CNC PET Panel

CNC PET Panels are precision-cut acoustic panels made from 100% recycled high-density PET fiber. Engineered with CNC machining, they combine striking architectural patterns with excellent sound absorption.

Lightweight, durable, and eco-friendly, these panels enhance both aesthetics and acoustics, making them ideal for offices, hospitality, education, and creative spaces.

Eco-Friendly CNC PET Panels for Modern Acoustic Solutions

EchoStop™ CNC PET Panels are precision-cut acoustic panels crafted from high-density polyester fiber (PET) using CNC machining technology to create visually striking patterns without compromising acoustic performance.

These panels offer a perfect balance of design, durability, and sound absorption, making them ideal for modern interiors where aesthetics and acoustics go hand in hand.

Made from 100% recycled PET, the panels are lightweight, easy to install, and highly effective at absorbing mid- to high-frequency noise.

The CNC-routed patterns not only add architectural depth but also enhance diffusion and reverberation control ideal for commercial, hospitality, educational, and creative environments.

APPLICATION AREAS

1.Auditoriums & Theatres
2.Conference Rooms
3.Corporate Offices
4.Home Theatres
5.Educational Institutions
6.Hotels & Lounges
7.Recording Studios

CNC PET Pane Product Code

The EchoStop™ CNC PET Panel (PSES-0CPP187) is a precision-engineered acoustic solution designed to combine performance with aesthetics. Crafted from 100% recycled high-density PET fiber, this panel features CNC-cut patterns that enhance sound absorption while adding architectural depth to any interior. Lightweight, durable, and eco-friendly, it is ideal for offices, hospitality spaces, classrooms, and creative environments where noise control and modern design go hand in hand.

 

CNC PET Panel Shade Codes

CNC PET Panel Shade Codes help you choose the perfect color and finish to match your design vision. With a wide range of shades available, these panels let you balance aesthetics and acoustic performance, ensuring your space looks as good as it sounds.

 

Key Features of CNC PET Panels

Discover the standout qualities of CNC PET Panels. Engineered for both aesthetics and acoustics, these panels combine eco-friendly materials, precision CNC designs, and excellent sound absorption to elevate any interior space.

Why Choose CNC PET Panels for Your Space?

EchoStop™ CNC PET Panels combine modern design with outstanding acoustic performance. Made from 100% recycled polyester fiber (PET), these precision-cut panels not only reduce mid- to high-frequency noise but also add striking architectural patterns to your interiors. Lightweight yet durable, they are easy to install and ideal for spaces where both aesthetics and functionality matter.

From offices and hospitality settings to educational and creative environments, EchoStop™ CNC PET Panels offer a perfect balance of sustainability, sound absorption, and visual appeal.

Frequently Asked Questions (FAQs)

A PET panel is made from Polyethylene Terephthalate plastic. CNC technology uses computer-controlled machines to cut or shape these panels precisely.

They are strong, resist chemicals, lightweight, and can be cut very accurately.

The cost of CNC PET panels can vary depending on the design, thickness, size, and customization required. On average, standard panels are priced competitively per square foot, with custom CNC patterns or finishes adding to the cost. Since pricing may differ based on order quantity and project needs, it’s best to request a quote for accurate pricing.

Yes, CNC PET panels can be fully customized. You can choose from different sizes, thicknesses, colors, and CNC-cut patterns to match your design needs. Customization allows the panels to not only improve acoustics but also complement the aesthetics of your space—whether it’s for offices, hospitality, education, or creative environments..

Packsound EchoStop™ CNC PET Panels are tough, chemical resistant, and more flexible than acrylic. While they are less impact-resistant than polycarbonate, they offer excellent durability combined with superior acoustic performance.