KS-A-87WG-E-5 Optional Milling Head 5° C Axis

Description

KS-A-87WG-E-5 Optional Milling Head 5° C Axis

KS-A87WG-E-5: High-Performance Milling Head for Enhanced CNC Machining​
In the realm of precision manufacturing, where complex components and intricate designs are the norm, the KS-A87WG-E-5 emerges as a high-performance optional milling head designed to elevate the capabilities of CNC machining centers. This heavy-duty attachment is engineered to deliver enhanced flexibility and precision, making it an indispensable tool for tackling complex machining operations that demand versatility and accuracy.​
A key strength of the KS-A87WG-E-5 lies in its ability to enable multi-axis capabilities on standard CNC machines, thereby significantly expanding their processing range. For manufacturers operating with conventional setups, this means unlocking new possibilities in machining—from intricate contours to angled surfaces—without the need for costly upgrades to specialized equipment. This adaptability is particularly valuable in industries such as aerospace, automotive, and mold-making, where parts often require complex geometries that standard 3-axis machining struggles to achieve efficiently.​
Delving into its technical specifications, the KS-A87WG-E-5 boasts impressive performance metrics that underscore its high-performance nature. Its C/A maximum speed reaches 3500 R.P.M, a notable rate that ensures efficient material removal while maintaining the precision required for tight-tolerance work. This high speed allows for faster cycle times, boosting productivity without compromising on surface finish or accuracy—critical factors in industries where quality is non-negotiable.​
The spindle specifications of the KS-A87WG-E-5 follow the BT50 standard, a widely adopted design in CNC machining that ensures compatibility with a broad range of tools and machines. This standardization simplifies integration into existing setups, allowing manufacturers to seamlessly incorporate the milling head into their production lines with minimal adjustments. The C axis, with a 5° range, further enhances its versatility, enabling precise angular positioning for multi-sided machining and complex contouring, which is essential for creating parts with non-linear features.​
Power is another standout feature of the KS-A87WG-E-5, with a maximum output of 38kw. This robust power delivery ensures that the milling head can handle tough materials, including high-strength alloys and hardened steels, with ease. Whether engaged in heavy roughing or fine finishing, the consistent power output guarantees reliable performance even under demanding conditions. Complementing this power is the ability to accommodate a maximum tool diameter of Φ2500mm, a remarkable capacity that allows for large-scale machining operations, making it suitable for producing oversized components or working on large workpieces.​
The KS-A87WG-E-5 also offers valuable optional features, such as the 208AR Center outlet, which enhances coolant delivery to the cutting zone, improving tool life and machining efficiency by reducing heat and chip buildup. Additionally, its tool changing method—hydraulic clamp loosening—ensures quick, secure, and automated tool changes. This hydraulic system minimizes downtime between operations, streamlining the machining process and further boosting productivity. Unlike manual tool changes, which are prone to human error, the hydraulic method guarantees consistent clamping force, reducing the risk of tool slippage and ensuring stable performance throughout the machining cycle.​
In summary, the KS-A87WG-E-5 stands as a powerful and versatile milling head that transforms standard CNC machining centers into multi-axis powerhouses. Its combination of high speed, robust power, precise positioning, and user-friendly features makes it an ideal choice for manufacturers looking to expand their machining capabilities. By enabling complex operations with efficiency and accuracy, it not only enhances productivity but also opens doors to new design possibilities, solidifying its role as a valuable investment for modern manufacturing facilities.