Cmc system The CMC LEVR Escape System is designed to assure rapid emergency egress with safe and controllable descent. CMC is the authorized provider of InQuik ® Bridges in the United States. Designed and built around the CMC LEVR descender, a next-generation device that uses its lever-shaped handle for improved descent control Learn by Doing with the CMC School. Sharing a pride in quality systems and kits, in value and workmanship and in excellent service to both career and volunteer rope rescue professionals. Our monitoring products include: shaft speed, bearing temperature, belt alignment, plugged chute, slack chain, and vibration sensors integrated with easy-to-use touch screen interface Owner of CMC Systems, Inc. CMC Systems is a family business of over 30 years, located in Needham, MA. . We service the Greater Boston area as well as all of New England. A unique CMC design feature is a back pocket that not only holds an Ultra-Pro 4 Edge Protector, but also uses the e Product Info Attaches to a #2 or #3 Rope Bag The only pack that carries a rescue system ready to deploy, the System-Pac stores the hardware already set up for the system and attached to your Anchor Plate. The CMC LEVR Personal Escape System is the most compact escape system available to firefighters. Long recognized as a leader in the rescue and work-at-height equipment industries, we applied our expertise and resources to the development of a curriculum for teaching technical rescue and rope access skills. This innovative, AASHTO-compliant bridge solution is pre-engineered at our facility in Georgia, and can be installed in less than a week, helping owners to save time and money on single or multi-span projects. CMC is committed to providing systems and kits for use with rope rigging equipment, hardware and training gear for rescue organizations & departments. If you have ever done business with a big box company then you understand the frustration of dealing with their customer service. CMC develops systems built around advanced digital technology that can be utilized easily and cost effectively while improving process efficiency and safety. vzixe ycxy uvm gwpaigl znrb opzhf utp nnni troe xxo