Surform Plane Stanley 315mm

The Stanley Surform Plane 315mm is a metal body shaping tool engineered for controlled removal of wood material and surface smoothing. With an effective cutting width of approximately 254mm and a lightweight construction of around 100g, this plane is intended for manual shaping tasks where accuracy and manoeuvrability are required. The open-tooth blade profile cuts efficiently across grain and is suited to rapid stock removal as well as finer finishing passes when used with appropriate technique.

Advantages

The metal body provides dimensional stability and resistance to wear, while the replaceable surform blade maintains cutting performance over repeated use. The 315mm overall length with a 254mm working width balances reach and control for larger panels as well as edge work. Its low weight reduces operator fatigue during extended sessions and the blade pattern minimises clogging when working with softwoods and non-ferrous composites.

Suitable for

• Shaping and profiling timber surfaces
• Rapid material removal on soft and hardwoods
• Trimming edges of boards, panels, and door skins
• Smoothing irregular surfaces prior to sanding or finishing

Key specifications

• Overall length: 315mm
• Working blade width: 254mm
• Construction: metal body
• Weight: approximately 100g
• Blade type: open-tooth surform blade, replaceable

How to use

Hold the Surform Plane with both hands and apply steady, even pressure while moving the tool across the workpiece in the direction that best suits the grain. Use longer strokes for flat areas and shorter, controlled passes for edges and profiles. Ensure the blade is seated correctly in the body before use and inspect the cutting surface regularly. For finer results, follow with finer abrasive paper and progressive sanding grits.

Usage recommendations

Use appropriate personal protective equipment such as safety glasses and gloves. Keep the blade clean and replace it when cutting performance decreases. Test on scrap material before working on the final piece to establish the optimal stroke technique and pressure for the material at hand.