The automotive parts manufacturing sector demands equipment that combines precision with heavy-duty performance. Our LYV-SD500 brake disc CNC turning lathe addresses this need through its innovative dual-tool machining system, specifically engineered for brake disc and hub production.

Core Structural Advantages

Built around a vertical spindle design with thermal-symmetric box-type rib structures, this brake disc CNC lathe maintains exceptional stability during intensive operations. The X/Z axis wide-span configuration and L-shaped column with thickened reinforcement walls provide critical support for large-scale components. These structural elements work in tandem to absorb cutting forces effectively, ensuring consistent accuracy even during prolonged heavy machining tasks.

Simultaneous Machining Capabilities

The machine's standout feature lies in its ability to perform both roughing and finishing operations in a single setup. Equipped with two tool positions (optional turret or linear tool post), it enables simultaneous precision machining of dual braking surfaces. This integrated process flow eliminates the need for secondary operations, significantly reducing production bottlenecks in brake disc manufacturing lines.

Enhanced Production Efficiency

Operational efficiency gains stem from multiple design innovations:

Hydraulic power chucks enable rapid workpiece changes

40° stainless steel chip guides prevent accumulation

Helical chip conveyors automate waste removal

These features collectively contribute to the 30%+ productivity improvement over conventional methods as stated in technical specifications, particularly beneficial for high-volume orders of truck brake discs and similar components.

User-Centric Engineering

The brake disc CNC turning lathe prioritizes operator comfort and error reduction:

Ergonomic full-key control panel with frequency-optimized layout

Linear guide servo motors ensuring smooth axis movements

Imported spindle bearings with premium lubrication systems

These elements combine to create a work environment that minimizes fatigue while maintaining strict machining tolerances required for automotive safety components.

Quality Assurance Protocols

Every brake disc CNC lathe undergoes rigorous multi-stage inspections:

Component-level precision checks during assembly

Full-system stress tests under maximum load conditions

Final verification of automated cycle consistency

This meticulous approach ensures reliable performance in continuous production environments, making the equipment suitable for manufacturers requiring ISO-compliant machining processes.

Application Versatility

While optimized for brake disc manufacturing, the machine's robust construction and flexible tooling options make it equally effective for:

Engine flywheel machining

Transmission component production

Other large-diameter rotary parts

The combination of heavy cutting capacity and precision finishing positions this CNC turning lathe as a versatile solution for diverse automotive and industrial applications.