Jet Edge Blog

Nature has been cutting and carving stone for billions of years. Nothing can resist the unrelenting force of water. Take the Grand Canyon, for example. Now that is a masterpiece of stone cutting with water. However, as a fabricator working with ...

The water used in a waterjet cutting system serves two distinct and different purposes, the cutting process and hydraulics cooling. Poor water quality, as measured by the volume of suspended solids, reduces component life and increases the system’s ...

Thanks for continuing on to Part 2 where we explore the two different types of water jet cutting and the advantages and capabilities of each. Taken together with Part 1, you have an excellent overview of the most versatile cutting technology ...

The first water jet cutting system can be traced all the way back to the mid-1800s when miners used high-pressure water to remove overburden in hydraulic mining operations. While crude by today's standards, it is notable for being the first ...

According to an article by TWI, a composite material is:

"a combination of two materials with different physical and chemical properties. When combined, they create a specialized material to do a certain job, for instance, to become stronger, ...

If you are in the market for a better cutting solution, choices abound. First there are a plethora of different cutting technologies, including water, plasma, laser, torch, saw, shear, slitting, and more. Then there are a variety of manufacturers ...

Metals distribution companies play a pivotal role in the supply and manufacturing chain from raw ore to finished goods. With labor shortages and an increasing variety of specialty metals in demand, this role is becoming more important every day.

Every industry that requires precision-machined parts has its own set of unique manufacturing challenges. But it's safe to say the aerospace industry is especially challenging and demanding. Parts in the industry can require:

Anyone looking to add qualified and motivated employees has discovered that the labor pool is tighter, smaller and shallower than ever before. Putting it mildly, it is a frustrating dilemma. 

In the hands of a skilled operator can achieve exceptional levels of accuracy. However, this production method suffers when it comes to repeatability. Even the steadiest hands cannot produce identical parts every time.