Precision CNC Turning

At Precisium, we specialize in advanced CNC turning services, catering to the production of high-complexity parts with extremely tight tolerances. Our commitment to precision and quality positions us as a leader in the industry, particularly for innovative prototyping and customized manufacturing solutions.

Cutting-Edge Turning and Milling with DMG MORI CLX 450 TC

Our premier equipment, the DMG MORI CLX 450 TC universal machine, is at the forefront of turning technology, offering unparalleled turning and milling capabilities. This machine enhances our ability to handle complex, multi-axis jobs efficiently:

• Integrated Turning-Milling Functionality: The DMG MORI CLX 450 TC excels in both turning and milling, allowing for the complete machining of parts in a single setup. This integration reduces handling and increases the precision of final products.
• B-Axis Versatility: Equipped with a B-axis that has a ±120° swivel angle and 0.001° resolution, our machine eliminates the need for angular tools and enables precision machining of intricate geometries.
• Efficient Tool Changes: With an automatic tool changer accommodating up to 60 tools, we ensure rapid setups and transitions, supporting our commitment to quick turnarounds and flexible production schedules.

How CNC Turning Works

CNC turning involves placing a cylindrical workpiece into a chuck on a turning machine or lathe and securing it. Once the workpiece is secured and the machine is activated, the chuck rotates at high speed. A stationary cutting tool, controlled by a CNC system, is then applied to the surface of the rotating workpiece. The movement of the tool is precisely controlled along multiple axes, allowing for the creation of various shapes, cuts, and fine details.

Here’s a breakdown of the key elements involved in CNC turning:

1. Programmable Control: The CNC system uses detailed programming codes (G-code, for example) that dictate the machine’s operations, such as the speed of rotation, the movement of the tool, and the rate of feed. This programming allows for repeatability and precision in mass production or individual projects.
2. Cutting Tools: These are typically made from strong, durable materials such as carbide or high-speed steel. The choice of tool material and shape depends on the material of the workpiece and the type of cut required.
3. Workpiece Material: CNC turning can be applied to a wide range of materials, including metals such as aluminum, brass, copper, steel, and titanium, as well as plastics and other composites.