Fabricators constantly have to identify and overcome the challenges they face with regard to changing part requirements. Their focus is typically on getting the most capability out of every single piece of equipment they have in their shops. This is one of the reasons why water jet cutting in San Francisco, CA continues to become more popular—it has historically been considered one of the most versatile cutting processes because of its lack of limitations regarding material type, thickness, shape of cutting and part sizes.
So how exactly is the technology evolving to meet these fabricators’ constantly changing demands? Let’s take a look.
Many of the foremost figures in the field are focused on creating more reliable, predictable systems that do not require as much interaction with the actual equipment. Now that there are more advanced system diagnostics and additional preventative maintenance practices in place, fabricators will be able to benefit from greater predictability of the machines, which results in much less downtime.
As a whole, these industries are moving more toward preventative maintenance models, which is a big, necessary shift, as for years fabricators had been working with a break-fix model. The machine would run until it broke, and then there was an emergency. Today’s water jet cutters prevent this from being an issue for fabricators.
There are a variety of brand new tools and technologies gaining steam in the water jet cutting field that are becoming popular among fabricators of all types.
One such example is a brand new diamond orifice that has a cutting lifespan of more than 1,000 hours—a significant benefit for fabricators using older orifices that would have needed to be swapped out much more frequently. This provides much greater time efficiency and allows for task completion much faster.
A new abrasive recycling system allows fabricators to more easily capture, recycle and reuse spent abrasive, which should significantly cut down on abrasive media and handling costs and make the entire cutting process more efficient.
A new stroke monitoring feature informs fabricators if their pumps are not working as well as they should be. They employ enhanced user interfaces incorporated into pumps that help operators to monitor the performance of the cutters.
Some new water jet systems are capable of accelerating at almost twice the rate of previous models while still being able to cut parts with improved accuracy compared to legacy machines. One prominent machine has a rapid traverse maximum speed of 700 inches per minute, while maintaining a linear straightness accuracy of greater than or equal to 0.0015 inches per three feet—an absolutely remarkable figure.
Simply put, it’s an exciting time for the water jet cutting industry, with plenty of innovation happening to meet the constantly evolving needs of fabricators. For more information about what’s new in the industry and the benefits of water jet cutting in San Francisco, CA, we encourage you to contact Mach 1 Waterjet, Inc. today. We look forward to working with you soon!