Main feature In simple terms, today s CNC woodworking machines use a computer to make the cutting tools move to the areas which had been pre-programmed for cutting. These new machines can perform and execute sophisticated shapes and designs, and can switch tooling automatically. They also feature different design programs, with a built-in proviso that programmers can make changes on the fly and can install designs directly into the machine s computer. Their common features would include fast cutting, automatic tool changers, vacuum table with T-slot bedding, dust collector systems, spindles and user interface. Midrange CNC router The midrange CNC routers are often made of the same components as the industrial CNC routers. Midrange CNC routers are often a favourite among hobbyists and small scale businesses. Innovations Even without fanfare, there is a growing list of innovations in the CNC woodworking industry that has kept it going and it is pretty exciting. Some of the cutting edge innovations include 5-axis heads, moldings units, expanded range of aggregates, and the ability of the pods and rails to be electronically positioned. It is important to know that CNC have the capabilities for complex and precise cutting and carving. Moreover, with CNC you still have the power to do complex and precise cutting and carving. You can choose curves, machine pockets and shapes, do holes of any size, and top it with a carving. Challenges CNC is amazing, but there is no trick or magic. CNC Woodworking Random Tips These days, as in all the other fields of interest, CNC woodworking still has some areas where manufacturers, woodworking professionals, hobbyists and amateurs may only have some scant knowledge of, or perhaps may not have tried them, or have only heard about them. The following are a few random tips, information bits, techniques and other aspects in CNC woodworking (routing, machining, drilling, and others) that had only been uncovered recently. Since, the wood work designs are controlled by a computer software/program, it could be changed to suit manufacturer and customer demands without spending too much effort. They could even develop designs which the competition may find difficult to replicate. Automation also reduces the risk of human error and the time spent in correcting such errors.