The CNC machining industry is experiencing incredible growth, and navigating this dynamic landscape can be challenging for both companies and machinists. That’s why we created this website – to empower you with the knowledge and resources you need to thrive. Whether you’re a company looking to optimize your operations or a machinist seeking to advance your career or just getting started, we’ve got you covered.
Tracing its Evolution
Understanding the Technology
Answering Common Questions
In 1751, Jacques de Vaucanson is credited with inventing the modern lathe machine, which allowed for more precise metalworking, marking a significant step toward industrialization
The first Numerical Control concept wasn’t developed until 1949 by John T. Parsons, an early computing pioneer, who developed it as part of an Air Force research project carried out at MIT. CNC machining history traces back to the urgent needs of the Second World War.
In 1952, the first CNC machine, an experimental milling machine, was born out of a collaboration between John Parsons and Frank L. Stulen at Parsons Corporation in Traverse City, Michigan. Their work centered around producing helicopter blades with a high degree of precision.
In 1959, engineers J Francis Wrenches and Douglas T Ross demonstrated their AP (Automatically Programmed Tools) language with a Mickey Mouse program.
In 1967, The first milling machine was introduced, marking the era of CNC machines. Advanced programming and effective technology offered the best control on all machines.
CNC machining has been deeply intertwined with Connecticut’s manufacturing success since 1945, reflecting the state’s commitment to precision and innovation. Known as the “Arsenal of the Nation,” Connecticut has a strong tradition in industries like aerospace and defense, where CNC machining plays a vital role.
Post-War Boom (1945–1960s): After World War II, Connecticut’s manufacturing surged. Early numerical control (NC) technology evolved, automating production. Key players like Pratt & Whitney were pioneers in adopting these advancements.
CNC Takes Center Stage (1970s–1980s): The arrival of computer-integrated CNC systems revolutionized manufacturing. Connecticut embraced this technology, producing complex parts for jet engines, submarines, and more. The state became a hub for CNC expertise, with training programs and industry partnerships flourishing.
Modernization and Globalization (1990s–2000s): Facing global competition, Connecticut invested in high-tech CNC machines to stay ahead. Advanced multi-axis systems and CAD/CAM integration enabled greater efficiency and precision. Manufacturers diversified into new sectors like medical devices.
21st Century and Beyond (2010s–Present): Connecticut continues to lead in CNC technology, integrating automation, robotics, and Industry 4.0 advancements. The state fosters innovation through collaboration with universities and supports smaller machine shops to ensure a thriving manufacturing sector.
CNC machining is a game-changer for modern manufacturing. CNC stands for Computer Numerical Control. Imagine a robotic sculptor that can carve, cut, and shape materials with incredible accuracy.
CNC machines can produce parts with tolerances as small as a few thousandths of an inch, ensuring perfect fit and function.
CNC automation streamlines production, allowing for faster turnaround times and higher output.
CNC machines can create intricate designs and shapes that would be impossible to achieve with traditional methods.
CNC machining reduces waste and labor costs, making manufacturing more affordable.
