Regarding the processing size capability of the 46 CNC turret lathe, the following is the technical parameter analysis and application suggestions:
1. Core processing size parameters
Standard processing range:
Maximum turning diameter: Defined based on the material (the turning diameter of the machine bed)
Maximum processing length: Usually 400 - 600mm (the Z-axis travel of the turret machine is generally shorter than that of the ordinary turret machine)
Main shaft through-hole diameter: Φ460mm (this is the key parameter for the processing capacity of the rod material)
Turret frame features:
Typical number of tool positions: 8 - 12
Minimum adjacent tool spacing: 2 - 5mm (affecting the processing of compact parts)
II. Factors Limiting Actual Processing Capacity
Tool interference risk:
Minimum processing diameter on X-axis: Φ15 - Φ30mm (depending on the thickness of the tool)
Recommended height difference between adjacent steps: Should not exceed 3 times the extension length of the blade
Special attachments impact:
When using the center frame, the maximum length can be extended by 1.5 to 2 times.
Installing power cutting tools will occupy 2 to 3 tool positions.
III. Typical Processing Case References
Optimal processing range:
Axial parts: Φ20 - Φ300mm × 200 - 400mm
Cylindrical parts: Φ ≤ 460mm × Thickness ≤ 150mm
Extreme Challenge Case:
A processing of automotive component: Φ450mm flange + Φ30mm deep hole (requires special customized boring tool)
We suggest you provide the following information for precise guidance:
Specific processing materials (steel/aluminum/copper, etc.)?
Key dimension requirements of the part drawings?
Current tool configuration situation?
Do you need further information about the tool layout optimization plan of the tooling machine?
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