Leichman | LK-200MSY CNC Dual-Spindle Turning and Milling Compound Machine

LK-200MSY CNC Dual-Spindle Turning and Milling Compound Machine

High Precision. Full Automation. One Ultimate Solution.

At Leichman, we are committed to pushing the boundaries of CNC machining technology to empower modern manufacturing. The LK-200MSY CNC Dual-Spindle Turning and Milling Compound Machine is the epitome of efficiency, precision, and flexibility. Designed for medium to high-volume production environments, this machine integrates dual spindles, live tooling, and Y-axis functionality — enabling complete machining of complex components in one setup.

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Why Choose the LK-200MSY from Leichman?

1. Dual-Spindle Efficiency

The LK-200MSY features both a main spindle and a sub-spindle, allowing for simultaneous front-and-back machining. This significantly reduces cycle time and improves part accuracy by eliminating multiple setups. The synchronized spindles work together to enhance productivity, especially for intricate parts requiring multiple operations.

2. Advanced Milling with Y-Axis

Unlike traditional lathes, this turning and milling compound machine includes a Y-axis, allowing for off-center drilling, slotting, and contour milling. Complex geometries that would typically require secondary machines can now be completed on a single platform, reducing labor costs and increasing throughput.

3. Powerful Live Tooling System

The live tooling turret supports high-speed milling, drilling, and tapping operations. Each tool station can accommodate driven tools, meaning multi-functional machining is at your fingertips. With C-axis control and Y-axis movement, users can achieve angular machining, helical cutting, and more with utmost precision.

4. Stable Structure for Superior Accuracy

The LK-200MSY is built with a heavy-duty cast iron bed and box-type guideways to minimize vibration and thermal deformation. This ensures excellent surface finish and dimensional stability, even during prolonged machining sessions. The rigid construction translates into long-lasting performance and reduced maintenance.

5. User-Friendly Syntec Controller

Equipped with a high-performance Syntec CNC controller, the LK-200MSY offers intuitive programming, customizable cycles, and real-time diagnostics. The operator interface is designed for maximum ease of use, supporting both G-code and conversational programming formats.

6. Automated Chip Removal & Coolant System

To maintain a clean and efficient work area, the machine comes with an automatic chip conveyor and high-capacity coolant system. This ensures uninterrupted machining, prolongs tool life, and enhances safety in your production line.

Ideal Applications

The LK-200MSY is engineered to serve a wide range of industries that demand high-precision, complex components, including:

• Automotive parts (shafts, housings, fittings)

• Medical components (bone screws, implants, connectors)

• Robotics and automation parts

• Hydraulic and pneumatic fittings

• Electrical and electronic connectors

• Custom precision parts for industrial applications

Key Specifications

Smart Manufacturing, Powered by Leichman

At Leichman, we understand the challenges faced by modern manufacturers: tight delivery schedules, increasingly complex part geometries, and high-mix low-volume production needs. The LK-200MSY is designed not just as a machine, but as a complete manufacturing solution. With its advanced features, high rigidity, and automation capabilities, this machine helps reduce lead time, cut operational costs, and improve overall shop efficiency.

Whether you are upgrading from a traditional lathe or looking to expand your digital machining capabilities, the LK-200MSY is your ideal partner in achieving excellence in precision.

Technical Support and Global Service

Leichman offers comprehensive after-sales support, including remote diagnostics, on-site training, spare parts availability, and customization consulting. Our global service team ensures that your production line remains up and running with minimal downtime.