Manurhin K’mx 632 Duo: Precision Machining Redefined
The Manurhin K’mx 632 Duo is a high-performance, sliding headstock automatic lathe designed for efficient machining of parts up to 32 mm in diameter. It features two electro spindles for high-speed operations, synchronized rotary guide bush, and six linear plus two rotary axes for versatile machining capabilities. This machine is ideal for producing complex parts with precision, supporting parallel turning or milling with two tools simultaneously. Its advanced design ensures productivity for small to medium batches, making it suitable for various industries.
Specifications
632 DUO | |
Max Diameter of Bar Stock Ø | 32 (36) mm |
Spindle Power kW 100/40% (Main) | 5.5 / 7.5 kW |
Spindle Power kW 100/40% (Sub) | 3.7 / 5.5 kW |
Spindle Max Speed RMP (Main) | 10 000 RPM |
Spindle Max Speed RMP (Sub) | 10 000 RPM |
Spindle Stroke | 410 mm |
Number of CNC Axes | 6+2 |
Programming Channels | 2 |
Tools in Cut in One Time Max | 2 |
Live Tools Power | 2.3 kW |
Features
The Manurhin K’mx 632 Duo is designed for productive machining from bars up to 32mm in diameter, featuring two high-speed electro spindles and a synchronized rotary guide bush for precision. It supports six linear and two rotary axes, enabling complex part production efficiently. This model allows parallel turning or milling with dual tools, enhancing productivity. Ideal for shaft turning with its significant spindle stroke, it’s equipped with an automatic bar feeder for seamless operation, emphasizing its adaptability for various batch sizes.
Benefits of the Manurhin K’mx 632 Duo
- Enhanced machining precision for parts up to 32 mm in diameter.
- High-speed operations with dual electro spindles.
- Advanced productivity with six linear and two rotary axes.
- Parallel turning or milling capabilities for increased efficiency.
- Ideal for small to medium batch production with easy setup.
Industries and Applications
The Manurhin K’mx 632 Duo is particularly suited for industries requiring high precision and productivity in their machining processes. This includes the automotive sector for parts like gears and pistons, aerospace for components requiring stringent tolerances, medical device manufacturing where precision is critical, and electronics for intricate parts. Its capability for efficient and precise machining of complex parts makes it a valuable asset across these varied applications.
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