Hot Sale Ceratizit Ncr.rd.12,0.35°.z4.hb.el Dpa52s Monstermill - Ball Nosed Cutter 5303312460 (0744057) Gadget [6fI8AFXc]

Ceratizit NCR.RD.12,0.35°.Z4.HB.EL DPA52S MonsterMill Ball Nosed Cutter

Introducing the Ceratizit NCR.RD.12,0.35°.Z4.HB.EL DPA52S MonsterMill Ball Nosed Cutter, a high-performance tool designed for precision machining. This cutter is engineered for exceptional cutting capabilities, making it an ideal choice for professionals seeking top-notch performance. With its robust construction and advanced coating, the MonsterMill Ball Nosed Cutter delivers superior cutting efficiency and longevity. Key features include:

• High-quality material for durability and strength
• Advanced coating for reduced friction and longer tool life
• Optimized design for improved cutting performance

Product Specifications and Technical Details

The Ceratizit NCR.RD.12,0.35°.Z4.HB.EL DPA52S MonsterMill Ball Nosed Cutter is designed to handle a wide range of materials, including stainless steel, HiTemp alloy, and all materials. Its cutting diameter of 0.4724" and maximum depth of cut of 0.6299" make it versatile for various applications. The cutter features a protruding length of 2.1654" and an overall length of 3.9370", ensuring optimal performance in your machining operations. Key specifications include:

• Cutting diameter: 0.4724" (12.000 mm)
• Maximum depth of cut: 0.6299" (16.000 mm)
• Protruding length: 2.1654" (55.000 mm)
• Overall length: 3.9370" (100.000 mm)

Practical Uses and Target Audience

The Ceratizit NCR.RD.12,0.35°.Z4.HB.EL DPA52S MonsterMill Ball Nosed Cutter is a versatile tool suitable for a wide range of applications, including metalworking, machining, and precision cutting. Its high-performance features make it an excellent choice for professionals in the automotive, aerospace, and manufacturing industries. With its ability to handle various materials and its superior cutting capabilities, this cutter is a valuable asset for any workshop. Benefits of using this product include:

• Improved cutting efficiency and reduced cycle times
• Increased tool life and reduced downtime
• Enhanced precision and surface finish