Waterjet Cutting is Currently Growing Rapidly at an Annual Rate of Approximately 15%
Particularly within the metalworking industry. Materials such as aluminum, copper, titanium, stainless steel, high-temperature alloys, wear-resistant steel plates, and parts that do not require subsequent processing are increasingly being processed with waterjet technology, along with thicker carbon steel plates.
The Rapid Development of the Waterjet Market is Driven by Several Factors
Several factors contribute to the fast development of the waterjet cutting market. Compared to thermal cutting processes, waterjet cutting provides stable, high-quality results for the final operation. The cut edges are smooth and flat, meeting high standards for cutting precision and surface quality. Additionally, since waterjet cutting is a cold process, it does not increase the material’s hardness or cause melting, making it convenient for subsequent processing and further manufacturing steps.
Improving Existing Machining Technologies
The contemporary trend is to incorporate waterjet cutting into machining workshops as a supplement to other cutting technologies, such as Electrical Discharge Machining (EDM), laser cutting, milling machines, and plasma cutting. Technicians have discovered that waterjet cutting greatly helps in improving production efficiency and reducing production costs.
What Makes Waterjet Technology So Popular?
Waterjet cutting technology is popular due to several key advantages: minimal auxiliary operations, no heat-affected zone (HAZ), no mechanical deformation, ability to cut complex shapes, better material utilization, and versatility. These factors combined make waterjet cutting an attractive option for industries looking for precision, efficiency, and flexibility in their manufacturing processes.
Waterjet Cutting in the Mechanical Manufacturing Industry
Technicians in the fields of process and design in the mechanical manufacturing industry have started to recognize that using waterjet cutting in machining workshops can significantly improve production efficiency, reduce costs, and decrease labor requirements. As a result, waterjet cutting has become an essential machine tool in many machining workshops.
