Alpha Technology Development Co.Ltd

Alpha standard solid carbide drill bit is made of high-quality carbide materials and is suitable for universal hole machining in various materials such as steel, stainless steel, and cast iron. The optimized spiral groove design ensures efficient chip evacuation, while the precise manufacturing process guarantees stable hole diameter accuracy. The long service life design significantly reduces tool replacement frequency and overall machining costs.

Alpha solid carbide deep hole drill bit supports drilling with a depth-to-diameter ratio of 40:1 and is manufactured from high-performance carbide. The precisely polished spiral flutes ensure smooth chip evacuation, while the special cutting edge design achieves precise centering and low cutting forces, effectively solving the problems of drilling deviation and chip blockage in deep-hole machining.

Achieve precise, efficient, and clean cuts on honeycomb materials with our durable solid carbide ultrasonic knife. Designed for aerospace, automotive, and packaging industries, it minimizes waste, reduces noise, and boosts productivity, meeting the demands of modern industrial cutting.

Designed for precision and efficiency, our high-speed honeycomb cutters tackle overseas customers' key challenges: low machining efficiency, rapid tool wear, and inconsistent quality. Perfect for aerospace, automotive, and marine industries, they ensure clean cuts, durability, and superior performance across various honeycomb materials.

Alpha Diamond Coated Corn Teeth End Mills utilize polycrystalline diamond coating technology, specifically engineered for CFRP/GFRP composites. The unique corn teeth geometry effectively prevents fiber delamination, while the ultra-hard coating significantly extends tool life. These end mills are ideal for use in both CNC and robotic automated machining systems.

Alpha diamond coated router bits utilizes polycrystalline diamond coating technology and is optimally designed for CFRP/GFRP composite materials. The carbide substrate provides strength support, while the diamond coating ensures excellent wear resistance and service life. The sharp cutting edge effectively cuts off fibers to avoid tearing, making it suitable for high-precision CNC and robotic machining systems.

Alpha Diamond-coated ball-nose end mill is equipped with a chip breaker and specially designed for machining complex curved surfaces of CFRP/GFRP composites. The spherical tool tip is suitable for 3D contour milling, and the integrated chip breaker effectively controls fiber chips. The Diamond coating provides excellent wear resistance, ensuring high surface finish and long service life during profile machining.

Alpha diamond-coated straight-flute end mill features a carbide substrate combined with a polycrystalline diamond coating, specially designed for high-rigidity machining of composite materials. The straight-flute geometry provides maximum rigidity to reduce vibration, while the sharp cutting edges ensure clean cutting of fibers. It is suitable for heavy cutting and precision slotting applications in CFRP/GFRP composites.

Alpha Diamond Coated ball-nose milling cutter uses a polycrystalline diamond coating and is optimized for CFRP/GFRP contour machining. The spherical tool tip enables precise copying of complex 3D curved surfaces, while the carbide substrate ensures cutting stability. The sharp cutting edges effectively cut fibers to avoid delamination, making it suitable for high-precision 3D modeling applications in aerospace, automotive, and other industries.

Alpha Diamond-coated flat-end end mill adopts polycrystalline diamond coating technology and is specially designed for finish machining of CFRP/GFRP flat surfaces. The flat tool tip ensures precise bottom surface machining and flatness control, while the carbide substrate provides cutting stability. The sharp cutting edges achieve excellent surface finish, making it suitable for high-precision flat milling applications.

Alpha single-flute end mill features diamond coating technology, specifically engineered for CFRP/GFRP materials. Its single cutting edge prevents fiber entanglement, while the large chip flute design avoids clogging. Low cutting heat protects the resin matrix. The carbide substrate ensures rigidity, and the sharp coated edge delivers clean cuts, making it ideal for precision machining of thin-walled components and heat-sensitive materials.

Alpha Diamond Coated Centering Drill features a polycrystalline diamond coating and is specifically optimized for drilling CFRP/GFRP materials. Its centering tip ensures precise positioning to prevent slippage, while the special geometric design significantly reduces delamination and burr defects. Available in 1/4 to 1/2 inch imperial and 6-12mm metric sizes, it is suitable for precision joint hole machining in industries such as aerospace and automotive.