GlobalMAX 1530 | Abrasive Water Jet Cutting Machine

The motion control that OMAX has is superior to other machines that are out there. The things my customers comment on the most is the quietness of the machine and its accuracy and repeatability.

Instead of three to four hours to take a specimen to rough finish with a saw, we can accomplish the same process in 45 minutes on the MAXIEM.

In the morning, we can go through and cut an entire product out and have a prototype put together because we can do everything in-house and have the accuracy of the waterjet.

Waterjet cutting technology has greatly increased our manufacturing capacity and given us the ability to cut virtually any metal, glass, plastic and composites. Anyone considering new equipment for cutting in manufacturing should explore waterjet.

We can cut parts right to size with our OMAX machines. The machines' Tilt-A-Jet accessory, precision table motion and easy-to-use controls are what make that possible.

The dining table was a very exciting project which could not have been done without the OMAX.

The waterjet's cold cutting process is cleaner; we don't have to worry about modifying the chemistry of our specimens or intro­ducing heat.

The waterjet gives our employees the opportunity to learn new skills and, because we can set it up for automated cutting to run unat­tended, it frees up our employees to focus on other mission essential tasks.

OMAX solved the 'concept to finished part' problem. What used to take weeks now takes only hours...

We were losing too much time with sec­ondary operations. In looking for a solution we had to carefully consider our equipment choices to avoid processing that might create heat-affected zones in the specimen or change its properties. The MAXIEM 1515 was modestly priced but provided a lot of capability

We came to the realization that waterjet was a critical tool for efficient prototyping for several reasons. It's faster, easier to set up and operate and handles more materials than traditional machine tools.

With reverse engineering, we've essentially been able to take blueprints, sketches, and mylars, scan them and input them into the OMAX software. We're able to trace over the original blueprint and use the scaling features to cut a prototype.

It also gives us an advantage from a throughput perspective because we're able to provide near-net-shape specimens to other departments for the next steps in that material's certification procedure.

We like having a waterjet as opposed to plasma or laser because it's more diverse.

Because of the OMAX waterjet machine and the ease-of-use with the software, it allows us to nest parts in materials and get more pieces per sheet.

The OMAX machine made it possible for us to survive during this very difficult economic period.

We realized how much money we saved if we kept most of our cutting work in-house instead of outsourcing.

I advertise having the Tilt-A-Jet for cutting tight tolerance; however, when quoting a specific project I can use it as my secret weapon to meet my customer's accuracy guidelines. This allows me to produce taper free parts.