Light Duty Deburring Tools (2.6 mm)
5 από 5 products
Deburring tools for opposite holes
cross holes in difficult to reach places Works best on cross holes in difficult to reach places. For right hand users. Blade Materi...
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Deburring tools for external & internal
Works best on both internal and external burrs.For right hand users.Blade Material: H.S.SHardness: 62-64 RcAngle: 50 DegWeight: 13 gr
Deburring tools for brass and cast iron
Works best on brass and cast iron.For left and right hand users.Blade Material: H.S.SHardness: 62-64 RcAngle: 80 DegWeight: 14 gr
Deburring Tools Hardened Steel and Special Plastics
Hardened Steel and special plastics
Deburring tools steel, aluminum and
Works best on steel, aluminum and plastic.Works best on steel, aluminum and plastic. For right hand users. Blade Material: H.S.S Hardness:...
View full detailsLight duty deburring tools (2.6 mm) are hand tools designed to remove burrs and sharp edges after cutting, drilling, or machining. They help clean up edges and holes, improve surface finish, and reduce the risk of injuries or assembly issues, while preserving critical part geometry and dimensional integrity.
In this collection you’ll find Noga solutions with 2.6 mm blade/shank formats for fine deburring on aluminum, steel, brass, and plastics. Choose tools with ergonomic handles, quick blade replacement, and blade geometries suited for internal or external deburring, edge breaking on flat surfaces, or access to tight features. Selecting the right blade type supports controlled cutting action, consistent chip removal, and a uniform finish across repeated operations.
These tools are widely used by machinists, QC technicians, maintenance teams, and production operators in metalworking, fabrication, and assembly environments where fast finishing is required before inspection, coating, or final assembly. They are especially practical for prototypes, small batches, and precision components where clean edges are essential.
































































































































































































































































































































































































































