Rotary tables are motorized tables that allow for precise positioning of workpieces during machining. Rotary tables can rotate horizontally or vertically and operate through a central spindle that can orient to any angle. These machines are used in many industrial applications, from cutting metal and woodworking to welding operations, inspection, and assembly. 

A Multifunctional Machine

Rotary tables have a wide range of applications in machining and manufacturing. They can be used in milling, drilling, cutting, and grinding applications to position workpieces at accurate angles for precision work. In milling, this allows for the creation of complex geometries, such as dovetails, curves, and arcs. Rotary tables are also used with other versatile machines, such as CNC milling machines, CNC lathes, and vertical milling centers.

Enhancing Workpiece Accuracy

Rotary tables bring a level of accuracy to machining operations that is unparalleled. The ability to position, index, or lock the workpiece at any level of angle or position through a rotary table’s clamps and chucks creates a tight tolerance, reducing waste and human error in production. Besides, with equal division, a rotary table can produce accurate polygon shapes or precision holes on a workpiece.

Versatility in Different Industries

Rotary tables are used in various industries, including automotive, aerospace, defense, oil and gas, medical, electronics, animation, and film production. They are an essential mechanism in the manufacture of automobile parts and aerospace components, such as propellers, turbine blades, and jet engine fuel nozzles, and in creating molds in the plastic and rubber industries.

Fitting According to Needs

The choice of a rotary table product depends on the size and weight of the workpiece, the degree of precision required, and the production speed. Different rotary table products include manual or motorized tables, tilting and indexing, and trunnion rotary tables. Large rotary tables are also helpful when dealing with larger components or for large-format machining, where creating a second setup may not be feasible.

Other Benefits

Using rotary tables in machining offers several benefits, such as reducing idle time when changing tools or workpieces, increasing production output, and minimizing error rates. This also saves on labor-related costs and improves the ROI of the machining process. Since it can divide angles equally, rotary tables are often used in applications that require indexing. This mechanism creates a precise alignment between the tool and the workpiece.

Rotary tables offer various applications in different industrial machining and manufacturing processes and have proved to be versatile, highly adaptive machines. Selecting the right rotary table for a particular process leads to streamlined production, improved accuracy, and reduced waste and errors. Understanding the benefits of different rotary table products can increase productivity and efficiency, ultimately leading to a more successful business operation.