When designing a machined part, one of the main considerations is its material. Aluminum alloys are commonly used in CNC machining for a variety of industries and applications. However, before it can be shaped into precision parts, it must first undergo one of several casting processes.
Sustainability has become a crucial part of nearly every industry, and manufacturing is no exception.
Few industries are growing as rapidly as electric vehicle (EV) production. This urgency is pushing manufacturers to constantly seek innovative solutions to enhance efficiency, precision, and reliability while integrating advanced manufacturing techniques.
CNC machining (computer numerical control machining), is precision machining that's fully automated, ensuring exceptional accuracy and remarkable precision. CNC machining achieves levels of complexity beyond conventional precision machining, plus it’s cost-efficient, particularly for complex components and parts.
CNC (computer numerical control) machining has revolutionized the manufacturing industry, empowering the production of precise, complex parts with unparalleled efficiency. As intimidating as that may sound, it’s not. There are various paths to learning and, eventually, mastering CNC machining.
We’ll explore how to learn CNC machining (gaining knowledge and experience), from traditional education to hands-on training.
We’ve raved for years about the capabilities of CNC (computer numerical control) machines. And with good reason!
CNC machined parts repeatedly meet exact specifications and achieve extremely tight tolerances in large quantities. Transforming materials into finished, usable parts is valued throughout numerous industries across the world. Exactly how that happens may seem like a mystery, so this article is dedicated to sharing 4 types of CNC machines: how they operate, what materials they handle, examples of each, and more.
AI in CNC machining — that is, using artificial intelligence within the CNC machining process — feels natural, doesn’t it?
CNC machines by definition are computer numerically controlled, allowing for rapid production of incredibly precise parts, with their impact being felt throughout so many industries.
Precision machining, particularly CNC (computer numerical control) machining, is vitally important in today’s economy, specifically for industries needing parts with unparalleled accuracy and complexity.
Most modern manufacturers are dealing with a new norm: fewer skilled humans to handle rising production demands. The only way to succeed is by automating production processes to save time, achieve desired results, and reduce errors.
What do you need from CNC tooling?
- Precision (of course) — The ultimate measuring stick of every CNC machining project, precision requires more than just the right capabilities
- Reliable rigidity — A tool must maintain its shape, remain stable, and resist flexing or vibrating during cutting operations
- Solid durability — Getting long lifetime value out of a tool is a cost-control measure that affects the bottom line, making durability an important Key Performance Indicator
- Easy installation/adjustment — Being able to easily change out and adjust tooling isn’t just efficient, it makes life better for the CNC operator
