Chucking Reamer: 0.0331" Dia, 1.3000" OAL, 0.2750" Flute Length, Str Pkg
Part #: 02759199|Brand: MAGAFOR|MPN #: 88860000840
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Chucking Reamer: 0.0331" Dia, 1.3000" OAL, 0.2750" Flute Length, Str Pkg
Part #: 02759199|Brand: MAGAFOR|MPN #: 88860000840
  • Solid carbide construction for enhanced rigidity and wear resistance
  • Suitable for machining a wide range of materials, including high-strength steels and alloys
  • Spiral flute design effectively evacuates chips, minimizing chatter and promoting smooth reaming
    • The MAGAFOR 88860000840.0331" Size Solid Carbide Spiral Flute Straight Shank Chucking Reamer is engineered for precision reaming in high-precision applications. Designed to deliver superior performance, this reamer ensures the production of holes with exceptional finish quality and dimensional accuracy. Its solid carbide construction provides enhanced rigidity and wear resistance, making it suitable for machining a wide range of materials, including steels over 1300 N/mm‚², treated steels up to 60 HRC, abrasive tough steels, stainless steels, titanium alloys, hard bronze, inconel, nimonic, waspaloy, hard cast irons, thermoplastics, nylon, PVC, laminated materials, graphite, reinforced polymers with glass or carbon fibers, ceramics, and glass. The spiral flute design effectively evacuates chips ahead of the cutting edge, minimizing chatter and promoting a smooth reaming process. This feature is particularly beneficial when right-hand cutting with a left-hand helix, as it pushes chips forward, leaving a precisely reamed hole with an excellent finish without chatter marks or bell mouth. The reamer's straight shank design allows for easy mounting and stability during operation. With a size range from 0.60 mm to 13.05 mm available in increments of 0.005 mm, and from 0.60 mm to 20.05 mm in increments of 0.05 mm, the MAGAFOR 88860000840 offers versatility to meet various reaming requirements. By incorporating this reamer into your machining processes, you can achieve high-quality results, reduce tool wear, and enhance overall operational efficiency.

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