Copper cutter is considered one of the tools that is perfectly useful in copper processing when working in a craft workshop and in industry. It allows for precise cutting and increased work efficiency while minimising material loss. With the right technique and high-quality equipment, you can achieve very satisfactory results in many projects. When is this tool used when cutting copper? What are other methods used on an industrial scale to cut copper?
- When is a copper cutter used?
- Other methods of cutting copper
When is a copper cutter used?
Copper cutter is a device that is also known as a pipe cutter. Such products enable precise cutting of copper pipes, which are part of heating, plumbing and cooling installations. Pipe cutters can be a product designed specifically for a specific type of pipe with a specific diameter and shape. These pipe cutters are available in a wide range, also as models that allow cutting of plastic pipes. The versatility of this accessory makes it suitable for precise manual work when there is no possibility of using more advanced cutting methods.
Other methods of cutting copper
Other very popular methods of cutting copper are laser cutting, water jet cutting and plasma cutting.
The first method is a great solution for very precise and complicated projects, where copper elements have different shapes and patterns. Another advantage of this method is that it leaves a smooth finish, so there is no need for further processing of the component. Copper sheets up to 10 mm thick are most suitable for laser cutting.
The second method is water jet cutting. This is also an advanced technology that uses high-pressure water enriched with special abrasive particles. This is a good way to cut copper sheets from 12 to 15 mm thick. After completing the entire procedure, however, the processed component should be subjected to further processing, e.g. to smooth and level its edges.
Another option is plasma cutting. This method allows for cutting thicker materials, which is why it is often used for more massive elements used in industry. The plasma arc, which reaches a high temperature, melts the copper in the selected place and cuts it according to the entered data. This method is not only very effective, but also fast and efficient, because it provides precise cutting relatively faster than other methods.
Choosing the right copper cutter can significantly facilitate manual work and perform a clean cut. This tool increases cutting efficiency. If necessary and for more complicated projects, you can use the industrial methods listed above.