Kinetic Engineering Provides Ways for Accuracy and Precision in CNC Milling
07 March 2023The continuous evolution of machines and tools for machining processes has prompted their usage across various industries. One primary form of machining that many industries use today is computer numerical control (CNC) machining.
CNC machining is a manufacturing process wherein pre-programmed software and code are set up to effectively control the actions and movements of production tools. Different tools can take advantage of CNC machining. These tools are grinders, lathes, and turning mills, which are all known for cutting and shaping various prototypes and parts.
Our years of experience in Kinetic Engineering allow us to carry out different CNC machining processes so we can provide all the needs of our clients. One form of CNC machining that we can provide to clients like you is CNC milling.
Primary Procedures of CNC Milling
CNC milling is a manufacturing process that takes advantage of cutting tools to effectively remove select materials from the workpiece. The cutting tool used in this process is normally located on a rotating spindle, while the workpiece is mounted to a table that can move or rotate on varying planes. Some CNC milling machines can provide 5 or more axes of independent motion, making them helpful in creating complex shapes.
Given the complexity and effectiveness of CNC milling machines, our team at Kinetic Engineering can effectively use them to process workpieces made from metal, plastic, wood, glass, and so on. We are even capable of producing custom-designed parts.
As for the software, we make sure that we will carefully design a CAD model based on one’s needs and convert it into a CNC program. The CAD model may be either in 2D or 3D. Afterwards, it will be exported to a CNC-compatible file format and converted into a CNC machine program, making it capable of delegating actions and movements of the tooling.
Achieving Accuracy and Precision
Our one-stop shop for all CNC machining and general engineering services aims to retain past clients and attract new customers who may require quality products and prototypes. Hence, we ensure that our CNC milling processes will be done accurately and precisely.
To ensure that we can achieve accurate and precise CNC milling, our team at Kinetic Engineering carry out the following actions.
- Maximise Quality Tools: The first thing we carry out to achieve accurate and precise CNC milling output is to maximise quality tools. Tools are vital to this process as they can dictate the specifications and qualities of the finished items. Without calibrating the tools effectively, they might end up producing parts that are not on par with the standards set by the clients.
- Carry Out Prompt Upgrades: Another thing our team carries out to improve CNC milling is to carry out prompt upgrades. Many CNC machines today often come with new features and upgrades to their previous models or iterations. And so, if these upgrades can truly help improve our daily processes, we will acquire and set them up right away. The same thing will be done to cutting tools that work alongside the machines.
- Learn Material Properties: Even though we have serviced and processed a wide range of materials, we still take our time to learn and review the material properties before machining them. This step is essential in achieving accurate and precise CNC milling as we can set a program that can match the material properties.
If you need some help with CNC milling, you can contact us at Kinetic Engineering.
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