CK6136i CNC Lathe

The CK6136i high-precision CNC lathe is a cutting-edge equipment with the following advantages:

1. High-precision machining capability: The CK6136i CNC lathe achieves exceptional machining accuracy, ensuring precise dimensions and superior quality of finished products.

2. Enhanced production efficiency: Leveraging advanced CNC technology, this equipment efficiently and rapidly completes complex machining tasks, significantly boosting overall productivity.

3. Versatility: Equipped with diverse machining capabilities such as turning, threading, facing, and taper machining, it is suitable for multi-domain application scenarios.

4. Automated operation: Configured with a CNC control system, it automates the machining process, effectively reducing manual intervention and improving operational efficiency.

5. Remarkable economic benefits: Its high precision and efficiency reduce production costs, creating greater profit margins for manufacturing enterprises.

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Product Details

Rigid Structure: The CK6136i CNC lathe adopts a rigid structure to ensure stability and vibration-free operation during machining, thereby enhancing precision.

High-Speed Spindle: This machine tool is equipped with a high-speed spindle capable of adapting to various rotational speeds, enabling efficient material removal and superior surface finish.

Tool Options: The CK6136i offers a range of tool options, including an automatic tool changer and live tooling, which enhance its flexibility in machining diverse workpieces. It is equipped with an intuitive control panel and software interface, allowing operators to easily program and optimize the performance of the CK6136i.

The machine tool may also feature multiple tailstock and chuck configurations to accommodate workpieces of varying sizes and shapes.

The CK6136i high-precision CNC lathe stands out as the optimal choice for precision machining applications across various industries, thanks to its exceptional accuracy, production efficiency, versatility, automation, and cost-effectiveness.