Important information about insert box ||इन्सर्ट बॉक्स की इस महत्वपूर्ण जानकारी के बारे में जानें ||

Introduction

This tutorial provides essential information about insert boxes used in CNC machining. Understanding the specifications and types of CNC inserts can help you choose the right tools for your machining needs, enhancing efficiency and precision.

Step 1: Understanding CNC Inserts

• CNC inserts come in two main standards:
  • Metric (ISO)
  • Inch (ANSI)
• The primary difference between these standards is indicated by the number in the middle of the insert designation.

Step 2: Key Terminology

Familiarize yourself with the following terms related to CNC inserts:

• Vc (Cutting Speed): This is the speed at which the cutting edge of the insert moves against the workpiece. The unit of measurement is typically meters per minute (m/min).
• ap (Cutting Depth): This refers to the depth at which the insert cuts into the material. It is measured in millimeters (mm) or inches.
• fn (Feed per Revolution): This is the distance the tool moves with each revolution, measured in millimeters per revolution (mm/rev).

Step 3: Popular Tools

• The UKO brand offers a range of turning and milling tools that are widely recognized for their quality:
  • CNC High-Feed Milling Cutters: These tools allow for high-speed machining and are ideal for various applications.
  • Planer Type Milling Inserts: These are particularly favored by customers both domestically and internationally.

Step 4: Practical Tips

• Always check the compatibility of your inserts with the tool holders.
• Ensure you understand the specifications for cutting speeds and feeds to optimize machining performance.
• Regularly inspect and maintain your CNC tools to prolong their lifespan and maintain machining accuracy.

Conclusion

This guide covers the essential aspects of CNC insert boxes, including standards, terminology, and popular tools. To further enhance your CNC machining knowledge, consider exploring additional resources, such as tutorials on specific tool types or CNC programming practices. By understanding these concepts, you can make informed decisions that improve your machining processes.