Lama per seghetto alternativo/da traforo/seghetto Bosch 2 608 636 225

Jigsaw Blade Bosch 2 608 636 225 High Precision Cutting is a T-shank blade made from bi-metal (BIM) designed for precise, tear-free cuts in thin to medium-thickness wood-based materials. With a total length of 83 mm and a tooth pitch of 1.4 mm, the blade is intended for laminates, hardwood, laminated panels and plywood in the 1.5–15 mm thickness range and is suitable for curve cuts where clean edges are required.

Advantages

The Bosch 2 608 636 225 blade features pointed, ground and taper-ground teeth that deliver high cutting precision and reduced splintering. Its bi-metal construction provides improved durability compared with standard carbon-steel blades, and the T 101 AOF tooth geometry is optimized for fine, smooth cuts in HPL, laminates and hardwood. The compact 83 mm length allows access in confined areas while maintaining control and stability during cutting.

Suitable for

• Laminates (1.5–15 mm)
• Hardwood and panels (1.5–15 mm)
• Laminated panels and HPL (1.5–15 mm)
• Plywood and curved cuts requiring minimal tear-out

Key specifications

• Brand: Bosch
• Model / MPN: 2 608 636 225 (2608636225)
• EAN: 3165140264341
• Shank type: T-shank (T 101 AOF)
• Material: Bi-metal (BIM)
• Total length: 83 mm
• Tooth spacing (pitch): 1.4 mm
• Recommended material thickness: 1.5–15 mm

How to use

Install the blade into a compatible jigsaw with a T-shank blade holder following the jigsaw manufacturer’s instructions and ensure the blade is secured. For best results, select an appropriate speed setting for the material being cut and feed the workpiece steadily without forcing the blade. Use clamps or supports to stabilize the workpiece during curve cuts and follow standard safety practices including eye and hand protection.

Recommendations

Use this blade for fine, tear-minimized cuts in laminates, HPL and hardwood panels from 1.5 to 15 mm. Replace the blade when cutting quality declines or if teeth are damaged; store blades dry to prevent corrosion.