In the manufacturing business of today, it helps to be ahead of the curve by employing technology such as CNC, or computer-numerical control machining. Economic Development Jobs describes the benefits of such technology in their article.
Having a full service CNC machining facility can come with many benefits over traditional machining methods. Any company that employs both CNC knowledge and technology can see improved efficiency in several cutting processes, such as boring, welding, lathing, and even engraving.
By using sophisticated CNC control, CNC machines can do work as small as 0.005 inches in many products. In addition, it only takes one skilled operator to work several machines at the same time. Seeing how several industries today need materials in large quantities, CNC machining can provide more so than manual labor ever could. A few examples include military, agriculture, automotive, transportation, construction, even dental all benefit from CNC machining.
So, whether you’re looking into the market for CNC equipment for sale, or just a few CNC machine accessories, computer-numerical control machining is sure to increase productivity and reduce costs in your company.
If you’re in the manufacturing business or machining business, odds are you’re relying more and more computer-numerical control (CNC) machining, which includes operations once operated by engineers such a center lathe tool, socket sets, shaping machines and vertical millers.
In some cases, CNC machining has replaced operator-controlled equipment entirely. There are many benefits of turning to CNC machining for machining needs including speed, accuracy and exact production. Whether you’re producing large quantities of a product or small batches, CNC machining, used in conjunction with tools like machinist blocks (or 1-2-3 blocks) is making things easier.
The industries using CDC machining are growing by the day and include:
- Automotive
- Construction
- Military
- Dental
- Transportation
- Agriculture
One of the greatest benefits of CNC machining is that one skilled operator can operate several machines whereas in the past each machine or process might need several operators on hand to make it run smoothly. As a result of so many industries needing materials in large quantities, CNC machines can makes complex cuts and cut at difficult angles with speed and precision. Tools like a Kurt D688 milling machine vise and machinist blocks are often used on CNC machines for setting up parts, especially for complex cuts. Due to advances in modern equipment and cutting-edge technology, CNC experts can achieve tight tolerances as small as 0.005 inches in many cases.
The biggest question you’re probably asking is whether or not CNC machining is better than conventional machining. Both processes aim to achieve the same goal, but CNC takes care of much of the manual labor required by conventional machining. Software can be programed on a machine to cut parts the exact same way each time, whereas conventional machining might require more trial and error when it comes to doing the job right or more manual labor and tools like a Kurt D688 milling machine vise and machinist blocks to make sure everything is aligned correctly to do the job the same way each time.
There’s nothing wrong with conventional machining, but CNC machining can take care of the following cutting processes with more ease:
- Drill
- Cut
- Bore
- Turn
- Wield
- Lathe
- Engrave
CNC machines are programmed to be precise to within 1/1000th and have remarkable endurance, able to run round-the-clock as often as needed unless maintenance has to be performed. CNC machining is also safer since there are less operators involved and they operate from a distance instead of having to handle equipment such as a Kurt D688 milling machine vise, drill bits and lathes directly. They’re incredibly versatile too, able to tackle everything from gun parts to dental implants to machinist blocks to military defense materials.
For whatever type of machining you’re going, CNC machining makes a lot of simple, everyday processes much easier. They cut down on the amount of labor needed to operate machines and can complete tasks with a high rate of precision.
