About C N C Industries Inc.

C N C Industries Inc. was established in October of 1990. The company started on a very small budget with a lot of good people who wanted to succeed. C N C I has made decisions based on working honestly with their customers, providing them with unmatched commitment to quality, delivery, and competitive pricing that has enabled C N C I to advance to where it is today.

Today C N C I has grown to be one of the leaders in manufacturing in the area with twenty one employees. Working as a job shop, C N C I has machined many different components for a wide variety of industries throughout our history.

C N C Industries is one of four manufacturing plants in the US that helped South Carolina Research Authority evaluate Paris, QCab, and Mod Ramp Software in the fall of 1995 and 1996. C N C I made thirty two different parts that SCRA sent to C N C I through the Internet into NetScape and Paris, to be down loaded into Auto Cad through the Step 203 translator and placed into Smart Cam programming software for true tool path part manufacturing. The four manufacturers that were involved determined there were no errors found in any of the parts that were made from the data that was sent. The software has revolutionized the transfer of data for manufacturing for years and will into the future. It is very economical and allows you to be on the leading edge of technology.

C N C Industries is small enough to handle your small jobs, and big enough to handle your big jobs.We have an experienced group of leaders in the industry to make your large jobs small. We hope that you will let us help you in the future with your manufacturing and machining needs.

Contact People: Greg Morgan, President - Richard King, Quality Control - Chester Thomas, Scheduler - Charles Lawler, Controller

Let us help you with your manufacturing needs.

Medical Implants using titanium alloys, for hip implants, knees, knuckles, spinal disks, and tools used in the medical and dental arena.   Design of medical prosthesis made of cobalt chrome and titanium materials, for doctors, and dentist.

Carbon Fiber, Ceramics, Plastic, Aluminum, and Composite components for the aero space industries.
Shown on our horizontal machining center during the 2nd phase of machining is this airplane engine, front housing. We started out with a 320 pound block of aluminum, 6061 - T6 .  After the machining operations took place our part ended up weighing just 58 pounds.  For this company, we made one proto-type and then three units for production.

Components for the wood/forest industry involving many components for the microwave induction of heat into the wood strips - shown is half of the two piece assembly.  All parts were modeled in Canada over a nine month period where extensive computer design was used to developed the exacting form and shape to produce the correct microwave flow. This part along with 24 others were machined and assembled at C N C I. The length of the part is 36" the width is 24" and the thickness is 9" and is shown with a 24" scale. - Aluminum 6061-T6 was used to make up these components.

Varieties of parts for the hydraulic, pneumatic industries.
Plastic injection molds, Die's, Jigs and Fixtures for many different industries.

Parts for the Navy, Bell Helicopter, Pratt & Whittney, Northrop Grumman, Lockheed Martin,
 Aurora Flight Sciences, and several other government clients.
                                                                                                                                                                                                                                          

Stamping and Die plates for many different industries - shown with a 12" scale - This is made from 1045 steel and is 28" wide x 39" long x 1&1/4" thick.  The tolerances on these parts are generally + or - 0.001 over the entire lenght and width of the part.

Components for deep-sea exploration that were produced for Westinghouse Oceanic Division. In this instance, C N C I was asked to design a holding device for parabolic mirrors used in a submersible vehicle. The holding device that was designed by C N C I used just five components as compared to the one that we replaced, which used twelve parts. C N C I also machined the molds for the the glass company to make the parabolic mirrors. These mirrors are used to focus the light in this vdhicle. C N C I made the gages used to determine if the glass was in tolerance after the manufacturing process took place