2026 MYLAS MY-TURN MTY51/65

This 2026 MYLAS MY-TURN MTY51/65 CNC Lathe comes equipped with CNC Control: Fanuc 32i and a variety of upgrades that enhance its functionality. Notable features include a Chip Conveyor, Tool Presetter, Tailstock, Parts Catcher, Live Tooling, Sub Spindle, Y-Axis, 5-Axis, Collet Chuck on both Main and Sub, and Air Blower on both Main and Sub. 

The MTY series is crafted for users who require rapid, high-volume processing. Its design focuses on precision production, ensuring the ability to handle tight tolerances with each operation. With five configurations available, it suits various production needs, allowing for optimized processing efficiency.

This lathe uses a three-channel design with an additional X3 axis, saving time and reducing expenses by enabling simultaneous tool usage—similar to working with three separate tool turrets. The option to install the tailstock on the sub-spindle allows the processing of lengthy workpieces, adapting to larger projects seamlessly.

Dual Y-axes provide the capability to perform rapid milling operations. This setup can cut down processing time by more than 50%. The boxway design further allows work with hard materials, expanding the machine's application scope.

The equipment features two BMT55 16-station power turrets. These turrets boast a power rating of 3.7/5.5KW, 17.7/23.6nm, and offer a spindle speed of 6000RPM, enhancing milling productivity and minimizing processing duration.

The machine incorporates solid main and sub-spindles equipped with roller bearings. This design concentrates force directly at the cutting surface, supporting higher speeds and heavier cuts with ease. It enables simultaneous, independent machining of the workpiece alongside C-axis applications with a resolution down to 0.001 degrees for intricate contouring tasks.

Tooling is simplified through simultaneous machining with three tools. The dual-turret and three-programming-channel system allow the machine to execute three operations at once, each maintaining individual offsets. The sub-spindle integrates with both the upper and lower turrets to perform tasks collectively.

For those using the tailstock, simultaneous operation with the sub-spindle allows for machining between the main spindle and tailstock while maintaining normal operations within the sub-spindle. This configuration ensures versatility in handling different types of machining tasks, enhancing the overall throughput of the lathe.