How to Choose and Purchase a "Dual-Turret CNC Lathe"
In modern manufacturing, the dual-turret CNC lathe has become the preferred equipment for batch production of complex parts due to its exceptional machining efficiency and process integrity. However, faced with a wide array of product models and configurations on the market, making a scientific and rational purchasing decision is crucial. DONGS CNC will systematically explain the core considerations for selecting a dual-turret CNC lathe from a practical application perspective.
Clearly Define Your Machining Needs for Precise Self-Positioning
Part Characteristic Analysis: Statistics on the material properties, structural complexity, dimensional range, and accuracy requirements of the parts to be processed.
Production Capacity Planning Assessment: Determine the theoretical capacity requirements of the equipment based on order size and production cycle time (takt time) requirements.
Process Development Reservation: Consider new processing needs that may arise from product upgrades in the next 3-5 years.
Core Technical Parameters and Configuration
Turret System Configuration (Servo-driven turret).
Bed Design and Material (High-strength cast iron bed with reasonable rib layout to ensure dynamic stability).
Guideway Selection (Linear guideways / Hardened box guideways)
Spindle Unit Configuration (Spindle through-hole: 86mm/105mm/132mm/181mm, large through-holes can be customized).
Control System Selection (Mainstream systems such as Fanuc, Siemens, GSK, etc.)
Maximum Machining Range and other technical parameters.
Selecting a dual-turret CNC lathe is a systematic project. To learn more details and technical parameters, please contact DONGS CNC Machine Tool Manufacturer.
DONGS CNC provides various professional services from pre-sales consultation to after-sales support, and is committed to providing the most suitable solution for each customer, ultimately helping you choose the equipment that best meets your needs and gain a competitive edge in the fierce market competition.