Sherline 10-Inch Tabletop Mill CNC-Ready (Inch)

• Sherline 10-Inch Tabletop Mill CNC-Ready (Inch)
• Offers precision in a compact size
• Supports both manual and CNC control
• Mills wood, plastic, aluminum, steel
• Features electronically controlled speeds
• Includes robust 90V DC motor

The Sherline 10-Inch Tabletop Mill CNC-Ready (Inch) is a meticulously engineered machine designed to deliver precision and versatility in machining tasks. This CNC-ready mill is ideal for both hobbyists and professionals seeking to produce small, precision parts with exceptional accuracy and reliability. Despite its compact desktop size, it offers the precision and accuracy of a full-size machine, making it suitable for cutting a variety of materials including wood, plastic, aluminum, and steel.

This mill is equipped with factory-installed stepper motor mounts, replacing traditional handwheels, and is prepared for the addition of stepper motors and computer numeric controls. It is important to note that CNC-ready machines are not operational until stepper motors are installed. The inclusion of handwheels allows for manual control once the stepper motors are in place, providing flexibility in operation. Sherline offers high-quality stepper motors and CNC options, and there are several aftermarket suppliers available for motors, drivers, and software to complete the CNC system.

The standard equipment for this CNC-ready mill includes a robust 90V DC motor with an electronic speed controller, ensuring smooth and efficient operation. The machine features a 10-inch base and a table with two T-slots, providing ample space for various milling projects. The handwheels, which are included, can be mounted to the end of the stepper motors to maintain manual control when necessary. Additionally, the mill is designed with oil reservoirs on the X/Y axes and the Z axis to keep critical parts lubricated, enhancing its durability and performance.

Note: Ensure proper installation of stepper motors and CNC components before operation to avoid potential hazards.