Engineers are inspired by learning about the world, drawing inspiration from people and inventions throughout history. We love sharing these stories, hoping they spark your next big idea too.
When you buy containment equipment, material choice is not a footnote. It affects how the system performs, cleans, holds up, and how many surprises show up between quote and delivery. At Custom Powder Systems, stainless steel is a core material in the powder handling and containment systems we design and
When you’re buying custom powder handling or containment equipment, price is only part of the story. What really puts pressure on a project is when costs shift after the quote, lead times get shaky, or sourcing issues start creeping into the schedule. That is why where your equipment is built
The question behind the question When a buyer asks, “Are you ASME certified?” they’re rarely asking for a badge. What they’re really asking is: That’s where ASME accreditation comes in. ASME in plain language ASME (American Society of Mechanical Engineers) publishes widely adopted codes that define how pressure vessels must
Isolator vs. Downflow Booth: Choosing the Right Containment Solution When planning a new process or upgrading an existing one, the question is not only how to handle powder safely, but also: For many facilities, this decision centers on a key choice: Is a downflow booth sufficient, or is an isolator
Beyond building equipment, Custom Powder Systems believes manufacturing equipment should solve problems, not just function. We deliver peace of mind by navigating strict containment requirements, managing complex material handling workflows, or launching new lines of high-potency APIs, going beyond just stainless steel and schematics.
Understanding Downflow Booths, Isolators, and Custom Containment Solutions—And How to Meet OEL Challenges Head-On In high-stakes industries like pharmaceutical, biotech, and chemical manufacturing, managing the risks of potent compound exposure is essential. Custom Powder Systems specializes in the design and engineering of containment solutions that help clients meet strict Occupational
The race to develop and scale up battery manufacturing has never been more critical. With the rapid adoption of electric vehicles (EVs), renewable energy storage, and portable electronics, battery production is under increasing pressure to deliver quality, consistency, and efficiency. While new breakthroughs push the boundaries of performance, proven manufacturing
In today’s world, the term “plastic” is ubiquitous, encompassing a vast array of materials that have become indispensable in our daily lives. Originally derived from natural materials like horn and rubber, the development of synthetic plastics emerged as a response to the growing demand for durable, versatile, and cost-effective materials.
A trailblazer in science and technology, theoretical physicist Dr. Shirley Ann Jackson is responsible for the research behind numerous innovations in telecommunications such as the touch-tone telephone, portable fax, and fiber optic cables. Her legacy is also that of an influential leader in education & public policy and a steadfast
While often associated with high-stakes industries like defense and aerospace, Kevlar has been used in a variety of products, including tires, gloves, sports equipment, and more. The fibrous material that began as an unexpected discovery in a laboratory has gone on to save lives, transform industries, and inspire engineers around
If you’ve ever looked through a collection of sweeteners for your coffee or tea, you’ve probably found several packets in various colors. But do you know what is actually inside? The pink one contains saccharin – a zero-calorie sugar alternative that was a surprisingly serendipitous result of laboratory experimentation 150
If your home gets cold in the winter, you adjust the thermostat. However, in olden days, keeping a house warm involved laborious maintenance of wood or coal burning fireplaces and stoves. That all changed in 1919 when inventor Alice H. Parker received a patent for a “new and improved” furnace
Long before the wireless communication of today, electronic messages had to be sent in a unique language. Along with the creation of the telegraph came Morse Code – the key that unlocked new channels for human connection on a global scale.
Is there anything better than biting into a fresh, salty, crispy french fry? Whether served alongside a burger or dipped into your milkshake, there’s no denying their deep-fried deliciousness. But where did this iconic side dish come from, and how did it become the beloved treat we know today? The
Our beloved Chief Executive Officer, Denise McIntosh was named to list of upcoming honorees for the Riata Center for Innovation and Entrepreneurship to honor the third Cowboy100 Honoree Gala celebrating the business and leadership achievements of OSU graduate-owned or -led businesses. The gala will be held on March 29 at
Safety glass is commonly used in various applications where human safety is paramount. You’ll find it in vehicle windshields, architectural windows, shower enclosures, and computer monitors. As prevalent as this material has become, it’s a wonder to think it was stumbled upon by accident over a century ago. We interact
In the 19th century, Charles Goodyear discovered how to improve the natural qualities of rubber through vulcanization in a fortuitous moment of experimentation.
You’re probably familiar with the Nobel Prize – one of the most iconic awards an individual can receive in science and humanities. But did you know that the award’s namesake, Alfred Nobel, invented dynamite? This explosive creation was one of his earliest and most notable inventions. The accidental invention of
A truly life-changing invention, the implantable pacemaker has revolutionized the cardiology field and enhanced countless patients’ lives. Surprisingly, the implantable pacemaker’s origins are rooted in an accidental discovery, a tale that underscores the serendipity often found in scientific breakthroughs.
In the early 19th century, the invention of the seismograph, a device that records ground movements caused by seismic waves, marked a pivotal moment in earthquake detection. However, the idea for the instrument was not all that new.
