Tag: Aerospace

Holly Yashi and the LightSail Project

OMAX abrasive waterjets have the ability to cut virtually anything, and that versatility means never having to turn down a job due to material restrictions. It also means a single waterjet can work across several different industries. For example, the same machine may cut jewelry one day and a part for an experimental space project the next. That is the case with Holly Yashi’s OMAX 2652...

Never obsolete

Growing demand in the aerospace and automotive markets is prompting the development of a plethora of exotic materials. Like automakers, airframe builders and their supply base have been pursuing ways to increase energy efficiency, reduce fuel consumption and prevent further deterioration to the environment. Lightweighting structures reduces an aircraft’s mass and requires less lift force and...

ProtoMAX at PCSC Video

A video re-visit of our friends at Pierce County Skill Center. Learn how Briston Trapp and his students use ProtoMAX to explore aerospace manufacturing.

 

ProtoMAX Inspires Tomorrow’s Aerospace Fabricators

The Pierce County Skill Center (PCSC) in Puyallup, Washington has installed a ProtoMAX into their Aerospace Manufacturing and Fabrication program to facilitate accurate material cutting while showcasing design and advanced fabrication techniques. PCSC is a vocational training center teaching high school juniors and seniors  during the regular school year and 9th thru 12th grades during a...

Waterjet Cutting of Indiana started with a business plan and an OMAX

Self-starter Armed with only a business plan, a shop owner selects the right machines to take on rising demand BY GRETCHEN SALOIS

Indianapolis, known as the Racing Capital of the World, is the city where competitors burn through parts as quickly as they complete laps. Drivers who complete the course achieve such feats of speed due to carefully engineered and reliably constructed...

Abrasive Waterjet Technology: Fast, Accurate Parts Production Starts Here

Abrasive waterjet machines require minimal fixturing, offer quick setups and make it easy to go from idea to finished part in no time. Attributes that many manufacturers see as a winning combination for prototype development. And, while this is true, it creates the perception for some that these machines are best suited for single-piece or niche applications. But nothing could be further from...

Research in Waterjet Technology Lead to Advanced Materials Development

Florida State University's High-Performance Materials Institute is paving the way when it comes to narrowing the gap between research and practical use of a new, high-performance composite material that could be up to 10 times lighter and 250 times stronger than steel, twice as hard as diamond, and highly conductive to electricity and heat. This advanced material, sometimes referred to as...

Liquid Potential

ERA Industries Inc of Franklin, Illinois, is a privately held precision machine job shop that has recently discovered the versatility of abrasive waterjet technology.  ERA  traditionally focuses on components for military vehicles and commercial aerospace.  In August 2007, the company purchased its first OMAX machine, a Model  55100 JetMachining Center with 55 inches by 100...

AdChem Keeps on the Cutting Edge With Waterjets

AdChem Manufacturing Technologies, Inc. (ACMT) of Manchester, CT prides itself on investing in the latest technology. “In our industry, that’s what helps us grow,” said Michael Polo, president and owner. So when a customer came to them unhappy with the heat-affected zone from laser cutting, ACMT invested in an abrasive waterjet.

Following a stint with his father...

Canadian Diamond F.C. Fills Waterjet Cutting Niche

By Jerry Cook

When Igor Koybash and Konstantyn Lysogor, co-owners of Concord, ON-based Diamond F.C. Inc., realized that there was a growing demand in the market for waterjet cutting, they didn’t waste any time filling that niche.

That’s why Koybash and Lysogor launched Diamond F.C., which is a job shop that specializes in waterjet cutting and fabricating, earlier...

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