CNC Machining

cnc-machining

CNC Machining

Precision and accuracy. We deliver both – and more.

The number one problem with CNC machining? Quality variations. If you can’t afford to have imperfect or inconsistent parts (and, honestly, who can?), then it’s time to step up to something better: the precision and accuracy of MES’ CNC machining capabilities.

GENUINE QUALITY, UNDENIABLE CONSISTENCY

The right part from prototype to production

The whole point of CNC machining is to produce detailed parts after detailed parts with the utmost precision. MES delivers the exact same to-your-specifications part from first prototype to part number 10,001 – and beyond.

REPEATABILITY WITHOUT REWORK

Trade downtime for uptime

Halting production just to tweak a setting or adjust a parameter can cause more problems than it fixes. As for downtime, you shouldn’t have to suffer the consequences of delays. With MES CNC machining, you get the right part – on time, every time.

WORLD-CLASS CNC MACHINING

No room for error

At MES, we hold our CNC machinists and automated CNC manufacturers to the same high standards you hold us to. MES pledges that your parts will come off the line with the highest level of precision, regardless of which MES-approved plant machined them. In fact, some of the world’s biggest OEM and Tier I/II manufacturers rely on us for rapid prototyping and fast production of their custom parts.

CNC precision machining is used in the production of many complexes, three-dimensional shapes. This process is more accurate than manual machining. It also features exact repeatability, repeating the same process with identical precision every time.

With the ability to deliver precision, this process can produce complex shapes that would be almost impossible to achieve with manual machining. Because of its accuracy, close tolerances and repeatability, CNC machining is used in jobs that call for a high degree of precision as well as for very repetitive tasks.

Advantages of CNC Machining:

  • Lower costs for labor and materials
  • Speed of production
  • Complex shapes easily achieved
  • Increased accuracy
  • Part consistency
  • Tight Tolerances: +/- .0001″
  • Rapid prototyping

Materials used for CNC Machining:

  • Aluminum
  • Brass
  • Copper
  • Titanium
  • Zinc
  • Carbon Steel
  • Ductile Steel
  • Grey Iron
  • Stainless Steel