CNC Machining and Imaging Technologies
Robotics and CNC machining are two emerging technologies that are revolutionizing modern manufacturing processes. Traditional manual machining processes, such as hand grinding and hand filing, have been the industry standard for years but have become increasingly inefficient as demand for faster, more precise parts increases. CNC machining and imaging technologies are the answer to increased speed and accuracy.
CNC stands for Computer Numerical Control, and involves the use of computer software to control equipment such as lathes, milling machines and other machining tools. This technology allows machinists to program in specific machining parameters and code that dictate exact motions and actions taken during the machining process. This allows for high precision in complex parts, produced with mechanical accuracy and repeatable quality.
In addition to 3-axis CNC milling and turning, CNC machining can also include complex 5-axis milling, EDM ( Electrical Discharge Machining) and water jet cutting. By combining these processes, virtually any shape can be machined.
Robotics, however, is far more than CNC. Robotics involves both physical robotic units, as well as sensors and light guides, to detect and monitor various parts of the process. Factors such as material handling and pick-and-place, as well as spot welding and palletizing, can all be controlled.
Robotics, however, require a minimum of force to begin a cycle before the robot is able to judge the actual force needed for the process. This can lead to damage to the part and incorrect finishing of the process. Also, robotics can often be hampered by vibration, dust and debris.
Imaging technologies, such as photogrammetry and computed tomography (CT scanning), are also emerging technologies in the manufacturing process. Both of these technologies involve the use of multiple high-resolution cameras to capture images at different angles and distances. Photogrammetry is used to measure and map objects in three dimensions while CT scanning is used to generate a digital 3D representation of an object in order to evaluate its internal structure. These imaging technologies can be used in place of more traditional methods such as blue-light scanning.
In summary, CNC machining and imaging technologies are the new wave of modern technology in the manufacturing industry. They offer the ability to create more precise parts, faster cycle times and more flexibility in production. And with the advancements in robotics, automated processes are becoming more efficient. CNC machining and imaging technologies are being increasingly used in the manufacturing industry and are sure to revolutionize the way in which parts are made.
