If you’re a CNC Programmer or working toward becoming one, you’ve likely heard the name Mastercam. It’s one of the most well-known computer-aided manufacturing (CAM) software tools on the market. While there are several CAM platforms available, Mastercam has built a reputation as the industry standard — not necessarily because it’s the best in every category, but because it’s the most widely used.

As of 2020, Mastercam boasted more than 274,000 installed seats in manufacturing. Its closest competitor? Just under 150,000. That kind of market share doesn’t happen by accident.

So how did Mastercam get here? And why is it such a dominant force in the CNC world?

One Tool for Every Machine

One of Mastercam’s biggest advantages is versatility. It can be used to program a broad range of machines, including:

  • CNC mills
  • Lathes
  • Routers
  • Mill-turns and multi-axis systems
  • Wire EDM

For shops that run multiple machine types, having a universal CAM platform streamlines training, programming, and integration. That flexibility makes it a favorite across industries — from aerospace to automotive to medical devices.

The Leading CAM Package in Education

Mastercam isn’t just dominant on the shop floor. It’s also the number one CAM software used in technical education programs across the country.

As of 2020, there were nearly 143,000 installed seats in schools, compared to fewer than 75,000 for the next closest option. That means most students entering the CNC field are already familiar with Mastercam before they even start their first job.

This early exposure helps fuel its dominance in industry. It also makes Mastercam a smart skill to learn for anyone entering the trade.

A Long History in Manufacturing

Mastercam was founded in 1983, making it one of the first PC-based CAM platforms available to manufacturers. It began as a 2D tool and evolved over time into a full-featured 3D CAD/CAM package.

With nearly four decades of development, Mastercam has had time to fine-tune its features, improve compatibility with CNC equipment, and build a loyal base of users and educators alike.

That kind of longevity builds trust — and trust matters when you’re running million-dollar machines with high-stakes tolerances.

Want to Learn Mastercam?

If you’re serious about becoming a CNC Programmer, Mastercam is a valuable tool to know. You can check with your local trade or technical school for in-person training opportunities. Many programs offer hands-on learning with Mastercam as part of their curriculum.

Prefer to learn at your own pace? Explore Titans of CNC Academy, a free online platform created by Titan Gilroy. It’s an outstanding resource for CAD/CAM and CNC machine training, built for real-world manufacturing needs.

May is the month of flowers. Blooms burst in every color, painting landscapes in bright contrast to April’s gray skies. But here in Minnesota, we’re just as proud of another kind of flour — the kind that helped build an industry and shape a city.

In celebration of the season, we’re looking back at the history of flour milling — from its ancient roots to its peak in the Twin Cities, and where the industry stands today.

First Tools, First Grains

Humans started making tools nearly 250,000 years ago, but those early creations were mostly for hunting and survival. It wasn’t until around 10,000 to 15,000 years ago that we turned our focus to agriculture.

Grain, unlike meat or produce, was easier to store and transport. That made it perfect for trade — and perfect for early cities.

The trick was in the milling.

To make grain digestible, early societies learned to grind it using stones. Even 6,700 years ago, people were milling wheat between stones to remove the bran and germ, leaving the endosperm to become flour.

Early Innovations in Milling

  • Ancient Egyptians used saddle stones
  • Greeks developed hopper-fed “hourglass mills”
  • Romans introduced water power around 100 B.C.

Through the centuries, mills improved by harnessing new sources of energy — from humans and animals to windmills and waterwheels. Sifting systems became more advanced. By the 19th century, mills were adopting gears, belts, and roller systems to move grain faster and produce purer flour.

One key figure in this shift was American inventor Oliver Evans, who designed the first continuous milling system. His work introduced bucket elevators, screw conveyors, and sifters into a single seamless process — the first real automation of its kind.

Milling Moves to the Midwest

As the U.S. expanded westward, so did its agricultural and industrial base. With new rail lines, barge access, and cheap land for growing wheat, the center of U.S. flour production migrated west.

