Precision Machining
Discover how machine tools are engineered and study their mechanical design, including their construction, movement and drive systems.
Hands-on Engineering Skills
Gain the skills to read technical drawings, understand machine parts and develop a problem-solving engineering approach.
Manufacturing Processes
Study the types of machining, cutting techniques, tooling and basic principles of manufacturing for various kinds of machinery.
Latest Insights
Machine Tool Spindles: The Core of Machining Performance
The spindle is one of the most crucial parts of a machine tool. It transmits rotational movement to the cutting tool or workpiece, and has a significant effect on the speed, precision, stability and…
Cutting Tools: Small Parts with Big Impact on Machining
When considering a machine tool, the frame, spindle, and control system are usually given priority. Yet, the cutting tool is the only element that directly works against the workpiece, and its type, properties, and…
What Is the Accuracy of Machine Tools?
One of the key features of machine tools today is precision. Machine tools can manufacture parts ranging from tiny mechanical pieces to large industrial parts, and they are expected to be capable of maintaining…
Testimonials
“With the help of ToolCrest, I was able to understand complicated subjects such as machine building. I could see the connection between theory and application.”
Sora Fujimori
Machine Tool Design
Study the primary components of machine tools such as frame, guides, spindle, drives, and positioning mechanisms
Machining Processes
Understand the usage of cutting, drilling, milling, turning, and other machining operations in engineering material processing
Precision and Accuracy
Learn about tolerance, positioning accuracy, rigidity, vibration, and other parameters affecting machine tools
Modern Manufacturing
Gain insights into how CNC systems, automation, digital design and modern production technologies are reshaping the future of machine-tool engineering