1. High-efficiency chip removal, reduced heat buildup: The horizontal spindle configuration achieves high-efficiency chip removal through gravity, allowing chips to fall naturally and preventing accumulation in the machining area. This not only reduces secondary damage to the machined surface from chips but also effectively reduces cutting heat buildup, enabling longer uninterrupted machining cycles, especially suitable for batch machining of metals and other hard materials.

The Anben AN series employs an optimized chip removal channel, combined with a high-flow-rate cutting fluid system, ensuring smooth and efficient machining.

2. Multi-faceted machining, completed in a single setup: Horizontal machining centers are typically equipped with a rotary table or pallet exchange system, allowing for multi-faceted machining of workpieces without manual repositioning. This significantly reduces the number of setups and auxiliary time, improving machining accuracy consistency and production efficiency.

The Anben AN series can be equipped with a high-precision CNC rotary table, enabling four-axis simultaneous machining to meet the multi-faceted machining needs of complex box-shaped parts, valve bodies, pump bodies, and more.

3. High Rigidity Structure, Suitable for Heavy Cutting

The horizontal structure allows for more rational stress distribution on the spindle and tool system, resulting in overall rigidity superior to vertical models of the same specifications. This makes horizontal machining centers particularly suitable for heavy cutting and large-mass removal of difficult-to-machine materials such as cast iron and steel.

The Anben AN series features a one-piece cast iron bed and a widened guideway span design, ensuring excellent rigidity and vibration resistance even under heavy cutting conditions.