Last year, we took on 17 orders for robot joint parts. For 12 of them, the client had already utilized 3-axis with repositioning, and 8 of those fizzled during gathering. After exchanging to 5-axis, 16 passed on the to begin with try.
This isn’t about which machine costs more. A few employment fairs can’t be done on a 3-axis.

Table of Contents
A genuine story

What makes robot parts so hard

How situating blunders include up to 3-axis

How does 5-axis maintain a strategic distance from these problems?

Let’s do the math

Which parts completely require a 5-axis

Three questions to inquire about your 5-axis shop

The footnote

Discover the benefits of 5-axis CNC machining. Learn how it boosts precision, cuts lead times, and handles complex parts to elevate your manufacturing process.

Explore the fundamentals of multi-axis machining, an advanced process for creating complex parts. Learn how it works, its different types, and its key benefits.

Explore how CNC machining for aerospace applications delivers unparalleled precision and safety. Learn about the key techniques, materials, and components.

Discover the essential benefits of 5-axis CNC machining. Learn how this advanced technology boosts speed, precision, and efficiency to create complex parts.

Master CNC machining for complex geometries. Learn to define complex parts, leverage 5-axis technology, and apply DFM principles for superior precision and efficiency.

Unlock the full potential of 5-axis machining. Learn essential design optimization techniques to reduce costs, improve part quality, and create complex geometries with ease.

Discover how 5-axis machining transforms complex designs into high-precision parts. Learn its key advantages over 3-axis for superior quality and efficiency.