Leave Your Message

Small CNC Lathe Machine with Tailstock - High Stability and Precision from China Suppliers and Factory

Introducing our CK6130 and CK6132 small CNC lathes, designed with enhanced tailstocks and an extended Z-axis for superior performance. Manufactured in China, these machines are perfect for precision machining and come highly recommended by industry suppliers. The longer Z-axis travel offers several benefits, including enhanced stability and improved processing accuracy. With increased rigidity and easy adjustments, our CNC lathes are user-friendly and efficient. Choose our factory for reliable small CNC lathe solutions that elevate your manufacturing capabilities

    Products Video

    Technology Parameter

    Parameter SPECIFICATIONS Units CK6130 CK6132
    Machining Capacity Maximum turning diameter over bed mm 300 300
    Maximum turning diameter over turret mm 160 160
    Maximum machining length mm 400 450
    Maximum bar machining diameter mm 40 40
    Diameter of spindle bore mm 48 48
    Maximum stroke of X/Z mm 540/400 700/450
    Power System Spindle maximum spindle speed r/min 3000 3000
    Spindle Motor KW 3.7 4
    X/Z drive motor N/M 3/4 4/4
    Tool Post Height of rectangular tool shank section mm 20 20
    Tailstock Tailstock travel mm 400 450
    Sleeve diameter mm 55 55
    Sleeve taper   MT 4 MT 4
    Sleeve travel mm 100 100
    Precision Repeat Positioning accuracy mm 0.01 0.01
    Machining accuracy mm 0.01 0.01
    Spindle beat mm 0.01 0.01
    Other Cutting fluid pump motor kw 0.4 0.4
    Power supply power KVA 7.5 7.5
    Machine weight kg 900 1100
    Machine Size mm 1900x1200x1600 2000x1200x1600

    product description

    product description01
    product description02
    Enhanced Stability

    The CNC lathe is designed with a robust and stable construction, ensuring that it maintains precise positioning and operation even under the rigorous demands of high-speed cutting. The machine's base and components are engineered with high-quality materials and advanced manufacturing techniques, providing a rigid foundation that minimizes vibrations and movement during the cutting process. This enhanced stability directly contributes to consistent part quality and reduced chatter, which can compromise the integrity of the finished product.

    Improved Processing Accuracy

    The lathe incorporates state-of-the-art control systems and precision components to achieve exceptional accuracy in processing. The advanced CNC control unit, paired with high-resolution feedback mechanisms, ensures that every movement of the machine tool is precise and repeatable. The lathe's accuracy is further enhanced by its ability to compensate for thermal expansion and other environmental factors, ensuring that the dimensions of the machined parts meet the tightest tolerances and specifications.

    Easy Adjustment

    The design of the CNC lathe facilitates quick and straightforward adjustment for various cutting operations. The intuitive control interface allows operators to input new programs or modify existing ones with ease. Tool changers and automatic tool positioning systems further simplify the setup process, reducing the time required to switch between different tools and operations. This flexibility enables the lathe to adapt to a wide range of parts and production requirements without extensive downtime.

    Increased Rigidity

    Rigidity is a key factor in maintaining the precision and efficiency of a CNC lathe. The lathe's structure is fortified to maximize rigidity, with reinforced beds and robust linear guides. This increased rigidity ensures that the cutting forces are effectively absorbed, minimizing deflection and reducing the risk of tool wear. As a result, the lathe can handle heavy-duty cutting operations with greater stability, leading to improved part quality and reduced maintenance needs.

    Easy to Operate

    The CNC lathe is equipped with an intuitive operator interface that simplifies the entire operation process. The control system features a user-friendly interface, allowing operators to easily navigate through various menus, set up cutting parameters, and monitor the machine's status in real-time. Automated features such as conversational programming and self-diagnostic capabilities further enhance the ease of use. Additionally, the lathe's design includes safety features that protect operators and prevent damage to the machine, ensuring a smooth and secure working environment.

    Frequently Asked Questions

    What are the main differences between the CK6130 and CK6132 CNC lathe models?
    The primary differences lie in their maximum machining length (400mm for CK6130 vs. 450mm for CK6132), the X/Z axis maximum stroke (540/400mm vs. 700/450mm), the spindle motor power (3.7KW vs. 4KW), and the overall machine weight (900kg vs. 1100kg) and size.
    What is the machining accuracy of these CNC lathes?
    Both the CK6130 and CK6132 models deliver high precision, featuring a repeat positioning accuracy, overall machining accuracy, and spindle beat of 0.01 mm.
    How does the machine maintain stability during high-speed cutting?
    The machine is built with a robust, rigid foundation using high-quality materials and reinforced beds. This structural design minimizes vibrations and movement, ensuring consistent part quality and reduced tool wear even under high-speed cutting demands.
    Is the lathe easy to adjust for different manufacturing tasks?
    Yes. The CNC lathe features tool changers, automatic tool positioning systems, and an intuitive control interface that allows operators to quickly modify programs, reducing setup times and production downtime.
    What safety features are integrated into the system?
    The control system includes self-diagnostic capabilities, conversational programming, and built-in hardware safety features designed to protect the operator and prevent mechanical damage during operations.

    Leave Your Message