To recommend the most suitable 5-axis turning and milling CNC machine, we need to understand the actual dimensions of your workpieces.

The machine selection is not only based on the product length or width.

Because the workpiece needs to rotate during turning operations, the maximum rotating diameter of the material is a key factor that determines the required machine size and working range.

Please provide the following information:

1. Workpiece Material Type

First, please confirm the shape of your raw material:

A. Standard Round Material

For round materials, please provide:

· Material diameter (Ø)

· Material length

Example:

Round wooden pole:

Diameter: Ø120 mm
Length: 1500 mm

B. Square or Rectangular Material

For square or rectangular materials, please provide:

· Length

· Width

· Height (thickness)

· Material length

Example:

Square timber:

200 mm × 200 mm × 1500 mm

2. Maximum Rotation Diameter (Swing Diameter)

For 5-axis turning and milling machines, the most important dimension is:

The maximum diameter of the workpiece after rotation.

When a square or rectangular workpiece rotates, the diagonal distance becomes the effective turning diameter.

Example:

A square timber:

200 mm × 200 mm

Although the width is only 200 mm, the rotating diameter is approximately:

200 mm × √2 = 283 mm

Therefore, the machine must have enough clearance for a rotation diameter larger than 283 mm.

3. For Irregular-Shaped Workpieces

For special-shaped materials or semi-finished products, please provide:

· Overall length

· Maximum width

· Maximum height

· Maximum rotating diameter

If possible, please also provide:

· Product photos

· 3D drawings

· CAD files

Because irregular shapes may have different rotating requirements compared with standard square or round materials.

4. Why Do We Need These Dimensions?

Every 5-axis turning and milling CNC machine has a specific working range.

The maximum workpiece size depends on:

· Machine swing diameter

· Distance between spindle and tool

· Z-axis machining length

· Spindle structure

· Fixture design

Without these dimensions, it is impossible to accurately recommend the correct machine model.

A machine that is too small cannot process the workpiece.

A machine that is oversized may increase unnecessary investment.

Our goal is to recommend the right machine based on your actual production requirements.

Please Prepare the Following Information Before Inquiry:

To help us recommend the correct CNC solution, please provide:

✅ Product photos
✅ Material shape (round / square / irregular)
✅ Material diameter or dimensions
✅ Material length
✅ Required machining processes
✅ Production quantity

With this information, we can evaluate the suitable machine configuration for your application.