In the field of aviation manufacturing, every detail of processing cannot be overlooked, especially for lightweight metal structural components such as aluminum alloys. Customers have particularly high requirements for processing accuracy, surface finish, and tool stability. In practical applications, issues such as cutting efficiency, chip evacuation smoothness, and whether the tool is prone to sticking are almost the focus of every engineer's attention.

In order to satisfy these demands, AMG has specially launched this low-spiral aluminum flat blade, which has been widely welcomed by aviation manufacturing enterprises.

This flat tool is made for aviation materials such as aluminum alloy and high-strength aluminum. It is made of ultra-fine grain cemented carbide, making it sturdy and durable. Its low helix angle design, coupled with a high-gloss mirror groove, ensures excellent cutting stability and surface quality during high-speed machining.

• Precision machining of structural components such as aircraft skin, stiffeners, and frames
• Rough machining and finishing of high-strength aluminum shells
• Very suitable for parts with high requirements for smoothness

Custom flute length, shank diameter, and corner radius available upon request.

The design with a low helix angle allows the cutting force to be more concentrated and transmitted downward, which means that the tool is less prone to vibration when machining thin-walled parts and can avoid part deformation. At the same time, it helps reduce heat accumulation and lower the probability of tool sticking. The sharp cutting edge, coupled with a mirror-like groove, ensures stability, speed, and cleanliness during high-speed cutting, resulting in a more beautiful machined surface.

• Difficult to vibrate the tool, yet stable with thin walls: The structural design effectively suppresses vibration, making it particularly suitable for thin components
• Smooth processing and beautiful appearance: the cut surface is smoother, need not additional treatment
• Quick chip evacuation and good heat dissipation: Chips and heat can be quickly evacuated, ensuring a more stable machining process
• Wide range of applicable materials: not only ordinary aluminum, but also various aviation-grade light alloys can be handled