Silynx for Industrial
Ultra-ruggedized for the harshest environments. Fit, form and function directly translatable to the demanding environments of industrial operations.
Silynx has all the same hearing protection, communication, and situational awareness capabilities of ear muffs in a tiny ear bud. In-the-ear headsets are lightweight, have natural airflow, and no moisture build up. There is no interference with helmets, eye-wear, protective masks, respirators, or face-guards. No added boom mic weight, and no snag hazard.
The CLARUS XPR is a lightweight, compact push-to-talk headset system with an in-ear mic for audio transmission, external microphones for hearing enhancement, and high noise compression for hearing protection. The XPR incorporates in-line quick disconnects in the cabling for adaptability to different headsets and radios.
CLARUS PRO & CLARUS PRO LITE are unique noise cancelling, hearing protection headset systems designed to meet the needs of today’s industrial professional. With Silynx’s proprietary hear-thru technology, this product is ideal for those who need hearing protection for long periods of time. The ultra lightweight (4g) earbuds provide 25NRR hearing protection. The low profile nature of the ear buds, combined with Silynx proprietary hear-thru technology means that it can be worn all day…on the floor, during breaks, and especially during conversations with colleagues and team members.
The Hazmat Chest PTT Cable offers a unique solution to industrial, fire and rescue workers, and others who are required to wear protective body suits while working. The cable allows user to adapt their modular SILYNX headset system for specific operational needs. The large chest PTT button clips onto the operator’s clothes under the suit, and is large enough to easily press over protective suit material in order to efficiently communicate.
What is an “in-ear microphone”??
Rather than adding yet more weight, snag hazard, and another piece of the headset that can get in the way, SILYNX eliminated the external microphone that you may know as boom mics, lapel mics, and speaker mics and replaced it with a microphone about the size of a pin. That microphone is integrated into stem of the Silynx HPEDs (Hearing Protection Enhancement Devices). That stem and the microphone sits in the ear canal of the user.
How does Silynx’s in-ear microphone technology work??
When we speak, sound emanates from our mouth and gathers in our ear canals. By sealing the ear, and using Silynx patented TRUE VOICE technology, our HPEDs sense the voice present in the actual ear canal not from vibrations of bone. It converts that sound into electronic voice transmission out the radio. You know how you hear yourself when you plug your ears and talk? Well, that’s what TRUE VOICE technology senses and sends out the radio.
Can your headset systems be worn with a gas mask or other self-contained systems (SCBA, CBRNE, etc.)??
Yes, with the small size of our earbuds and the in-ear microphone all of our systems are optimal for use when your face is covered with equipment, such as a gas mask. The Silynx earbuds are far superior to most any other solution that is on the market, such as over-the-ear muffs. This application is detailed in a diagram found here.
What is Hear-Thru??
Hear-thru allows you to maintain critical situational awareness, and to have face to face conversations without removing your hearing protection in all types of operational environments. Hear-thru is also known as electronically controlled hear-thru and sound localization. Users manually control the hear-thru volume level via assigned buttons on the product. Voice prompts indicate to the user when the system is set at either the lowest or the highest volume level. Silynx systems enhance the user’s natural hearing ability, allowing for awareness of ambient noises that would otherwise go unheard. Regardless of the hear-thru level that a user chooses at any given time, during impulse noise events the hear-thru system responds to the decibel increase, automatically and immediately compressing the noise until the decibels decrease back to safe levels.