Efficient and Reliable Solution for Modern Challenges.
In today's world, all manufacturing processes must meet three main objectives: increase production, reduce waste and improve quality. Technologies such as 3D printing, sheet metal forming, injection molding, laser and plasma cutting seek to achieve these goals with reduced costs and production times, as well as increasing efficiency and sustainability.
Among these processes, waterjet cutting stands out for incorporating CNC technology into its design, providing superior results in terms of precision and quality.
Waterjet cutting is a mechanical process where material is removed by physical contact and wear of the material. Using a high-pressure stream of water, which can be mixed with an abrasive material, it cuts a wide variety of materials with ease and precision. Pressurized water is channeled through high-pressure pipes to the cutting head, where it is transformed into an extremely fine jet, capable of cutting any material placed in front of it.
Unlike other methods, waterjet cutting is a cold (non-thermal) cutting process, eliminating the risk of heat deformation and maintaining the integrity of the material.
This method offers significant benefits, including:
- High precision: Exceptional results with minimal margins of error.
- No zones affected by heat: Preservation of the original properties of the material.
- No need to change tools: Reduced operating costs and increased efficiency.
- Economical process: Lower total operating cost.
- Compatibility with different materials: Flexibility for different projects.
- Highly sustainable: Lower environmental impact, promoting sustainability.
Waterjet cutting combines versatility, safety, sustainability and precision, making it the ideal choice for varied applications. This innovative method is widely used in various sectors, standing out as an efficient and reliable solution to modern manufacturing challenges.
