Products
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PCD Drill Bit High Precision Industrial Drill for Composite/Aluminum
PCD (Polycrystalline Diamond) drill bits are engineered with ultra-hard diamond particles and high-strength tool bodies, delivering exceptional wear resistance, precision, and stability for demanding drilling applications
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PCD Drill Reamer Precision CNC Hole Machining Tool
The PCD (Polycrystalline Diamond) Drill Reamer is a high-performance precision cutting tool designed for integrated drilling and reaming in demanding CNC machining applications. It completes pilot hole machining and precision finishing in one pass, effectively doubling production efficiency. With a stepped structure design, it can machine stepped holes in one go, simplifying processes and improving dimensional consistency.
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Polycrystalline Diamond PCD Step Reamer Precision Hole Machining Tool
PCD Step Reamer is a high-precision one-pass forming reaming tool with polycrystalline diamond cutting edge. It is specially designed for multi-diameter stepped hole processing, widely used in CNC machining of aluminum alloy, carbon fiber composite, high silicon aluminum and other non-ferrous materials. It features high dimensional accuracy, smooth surface finish and ultra-long service life.
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Precision Step PCD Reamer Mirror Finish Hole Tool for Non-Ferrous Metals
PCD (Polycrystalline Diamond) Reamer is a high-performance ultra-precision hole finishing tool, designed to achieve micron-level dimensional accuracy and mirror-grade surface quality for demanding manufacturing applications.
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High Precision PCD Shank Reamer Multi-Step Diamond Reamer for CNC Machining Aluminum Alloy
PCD shank reamer adopts integrated design with polycrystalline diamond inserts and high-rigid alloy shank. It is specially designed for high-precision hole finishing of aluminum alloy, cast aluminum, composite materials and non-ferrous metals. It features super wear resistance, high dimensional accuracy, excellent surface finish and far longer service life than carbide reamers. Widely used in CNC machining centers, auto parts, aerospace and medical device precision reaming.
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PCD Diamond Thread Milling Cutter for Aerospace Automotive High‑Silicon Aluminum
Our PCD (Polycrystalline Diamond) Thread Milling Cutter is precision-engineered for high-accuracy thread machining on abrasive non-ferrous materials, including aluminum, high-silicon alloys, composites, and CFRP. Featuring a multi-flute design with deep chip gullets, this CNC thread mill delivers mirror-finish threads and exceptional performance under high-speed machining conditions, while complying with ISO 965-1 standards for reliable quality.
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PCD Profile Milling Cutter Ra0.05‑0.1μm Mirror Finish for Non‑Ferrous Metals & Composites
Our PCD Contouring Cutter is a premium CNC precision cutting tool engineered for superior accuracy, extended tool life, and mirror-quality surface finishing on non-ferrous metals, aluminum/magnesium alloys, composites, carbon fiber, and abrasive materials. Designed for high-speed machining and complex contouring, it drastically reduces downtime, secondary finishing, and tooling costs in high-volume production environments.
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PCD Inserts WCGT with Chip Breaker – High Precision Turning Inserts for Non-Ferrous Metals & Composites
WCGT Series PCD (Polycrystalline Diamond) Inserts integrate WCGT Wire-Cut Geometry Technology and exclusive chip breaker structure, specifically designed for high-precision, high-speed cutting of non-ferrous metals and abrasive materials. Leveraging the superhard properties of PCD material and optimized tool geometry, it achieves three core advantages: “long service life, high precision, and low cost”, widely used in automotive, aerospace, 3C electronics and other high-end manufacturing fields.
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VCGT Type PCD Inserts Precision Turning Tools for Non-ferrous Metal Mirror Finish
VCGT type PCD inserts are equipped with high-quality polycrystalline diamond tips, specially designed for difficult-to-machine materials such as non-ferrous metals, aluminum alloys, copper alloys and carbon fiber composites. They realize stable cutting with high precision, high surface finish and long service life, and are widely used in high-precision manufacturing fields such as automotive, aerospace and 3C electronics.