For nearly a century, water jet cutting in San Francisco, CA has been one of the fastest evolving industrial processes. Applicable in a wide range of applications and uses, water jetting is an excellent solution for industrial clients hoping to have parts and products fabricated with consistency and precision. Understanding the history of water jet technology, and seeing the way that it’s evolved over time, can help you determine if water jet cutting is the right industrial process for you and your firm.
Like many other industrial fabrication processes, water jet cutting in San Francisco, CA today benefits from computer numerical control (CNC), which allows technicians to seamlessly recreate identical products, parts or components using a single digital model. Additionally, water jetting is a powerful manufacturing process that’s used on a wide range of materials, including glass, ceramics, metals, wood and more.
If you’re looking for an efficient and effective way to fabricate products, water jet cutting in San Francisco may be right for you. Here’s a brief history of the technology and the way it’s evolved over the past decades:
- 1930s and 1940s: In the 1930s, water jet cutting in San Francisco, CA first entered the mainstream as a simple industrial process used to cut paper and other soft materials. In the 1940s, high pressure seals were developed for use in automotive and aerospace applications.
- 1950s: In the 1950s, the usefulness of water jetting technology became even more pronounced. John Parsons developed numerical control (NC) technology, which allowed technicians to yield precision results. Additionally, ultra-high pressure liquid was developed for use on aerospace metals, and high pressure jets were used to cut plastic shapes.
- 1960s and 1970s: Union Carbide developed a high-pressure pulsing water jet to cut metal and stone, and a series of high-pressure pumps were built for the polyurethane industry. Additionally, Bendix Corporation pioneered the use of a corundum crystal in the water jetting process. At the close of the 1970s, the first mainstream commercial water jet cutting system was unveiled.
- 1980s and 1990s: In the 1980s, the Boride Corporation developed specialized new mixing tubes, and the evolution of the abrasive nozzle made abrasive jetting possible. In the 1990s, Dr. John Olsen developed and patented technology to control the water jet stream more precisely and effectively.
- 2000s through present day: Taper cutting and other improvements became possible in the early 2000s; in the 2010s, advances in CNC technology allowed the development of 3D modeling and other significant advances. Modern systems are becoming more efficient and more precise with each iteration.
Mach 1 Waterjet, Inc. has been a premier provider of water jet cutting in San Francisco, CA since 1997. We specialize in providing precision cutting services for aluminum, stainless steel, ceramics, glass and more. Our skilled technicians possess the tools and expertise necessary to yield excellent fabrication results for industrial clients of all sizes and types. To learn more about our water jetting processes and ways that our technology can benefit you and your enterprise, reach out to one of our friendly representatives today.