Multi-axis machines can move in several directions simultaneously, allowing for tufting on curved or irregular surfaces. This capability is essential for making specialized brushes like toilet brushes, shoe brushes, or technical brushes with 3D contours.

The base material—such as plastic, wood, or metal—affects the brush’s durability, weight, cost, and application. Choosing the right base is essential for compatibility with tufting methods and for meeting the functional and aesthetic demands of the end product.

CNC (Computer Numerical Control) brush machines automate precise movements like hole drilling, tufting, and trimming. They reduce manual labor, minimize errors, and allow for quick adjustments in design, resulting in faster production and consistent brush quality.

The filament feeding system delivers bristle material from spools or hanks into the tufting head. It regulates the length, quantity, and type of filaments, ensuring consistent tuft sizes and smooth operation during high-speed production.

Precise hole positioning ensures the consistent placement of bristle tufts, which affects the performance, durability, and appearance of the finished brush. Advanced CNC systems are often used to drill or mold holes with high accuracy based on the brush design.

The trimming unit shapes and evens out the bristles after tufting, ensuring a uniform length and clean finish. It can be adjusted for different brush styles, such as angled, domed, or flat tops, depending on the brush's intended application.