A felt belt isn’t just a conveyor; it is a sacrificial cutting surface and a vacuum plenum in one. When the knife oscillates thousands of times per minute, it must penetrate the material and slightly score the belt without destroying it.
Here is how Annilte belts solve the three biggest industry pain points:
Low-quality felt mats shed fibers over time. These microfibers clog your vacuum system, stick to adhesive materials, and contaminate clean rooms. Annilte uses a high-density, thermally bonded felt structure that resists shedding, ensuring a clean cutting environment and consistent vacuum hold-down .
A brittle belt surface will dull a blade in hours. Our felt belts feature a composite cut-resistant layer. This provides a soft enough surface to protect the knife tip during through-cuts but is tough enough to prevent the belt from disintegrating, effectively extending the life of your expensive oscillating blades .
Standard belts stretch under the high-speed reciprocation of a gantry. This causes poor tracking and inaccurate cuts. Annilte belts are engineered with reinforced tensile layers that resist deformation, ensuring that your material indexing remains accurate cut after cut .
To meet the rigorous demands of modern CNC cutting rooms, our belts are manufactured with specific technical advantages:
Our clients range from small sign shops to global automotive suppliers. The Annilte felt belt is versatile enough to handle: