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Custom-Profile
Custom-Profile

Custom Profile

Truly cost-saving custom service
  • Multi-layered Composite Gradient Technology
  • Post-processing Polishing Customization
  • Matrix Cobalt Removal and Pre-treatment Compatibility

Matrix Cobalt Removal and Pre-treatment Compatibility: For different grades of cemented carbide, the cobalt removal depth must be precisely controlled within 3–5 μm. Insufficient removal results in poor coating adhesion; excessive removal embrittles the substrate, causing it to fracture upon contact.

Multi-layered Composite Gradient Technology: Non-standard customization is not merely applying a single coating layer—it involves nanoscale, alternating multi-layer deposition. The base layer ensures strong adhesion; the intermediate layer relieves stress; and the top layer delivers ultra-high hardness exceeding HV10,000. Tools fabricated using this technology achieve a 40% improvement in toughness and at least a fivefold increase in service life.

Post-processing Polishing Customization: Many non-standard components exhibit inadequate surface roughness due to micron-scale particles on the coating surface. Our non-standard service includes ultrasonic mechanical polishing, yielding a mirror-like coating surface with a coefficient of friction below 0.1—effectively eliminating chip evacuation blockages.

In manufacturing, ultimate competitiveness hinges not on who works harder, but on who wields more capable tools. Rather than fretting daily over tooling costs in the workshop, simply send us your machining drawings—we’ll engineer a custom “meat-eating tool” tailored exclusively for your application.

PRODUCTS

PRODUCTS

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Dental-burs-1

Dental burs

Ultra-hard and wear-resistant for extended service life: High-strength, densely coated diamond layer significantly harder than conventional silicon carbide burs—resistant to wear, sand loss, and chipping, thereby doubling service life and reducing replacement costs.
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Diamond-coated-cutting-inserts-1

Diamond-coated cutting inserts

Diamond-coated cutting inserts are meticulously fabricated using cemented carbide substrates and high-performance diamond vacuum coating technology. The diamond crystals are densely and uniformly arranged with strong bonding strength, delivering exceptional hardness, outstanding wear resistance, low friction coefficient, high-temperature resistance, and impact resistance.
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PCB-Diamond-Coated-Milling-Cutters-1

PCB Diamond-Coated Milling Cutters

PCB diamond-coated milling cutters, also known as PCB routing cutters, printed circuit board milling cutters, or engraving cutters, are primarily used for contour cutting, slotting, depth-controlled milling, V-grooving, half-hole machining, and gold finger chamfering of PCBs; they are the most commonly used carbide tools in post-PCB manufacturing processes.
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PCB-diamond-drill-bit-1

PCB diamond drill bit

PCB drill bits with excellent chip removal and hole roughness capabilities, long service life, suitable for drilling general multilayer and HDI boards, FR-4, CEM-1 boards, and eco-friendly boards. Diameter range: 0.1–1.2 mm
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Our Blog

Blog

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1/ April

Sustainable Manufacturing Trend: Diamond Coating Listed as a Key Technology for “Green Machining”

Global manufacturing’s environmental requirements will reach a new high in 2026. Due to their exceptionally long service life, CVD diamond tools significantly reduce the carbon footprint associated with discarded tools and enable higher-efficiency dry machining (reducing cutting fluid pollution), leading multiple governments to include them on their recommended lists for sustainable manufacturing.
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Industry-News-5

1/ April

Predictive Maintenance Technology: CVD Tools with “Wear Prediction” Functionality Introduced

Major players such as Oerlikon have introduced new CVD coatings with nanocrystalline structures, rendering their wear patterns highly predictable. Combined with the industrial IoT sensors set to become widespread in 2026, factories can achieve “zero unexpected tool breakage.”
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Industry-News-4

1/ April

New Aerospace Standard: CFRP Machining Volume Surges by 35%

The global use of CVD diamond in the aerospace industry is projected to increase by 35% by 2026. Due to the widespread application of carbon fiber reinforced polymer (CFRP) and ceramic matrix composites, the wear rate of traditional cutting tools can no longer meet the delivery cycles of giants like Boeing and Airbus.
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Industry-News-3

1/ April

Semiconductor Heat Dissipation Revolution: Diamond Emerges as the “Lifesaver” for AI Chips

With the explosive growth of AI data centers and high-performance GPUs, over 40% of semiconductor manufacturing will begin using diamond crystals as a heat-diffusing material by 2026. Its thermal conductivity is five times that of copper.
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Is your tooling keeping up with the "Difficult-to-Machine" era?

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Graphite, Ceramics, and Carbon Fiber are the future, but they are “tool killers.” If you’re still using traditional coating, you’re fighting a losing battle.
Our CVD (Chemical Vapor Deposition) Diamond Coating creates a real crystalline diamond layer on the carbide substrate. This isn’t just a “finish”—it’s a shield.

Why top distributors choose our CVD series:
1.Ultra-Low Friction: Prevents chip welding and heat buildup.
2.Extreme Abrasion Resistance: Maintains sharp cutting edges $20 \times$ longer.
3.Surface Finish: Mirror-like results on the workpiece, zero secondary polishing needed.

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