Advanced Materials
You may not know the name CMS, but you know the world's leading companies that use our advanced technologies…CMS has been a leader and innovator of CNC solutions for the Advanced Materials Industry for decades. We provide systems for the machining of aluminum and other light metals, composite materials, tooling boards and plastics. Our approach to system configuration includes the process of finite element analysis (FEA). We serve a wide variety of manufacturers with specific machining needs utilizing our expert ability to apply our years of engineering experience and resources or develop new technology as required. We can supply a 5 axis CNC machining center, CNC mills or any system for your machining needs. Some of the industries we serve include aerospace, automotive, marine and metalworking.
For advanced materials machining, CMS operates from two state of the art facilities of over 25,000 square meters. Our facilities house cutting edge equipment for the configuration of advanced materials systems that meet each client’s specifications. Our experienced engineering staff is large which enables CMS to provide advanced materials CNC systems in a timely fashion, while never compromising quality. We also boast sales and service facilities around the world, underscoring our commitment to unparalleled support.
For your advanced materials machining needs, CMS will work closely with clients to develop CNC machining centers, which are customer specific and requirement oriented solutions. Our engineers, support staff and sales team look forward to partnering with you in an advanced materials project.

Aerospace:
Aluminum Structural Components

Aerospace:
Aluminum Sheet Stack Cutting

Aerospace:
Drilling, Cutting & Trimming Composite Parts

Aerospace:
Drilling & Cutting of Calendared & Extruded Aluminum

Aerospace:
Honeycomb Cutting in Aluminum or Nomex®

Aerospace:
Water Jet Cutting Machines

Automotive:
Composite, Reinforced & Structural Components

Automotive:
Competition, Special Parts & Accessories

Houses & Construction:
Composite Sanitary Fixtures

Prototype Models & Molds:
Models & Molds in Aluminum or Non-Ferrous Materials

Prototype Models & Molds:
Prototypes, Models & Molds in advanced materials

Prototype Models & Molds:
Large Dimensions Models

Marine: Trimming of Hulls & Decks:
Marine: Boat Hull & Deck Trimming
A boat's foundation is its hull. To enhance this foundation modern hull and deck design enjoy the benefits of new materials, methods and machinery.
Hull and deck manufacturers now exploit materials that were unavailable until the advent of modern chemistry's technology from which has come epoxy, polyester, and vinyester resins; as well as fiber clothes such as fiberglass, Kevlar, Dynel and carbon fiber, which when used for composite hull manufacturing provide a high strength to weight ratio, approaching that of aluminum, while exploiting the strengths of a modified...

Transportation: Railway - Trains, Trams, Tube:
Transportation: Railway - Trains, Trams, Tube
Modern train travel and transportation dates back to the 1820's, when rail lines began to connect cities together and provide a means of moving both products and people from one place to another over steel rails laid on specially prepared road beds. Cars and coaches were attached to steam locomotives, which remained the basic power source for the next 100 years. Today trains provide high load capacities, energy efficiency, and transport at faster speeds than ever. Trains are not limited to just wide open spaces, when a rail vehicle runs for at least part of the time on city streets,...

Energy Generation:
Energy Generation - Wind Power
When considering the world's expanding need for new energy resources, and the desire to lessen the impact of such additional consumption upon the ecosystem, wind energy is presented as the one with the greatest potential to fulfill such needs, and perhaps the most underutilized at the present. It's estimated that wind power might produce about 5 times the level of commercially viable electricity needed, as that presently consumed worldwide, 72 terawatts as compared with 15 terawatts: source "Mapping the global wind power resource". At the present time, worldwide production of...