By the late 1800s, Minneapolis had all the ingredients to become the new flour capital:

  • Proximity to wheat-growing regions
  • Reliable river power
  • Rapid rail expansion
  • A workforce hungry for opportunity

At the same time, a “New Process” of milling was changing the game. It used Canadian hard wheat, milled slowly between wider-spaced stones, to produce better flour more efficiently.

Edmund La Croix and the Minnesota Advantage

One of the biggest breakthroughs in modern milling came from Minnesotan Edmund La Croix, who invented the middlings purifier in 1865.

His innovation separated the finest parts of the wheat more effectively, dramatically improving flour quality. It helped Minneapolis mills produce flour that could compete with — and beat — European brands in quality.

By 1870, the average mill could extract 72% flour from grain, compared to just 28% in millfeed. Milling had officially become one of the first fully automated industries.

The Rise of the “Mill City”

By 1880, Minneapolis had overtaken St. Louis as the nation’s top flour producer. In that year alone, the city produced 2 million barrels. By 1910, that number had climbed to 15.4 million barrels, earning Minneapolis the title “Flour-Milling Capital of the World.”

World War I drove even more demand. In 1916, Minneapolis mills produced 18.5 million barrels, more than 20% of all U.S. flour.

Three companies dominated:

  • Washburn-Crosby (Gold Medal Flour)
  • Pillsbury
  • Northwestern Consolidated Milling

Pillsbury’s “A” Mill was the largest in the world, producing 12,000 barrels per day.

By 1928, Washburn-Crosby had become General Mills, and in 2001, it acquired Pillsbury — uniting Minnesota’s two biggest flour producers under one roof.

Flour Today: Global Competition, Local Legacy

While Minneapolis is no longer the flour capital, its influence remains. The ruins of the original Washburn Mill, destroyed in an explosion in 1878, still stand today near the Mill City Museum, complete with the iconic Gold Medal Flour sign.

Globally, countries like China, India, and Russia now lead wheat production. The U.S. ranks fourth in milled flour exports, behind Turkey, Kazakhstan, and Germany.

Want More?

If this article gave you something to chew on, check out our post on how fireworks are made. Or watch this video to see modern flour production in action.

Got a question about how something is made? Send it to the FlexTrades Writing Team and we’ll cover it in a future blog. 

In our house, May the 4th isn’t just another day — it’s an unofficial holiday. We celebrate it every year with full enthusiasm, and if you’re a Star Wars fan, you probably do too.

Whether you lean Jedi or Sith, we hope you take a moment today to suit up in something galactic — a well-worn tee, a cozy Chewbacca robe, some Leia buns, or maybe even a full-on Jar Jar Binks mask (if you dare).

The Force runs strong with us — and so do the lessons from a galaxy far, far away.

Workplace Wisdom from the Star Wars Universe

Believe it or not, the Star Wars saga isn’t just about lightsabers and droids. It’s packed with wisdom that feels surprisingly relevant to our everyday work here at FlexTrades.

Here are a few of our favorite quotes and how they show up on the job:

“The greatest teacher, failure is.” – Yoda
Even when a project doesn’t go as planned, there’s always something to learn. That’s how great technicians grow.

“You’re going to find that many of the truths we cling to depend greatly on our own point of view.” – Obi-Wan Kenobi
Perspective matters. On the road or in the shop, staying open to different ideas often leads to the best outcomes.

“Remember, concentrate on the moment. Feel – don’t think. Use your instincts.” – Qui-Gon Jinn
Good tradespeople trust their training and stay present. That instinct — backed by experience — often makes the difference.

“Compassion, which I would define as unconditional love, is essential to a Jedi’s life. So, you might say that we are encouraged to love.” – Anakin Skywalker
Caring about your work, your coworkers, and your community isn’t weakness. It’s strength.

Share Your Star Wars Spirit

We want to see how you’re celebrating May the 4th Be With You! Whether you’re repping the light side or the dark side, show us your look.

Post your pictures on our Facebook page and tag us. Bonus points for matching family outfits, themed snacks, or a solid Wookiee impression.

And Until Next Time…

Whether you’re flying solo or working as a team, May the Force be with you —  today and every day.