Products

Products

  • 70-Degree 4-Flute Ultra-High Carbide Bull Nose R Cutter Stainless Steel Specific CNC Tool

    70-Degree 4-Flute Ultra-High Carbide Bull Nose R Cutter Stainless Steel Specific CNC Tool

    We manufacture this bull nose cutter with ultra-high grade carbide, engineered at 70 degrees and featuring a 4-flute design for dedicated stainless steel machining. Its bull nose R structure excels in transitional surface processing, balancing precision and edge durability—critical for stainless steel’s toughness. The 4-flute configuration enhances chip evacuation, while the ultra-high carbide build ensures superior wear resistance. Tailored for CNC operations, it delivers stable, consistent results, making it ideal for industrial stainless steel part manufacturing requiring reliable performance.

  • 70-Degree 4-Flute Carbide Bull Nose R Cutter Specific for Stainless Steel and Titanium Alloy

    70-Degree 4-Flute Carbide Bull Nose R Cutter Specific for Stainless Steel and Titanium Alloy

    We craft this cutter from premium carbide, engineered with a 70-degree angle and 4-flute design, specialized as a bull nose R tool for stainless steel and titanium alloy machining. Its bull nose R structure balances precision and durability, ideal for contouring and transitional surface processing. The 4-flute configuration enhances chip evacuation, while the high-hardness carbide build resists wear against tough materials like stainless steel and titanium alloy. Built to meet strict industrial standards, it delivers stable, consistent results for demanding precision manufacturing tasks.

  • 70-Degree 4-Flute High Carbide Extended Stainless Steel Specific CNC End Mill

    70-Degree 4-Flute High Carbide Extended Stainless Steel Specific CNC End Mill

    We produce this end mill with high-grade carbide, engineered at 70 degrees and featuring a 4-flute design to excel in stainless steel machining. Its extended length allows for deep-reach or large-cavity processing, while the high carbide composition ensures superior hardness and wear resistance—critical for stainless steel’s tough properties. Tailored for CNC systems, the 4-flute structure enhances chip evacuation, keeping cuts stable and precise. It’s built to meet strict industrial standards, making it a reliable choice for consistent stainless steel part manufacturing.

  • 70-Degree 4-Flute High Carbide Stainless Steel Specific Extended CNC End Mill

    70-Degree 4-Flute High Carbide Stainless Steel Specific Extended CNC End Mill

    We manufacture this end mill with premium high carbide, engineered at 70 degrees and featuring a 4-flute design for dedicated stainless steel machining. Its extended length enables deep-cavity or long-reach processing, while the robust carbide build ensures durability against stainless steel’s toughness. Tailored for CNC operations, the 4-flute structure enhances chip evacuation, delivering stable cutting and precise results—ideal for industrial stainless steel part manufacturing requiring consistent accuracy.

  • 70-Degree 2-Flute Carbide Stainless Steel Specific Ball Nose R CNC End Mill

    70-Degree 2-Flute Carbide Stainless Steel Specific Ball Nose R CNC End Mill

    We craft this ball nose end mill from high-grade carbide, designed with a 70-degree angle and 2-flute structure for dedicated stainless steel machining. Its R-ball nose design excels in curved surface contouring, while the robust carbide build ensures durability against stainless steel’s tough properties. Tailored for CNC operations, it delivers stable cutting and precise results—ideal for industrial stainless steel part manufacturing requiring consistent accuracy.

  • 70-Degree 2-Flute Carbide Stainless Steel Specific Ball Nose CNC End Mill

    70-Degree 2-Flute Carbide Stainless Steel Specific Ball Nose CNC End Mill

    We produce this ball nose end mill with premium carbide, engineered at 70 degrees and featuring a 2-flute design for dedicated stainless steel machining. Its ball nose (R) structure excels in contouring and curved surface processing, while the robust carbide build ensures durability against stainless steel’s toughness. Tailored for CNC operations, it delivers stable cutting performance and precise results—ideal for industrial applications requiring consistent accuracy in stainless steel part manufacturing.

  • 65-Degree Straight Flute 2-Flute 90-Degree Carbide Stainless Steel Specific CNC Chamfer Drill

    65-Degree Straight Flute 2-Flute 90-Degree Carbide Stainless Steel Specific CNC Chamfer Drill

    We craft this tool from premium carbide, engineered with a 65-degree design, straight flute structure, and 2-flute 90-degree configuration for dedicated stainless steel machining. It’s tailored for CNC chamfering and drilling tasks, with robust carbide construction ensuring durability against stainless steel’s toughness. The straight flute design promotes smooth chip evacuation, delivering precise, burr-free chamfers—ideal for industrial applications requiring consistent accuracy in stainless steel processing.

  • 65-Degree Super Hard Carbide Twist Drill Imported Coated for Stainless Steel High Hardness Steel Drilling

    65-Degree Super Hard Carbide Twist Drill Imported Coated for Stainless Steel High Hardness Steel Drilling

    We manufacture this drill using premium tungsten carbide, engineered with a 65-degree design and super hardness to tackle tough drilling tasks. Its imported coating enhances wear resistance and reduces friction, making it dedicated to stainless steel and high hardness steel. The twist drill structure ensures smooth chip evacuation, delivering precise, clean holes—ideal for industrial drilling needs where durability and accuracy in hard materials are critical.

  • 65-Degree Full Thread Single-Tooth Carbide Thread Mill CNC End Mill M2 M3 M4 M6

    65-Degree Full Thread Single-Tooth Carbide Thread Mill CNC End Mill M2 M3 M4 M6

    We produce this thread mill with premium carbide, featuring a 65-degree design and full thread structure, paired with a single-tooth configuration for precise threading. It’s engineered for CNC systems, compatible with M2 M3 M4 M6 thread sizes, ensuring accurate thread profiling and consistent tooth formation. The carbide build enhances durability, making it reliable for industrial threading tasks where precision and stability are critical.

  • 65-Degree Single-Tooth Carbide Thread Mill CNC End Mill M2 M3 M4 M6

    65-Degree Single-Tooth Carbide Thread Mill CNC End Mill M2 M3 M4 M6

    We craft this thread mill from high-grade carbide, engineered with a 65-degree design and single-tooth structure for precise thread machining. It’s tailored for CNC systems, compatible with M2 M3 M4 M6 thread sizes, ensuring accurate tooth profiling and smooth cutting. The carbide build enhances wear resistance, making it reliable for consistent thread production in metal parts—ideal for industrial applications requiring precise threading.

  • 65-Degree 4-Flute Carbide CNC Stainless Steel Specific Flat-End Tool

    65-Degree 4-Flute Carbide CNC Stainless Steel Specific Flat-End Tool

    We produce this 4-flute tool with premium carbide, engineered at 65 degrees for dedicated CNC machining of stainless steel. Its flat-end design ensures precise planar processing, while the 4-flute structure enhances chip evacuation to reduce heat buildup—critical for stainless steel’s tough machining properties. The carbide build guarantees durability, making it a reliable choice for consistent, high-quality results in industrial stainless steel part production.

  • 60-Degree 2-Flute Small Diameter Carbide Ball Nose Mill for Steel and Aluminum

    60-Degree 2-Flute Small Diameter Carbide Ball Nose Mill for Steel and Aluminum

    We craft this ball nose mill from high-grade carbide, designed with a 60-degree helix angle and 2-flute structure to excel in precision machining. Its small diameter makes it ideal for fine, detailed work on both steel and aluminum, while the ball nose design ensures smooth contouring and curved surface processing. Engineered for durability and stable performance, it’s a reliable tool for meeting strict accuracy demands in metal processing across industries.