OMAX waterjet machines are designed for high-precision machining. A combination of meticulous mechanics, rigid construction, and velocity control from the software ensures the highest degree of precision in the machined parts. Even with all that precision built in, you, as the operator, are able to hone that precision further by implementing a few fundamental practices. In OMAX’s Intelli-MAX...
No matter how you cut a part, there will always be scrap material. In an ideal world, there would be no scrap and for every sheet of material you purchase, you’d use up 100% of it. Reality, though, dictates that there will always be some waste material. How we minimize that waste is through nesting. In simple terms, nesting is packing as many parts into a fixed...
25 years ago, the founders of OMAX believed that a company could thrive in manufacturing with a focus on abrasive waterjets. Their mission, to provide precise, easy-to-use, cost effective, standardized, reliable, high quality abrasive waterjets with superior after-sales service, has endured to mold OMAX as the leading company in the waterjet industry. We celebrate our milestone, not...
KENT, Wash., July 18, 2017 - OMAX® Corporation, a designer and manufacturer of computer-controlled abrasive waterjet systems, has produced the world’s most precise micromachining abrasive waterjet available with the assistance of a Small Business Innovation Research (SBIR) grant from the US National Science Foundation (NSF).
The NSF SBIR program is a highly competitive program...
Successful shops understand that a clean and well-maintained workspace is key to maximizing productivity. The workspace extends to the machinery. With abrasive waterjet machines, it extends to the tank. We’ve gathered five best practice tips to keep your abrasive waterjet tank in top condition and your production running at peak efficiency.
1. Rotate the SlatsThe slats that...
The abrasive waterjet cutting tool consists of millions of tiny abrasive particles. All those particles are accelerated in the nozzle and perform the cut one impact at time. Depending on the cutting conditions, geometry of the cut, the material and other parameters, the cutting edge can take on different shapes that are commonly referred to as taper. A V-shaped cutting kerf will produce a part...
The abrasive waterjet cutting model is, perhaps, the most significant factor in propelling abrasive waterjets into mainstream manufacturing. Advancements in the OMAX cutting model have decreased part production times, increased cutting precision, and made OMAX abrasive waterjets very easy to program. Yet, there’s not much discussion about what a cutting model is, or what it does. This is...
Abrasive waterjet systems have become increasingly more prevalent in machine shops and fabrication shops and prototyping labs over the last few decades. The cold cutting process used by waterjets has proven to be a popular alternative or complementary method for cutting metals, composites, stone, glass and many other materials. Because there’s no heat-affected zone with waterjet cutting...
Modern manufacturers are continually being pushed to increase throughput to remain competitive. A first step in increasing throughput is to identify problems, or “pain points”, in the production process. Once the pain points are identified, the second step is to implement solutions to eliminate them. Following are 3 pain points common to many manufacturers and solutions...
How Adding Abrasive Waterjet Increases CNC Milling Profitability
An ever growing number of fabricators and machine shops are gaining a competitive advantage by incorporating abrasive waterjets to their machining mix. What used to be known in the 80s as a rather obscure, albeit fascinating, cutting method has gone mainstream. In fact, abrasive waterjet machining is one of the fastest...