The heart of high-speed cutting heat dissipation and wear-resistant design of high-performance CNC blades ——CDCARBIDE CNC tool factory reshapes the future of metal processing with patented technology

The heart of high-speed cutting heat dissipation and wear-resistant design of high-performance CNC blades

——CDCARBIDE CNC tool factory reshapes the future of metal processing with patented technology

Under the wave of intelligent manufacturing and Industry 4.0, high-speed cutting technology has become the core driving force for improving 

processing efficiency. As the heart of high-speed cutting, the performance of CNC blades directly determines the processing accuracy, tool life 

and production cost. With a number of patented technologies and continuous innovation of professional technical teams, CDCARBIDE CNC tool 

factory has launched a high-performance blade solution with heat dissipation and wear resistance as the core, providing high-quality, factory-priced

 tool products for customers in the fields of automobiles, aerospace, molds, etc., helping the industry break through the efficiency bottleneck.

1. Heat dissipation design the calm way of high-speed cutting

During high-speed cutting, the high temperature generated by the friction between the blade and the workpiecewill cause the edge to soften, aggravate wear, and even cause processing deformation. CDCARBIDE uses three

 patented heat dissipation technologies to control the cutting temperature in the ideal range

Gradient cooling groove structure The blade surface adopts a spiral cooling groove designed by bionics, 

combined with a precise edge angle, so that the cutting fluid can directly reach the high temperature zone, 

and the heat dissipation efficiency is increased by 40%.

Nano thermal conductive coating The independently developed TiAlN-WCC composite coating has a 25% 

higher thermal conductivity than traditional coatings, which quickly transfers heat to the handle to avoid 

overheating of the cutting edge.

Dynamic stress dispersion technology Optimize the blade matrix structure through finite element analysis 

to reduce cutting stress concentration and reduce the risk of thermal deformation.

2. Wear-resistant design Hard-core strength to withstand harsh working conditions

Facing difficult-to-process materials such as stainless steel and titanium alloy, CDCARBIDE has created an 

ultra-wear-resistant blade system through collaborative innovation of materials-structure-process

Ultrafine grain cemented carbide matrix 90% WC-10% Co ultrafine powder (grain size  0.5μm) is used, 

with a hardness of HRA93.5 and a bending strength of over 4000MPa.

Multi-arc ion plating composite coating Combining the TiCN transition layer with the AlCrN top layer,

 a three-layer protective structure of hard-tough-corrosion-resistant is formed, which still maintains high

 hardness at high temperatures.

Patented edge passivation technology Through intelligent laser passivation equipment, the edge radius 

is precisely controlled to 2-5μm, balancing sharpness and wear resistance.

Technical breakthrough In titanium alloy processing, the single-edge life of CDCARBIDE blades exceeds 

800 minutes, far exceeding the industry average.

III. CDCARBIDE's full chain value deep empowerment from technology to service

As a professional CNC tool factory, CDCARBIDE not only provides high-performance blades, but also drives 

technology + service to create long-term value for customers

Customized R&D capabilities In response to customer special needs, the professional technical team can 

provide tool optimization solutions within 72 hours, supporting customized services such as material 

adaptation and groove design.

Smart manufacturing guarantee The factory is equipped with advanced equipment such as German five-axis 

linkage grinders and Japanese vacuum sintering furnaces to achieve full-process quality control from raw 

materials to finished products.

Factory direct supply mode Eliminate the intermediate links, reduce procurement costs for customers at 

factory prices, and promise to improve the cost performance of similar products by more than 15%.

Breakthrough with core to define a new benchmark for high-speed cutting

In the field of high-speed cutting, CDCARBIDE CNC tool factory continues to lead industry innovation with 

the dual advantages of heat dissipation and wear-resistant design, multiple patented technologies and 

professional team support. Whether it is stable performance under complex working conditions or cost 

optimization of green manufacturing, CDCARBIDE always takes high performance, high reliability and high 

service as the core to help customers seize the initiative in the era of intelligent manufacturing.

Choosing CDCARBIDE means choosing

✅ Quality assurance of professional CNC tool factory

✅ Efficiency revolution driven by patented technology

✅ Cost advantage brought by factory price