Cutting tools for acoustic panel materials

Cutting tools for acoustic panel materials

For cutting acoustic panel materials, it is usually recommended to use an oscillating knife, a bevel cutter, a milling cutter; it can be used for cutting and grooving 9-50 mm felt acoustic panels. Learn more about the nuances of tool selection and find the tool that best suits your needs.

There are a variety of tools available for CNC acoustic panel cutting, each with their own unique benefits. From vibrating cutters to milling cutters, the right choice depends on your material, design and desired finish.

What role do vibrating tools play in the cutting process of acoustic panels?

Oscillating tools are indispensable tools in the field of precision cutting. High-frequency vibrating tools can cut thin sound-absorbing panels to extremely fine precision, and high-power vibrating knives can cut thicker materials. These tools move very fast and can cut materials in an instant, leaving a smooth and flat-cut surface!

When it comes to intricate designs and detailed work on acoustic panels, grooving tools are your best choice. These tools feature a variety of grooving angles from straight O° to an acute 45°, making it easy to create complex patterns and shapes. We can also customize grooving angles to meet specific design needs, ensuring each panel is a masterpiece of precision and detail.

Choosing the correct machine model is crucial to obtain the best tool performance. For standard acoustic panel sizes, the machine model AOL1625 is recommended, with an effective working area of 1600mm X2500mm. For some special sizes, the equipment size can be customized! Choosing the right machine ensures your tools perform optimally.

How CNC cutting equipment works:

Using computer graphics, the internal data is processed and transmitted to the machine control card. The control card then sends command pulse signals to the servo drive. The drive drives the servo motor to move the machine, and at the same time sends the signal to the cutting tool to cut the raw material.

This systematic approach simplifies complex tasks. It also ensures precision and consistency in every cut and groove.

CNC cutting technology continues to evolve, bringing greater precision and efficiency. These advancements not only improve cut quality but also expand the possibilities for acoustic panel design and production.