Advanced Tooling Applications — Part 1

This intermediate course is designed for machining professionals seeking to optimize CNC production. It's ideal for those who want to enhance their skills in tooling, cutting parameters, and workcell setup for high-precision manufacturing. The content assumes a foundational understanding of CNC operations.

You will learn to identify variables influencing precision and safety in advanced CNC operations, and apply cutting mechanics principles to optimize material removal. The course also covers setting up safe, compliant, and connected workcells, and understanding surface integrity and cutting stability. You'll explore modern tooling architectures from brands like Sandvik and Kyocera.

This course is designed to be completed in approximately 1 hour. It's structured into several focused lessons, allowing for efficient learning of advanced tooling concepts. The concise duration makes it suitable for busy professionals.

This course helps machining professionals develop the judgment needed to reduce scrap, protect tool life, and sustain quality in modern manufacturing environments. By optimizing tooling and cutting parameters, you can enhance your value in roles requiring high-precision CNC production. It prepares you for the demands of connected manufacturing.

This is an intermediate-level course specifically tailored for experienced machining professionals. It focuses on optimizing existing skills and introducing advanced concepts for high-precision CNC production. While it covers core cutting mechanics, it assumes prior experience with CNC operations.

The course delves into advanced tooling applications relevant to modern CNC manufacturing, including precision tooling for 2026 workshops. You will learn about specific tooling architectures from industry leaders like Sandvik and Kyocera, focusing on strategies for high-speed and hybrid cutting. This includes optimizing cutting parameters and workcell setup.