Description
Introduction:
This “deep-hole machining-specific” industrial-grade boring tool adopts ultrafine-grain cemented carbide inserts and TiAlN coating technology, achieving IT6-grade precision (Ra1.6) machining. The internal coolant hole design enables efficient chip evacuation, making it suitable for difficult-to-machine materials such as stainless steel and superalloys. When used with horizontal machining centers, it can increase production efficiency by 30%. It supports 0.001mm precision adjustment, meeting the boring needs of precision components like wind turbine main shafts and hydraulic cylinders.
Product Details:
The rough boring tool is a high-efficiency cutting tool designed specifically for industrial-grade rough machining scenarios, with core advantages of “high durability + wide adaptability”. The insert is made of tungsten carbide, featuring excellent wear resistance and impact resistance, which can handle rough boring of conventional metal materials such as cast iron and carbon steel, effectively reducing the frequency of insert replacement; the tool holder is forged integrally from 45# steel, combining high strength and rigidity, which can stably transmit cutting torque and avoid precision loss caused by tool holder deformation during machining.
In terms of machining performance, this rough boring tool covers a hole diameter range of φ50-φ200mm, with a cutting depth of up to 3-15mm. It is compatible with mainstream equipment such as horizontal boring machines and CNC machining centers, meeting the rough boring needs of large components (e.g., cylinder blocks, flanges) in the general machinery and construction machinery fields. In terms of precision, it complies with IT8-IT9 grade standards, with surface roughness controlled at Ra3.2, which can lay a solid foundation for subsequent finish boring processes and reduce secondary machining allowances.
Reviews
There are no reviews yet.