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JX35P Hiwin Linear Guide Slant Bed CNC Lathe Machine

✅ Unwavering Accuracy — High flatbed with vertical guide maintains consistent precision through machining, assembly, and daily operation.

✅ High-Precision Motion — X & Y axes feature precision ball screws with scientific pre-tensioning assembly, reducing thermal deformation for superior transmission accuracy.

✅ Enhanced Supporting Precision — Precision bearings from top-tier brands + high-precision locking nuts ensure rock-solid screw support and locking performance.

✅ Smart Lubrication System — Automatic centralized lubrication at timed intervals protects ball screws, linear guides, and all moving components for sustained accuracy and durability.

When precision matters, choose the JX35P.

DM us for specs & quotes!

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CX50 CNC Turning Lathe Machine

Complete turning, milling, threading, and grooving in a single clamping cycle—ensuring superior concentricity and eliminating double clamping. From 2-sided to 6-sided polygonal parts, taper milling, chamfering, and arc machining, this versatile machine handles it all. Featuring high/low speed turning capability, a rigid bed-foot connected structure with imported linear guides, and hydraulic clamping for full automation. Precision, speed, and reliability—engineered for your workshop.

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Structure and Operation of a CNC Machine Lathe

CNC (Computer Numerical Control) lathes consist of several key components that enable precise machining:

Headstock and Spindle: The headstock holds and rotates the workpiece at adjustable speeds, providing the main rotational motion.

Tailstock: The tailstock can support long workpieces, ensuring stability during machining.

Tool Turret: Holds multiple cutting tools and allows automatic tool changes based on the programmed sequence.

Bed and Carriage: The workpiece and tool move along the bed, allowing precise cutting along longitudinal and radial axes.

Control System: The CNC controller executes pre-programmed instructions, controlling spindle speed, feed rate, and tool movement to achieve consistent results.

This setup allows CNC lathes to produce precise cylindrical, conical, or threaded components with minimal manual intervention.

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What skills are required to operate and program a CNC lathe effectively?

Effective operation requires a blend of traditional machining knowledge and modern technical skills. A foundational understanding of manual machining principles—speeds and feeds, tool geometry, material properties, and metrology—is essential for troubleshooting and optimizing programs. Technical drawing literacy (reading GD&T symbols) is necessary to interpret part specifications.

For programming, knowledge of G-code is fundamental, whether writing code manually or using CAM (Computer-Aided Manufacturing) software. CAM software skill is increasingly important for programming complex parts efficiently. Skill in machine setup is critical, including workpiece fixturing (using chucks, collets, centers), tool presetting and offset entry, and establishing the program zero point. Basic maintenance and diagnostic ability—understanding lubrication schedules, recognizing abnormal sounds, and performing simple diagnostics using the machine control—are necessary for sustained operation and reduce downtime.

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What are the components of a CNC turning machine?

A CNC turning machine factory integrates several subsystems into a single unit.

Machine Bed and Frame: This is the heavy, rigid cast iron or steel base that provides stability and absorbs vibration. It supports all other components.

Headstock and Spindle: The headstock houses the main spindle, which is a high-precision rotating shaft driven by an electric motor. The spindle holds the workpiece using a chuck, collet, or between centers, and provides the rotational power (RPM) for the cutting operation.

Tailstock: Located opposite the headstock, this movable unit provides support for the free end of long workpieces using a center point, preventing deflection during machining.

Tool Turret: This is an indexable carrier that holds multiple cutting tools (turning tools, drills, boring bars). It rotates to bring the required tool into the cutting position automatically, as programmed.

Carriage and Slides: The carriage is the assembly that moves the tool turret. It rides on hardened and ground linear slides or guideways, precisely positioned by ball screws. Motion is divided into axes: the X-axis controls radial movement (in/out), and the Z-axis controls longitudinal movement (left/right along the bed).

CNC Controller and Drive System: This is the computer and software that interprets the part program (G-code). It sends electronic signals to servo motors or stepper motors that drive the ball screws, controlling the precise position, speed, and feed of the tool turret and other machine functions.

Coolant System: A pump, tank, and nozzles deliver cutting fluid to the tool-workpiece interface to reduce heat, improve surface finish, and flush away metal chips.

Chip Management System: This includes a chip conveyor or pan to remove the continuous metal shavings (chips) produced during cutting, keeping the work area clear.

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Achieving Uncompromising Precision and Repeatability: CNC Machining Lathe

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The primary advantage of a CNC machining lathe lies in its ability to produce parts with exceptional dimensional accuracy and to replicate those results identically across production runs.

Digital Blueprint Execution: Unlike manual lathes that rely on the skill and steady hand of an operator, a CNC machining lathe operates directly from a digital design file, typically a CAD model. This digital instruction set guides the machine's movements with microscopic precision, eliminating human error from the cutting process. The result is a part that matches the designer's intent down to fractions of a millimeter.

Mass Production Consistency: Once a program is verified, the CNC machining lathe can produce the part, the hundredth part, and the thousandth part with virtually no variation. This repeatability is crucial for manufacturing interchangeable components. In a high-volume CNC machining factory, this ensures that every piston, valve, or shaft will fit and function as intended within a larger assembly, guaranteeing product reliability.

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What Problem Does The CNC Turning Lathe Solve In Industrial Production?

One of the primary problems addressed by a CNC turning lathe factory is the need for precision and consistency in industrial production. Traditional manual lathes rely heavily on the operator's skill, which can result in variations between parts. In industries such as automotive, aerospace, and electronics, even minor discrepancies can assembly issues or reduced product performance.

Maintaining Tight Tolerances:

CNC turning lathes are controlled by computer programs that guide the cutting tools with exact measurements. This ensures that every part produced meets precise dimensional requirements. A CNC turning lathe factory can produce components with tolerances as fine as a few microns, reducing errors that are common in manual machining.

Repetition Without Deviation:

For mass production, consistency is crucial. CNC machines can replicate the same operation hundreds or thousands of times without deviation. This consistency helps companies reduce waste and avoid costly rework, improving overall efficiency in the manufacturing process.

Complex Geometry Capabilities:

Many industrial components require intricate shapes or internal features that are difficult to achieve manually. A CNC turning lathe can perform multiple operations in a single setup, producing complex geometries with minimal human intervention. This capability solves a problem that traditional tools often struggle to address efficiently.

By improving precision and ensuring uniformity, CNC turning lathes from a CNC turning lathe factory help industries meet quality standards and customer expectations while production errors.