The Unique History of CNC Machining ft. Mickey Mouse | The History of Machining

Mickey Mouse and the History of CNC machines? This video explores the post-World War II era, the Cold War, and the innovative minds that laid the foundation for CNC machining's unique history.
🕰️ Timeline:
1946: Manual machining era dominated by the "Bridgeport" mill.
1949: John Parson's vision for automated machines with Punch cards gains funding.
1952: MIT finishes the Numerical Controlled (NC) machine using a 7-track punch tape.
1956: Air Force accepts the proposal for a general programming language for Numerical Control.
1959: APT programming language presented to press, showcasing machined ashtrays and a Mickey Mouse.
🛠️ Revolutionizing CNC:
Discover how APT and other programming languages revolutionized CNC machining, paving the way for precision and efficiency.
🏎️ James Engineering's Contribution:
Jump to the early 1980s, where our founder, James "Jim" Richards, played a crucial role in Formula One Racing. His advancements in precision chamfering and deburring set the stage for James Engineering's influence on top companies like Sikorsky, Boeing, and GE.
🚀 Looking to the Future:
While CNC machines have long dominated the industry, we explore how James Engineering continues to evolve with the introduction of additive manufacturing, artificial intelligence, and other cutting-edge technologies. What does the future hold for machining? Only time will tell!
👍 Don't forget to like, share, and subscribe for more fascinating insights into the world of machining and technology! 👍
Contact Us: www.james-engineering.com/con...
Website: www.james-engineering.com/
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About:
James Engineering in Broomfield, Colorado has been optimizing gear and part manufacturing since the 1980s. Our deburring and chamfering machines are the best fit for any job. With custom manufacturing solutions, we focus on providing top of the line precision, efficiency, and sustainability. With a user friendly interface, our systems allow for a one-time-setup for batch production. Our “recipes'' feature allows for machine memory of all your intricate gears and parts. James Engineering provides top of the line manufacturing technologies for a broad range of industries including, but certainly not limited to; aerospace, automotive, tools, and household appliances.

[@superabbasalmani6079]

A good Time-Keeper😮😊😅😂🎉Thank you very much🥳👋💤👍

[@JamesEngineering]

Thank you for the positive support! Glad you enjoyed it

[@thlee3]

noice video and thank you for not using ai narration voice

[@CopperHeadProjects]

I have expected it to use steam boat Mickey voice 😭

[@slickpuller8801]

Im a Manual,nc,cnc, additive, Machinist an i loved the vid covered alot in a little, nice, felt nostalgic seeing some of the old shool photos

[@JamesEngineering]

Thanks for the comment, glad you enjoyed it!

[@ElixirCNC]

Thanks for the video! Nice to see a video that describes APT.

[@JamesEngineering]

Glad you enjoyed it!

[@frogfrager]

great video. keep it up

[@JamesEngineering]

Thanks, will do!

[@th1exterminator646]

Amazing and informative video

[@JamesEngineering]

We're glad you liked it!

[@MrRSM0]

This will blow

[@CopperHeadProjects]

Up

[@michaelmelling9333]

It sounds like John T. Parsons "might" have gotten ripped-off by MIT.

[@seanmcelwee5034]

No mention of gcode?

[@JamesEngineering]

Gcode is a great mention! It would follow up APT a bit later in 1958. Though this video just covered the early foundation of CNC machining, we would love to dive in more in future videos!

[@atvheads]

Why are you talking so fast?

[@JamesEngineering]

We value everyone's time and had a lot of information to pack in this one. Thank you for the feedback though!

[@Ric_1985]

Good video but the Japanese contribution it's huge to the industry.

[@JamesEngineering]

Thank you, that is a good remark, maybe that is something we dive into in a future video!