with a clear grain direction and ensure the blade is clean and free of resin. If cutting hardwoods frequently, consider sharpening the teeth or selecting a blade treatment appropriate for harder materials to sustain cutting performance.