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| This CNC lathe is equipped with an advanced gantry loading system, forming a highly efficient automated machining solution. By integrating machining and automatic material handling into one system, the equipment significantly improves productivity, reduces labor dependency, and ensures stable and continuous operation. | |||||||||
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The gantry loading system plays a central role in this solution. Installed above the CNC lathe, the gantry structure uses linear rails and servo-driven axes to move along the machine layout. It is designed to automatically pick up raw materials, load them into the chuck, and unload finished parts after machining. This process is completed with high precision and repeatability, ensuring consistent positioning and minimal cycle time.
Category | Content | Unit | Value |
Spindle | Spindle head form | ASA | A2-5 |
Spring collet | type | Outer diameter 56mm, M48×1.5 | |
Spindle through hole diameter | mm | Φ48 | |
Tie rod through hole diameter | mm | Φ40 | |
Processing range | Max. rotation diameter of the bed | mm | 320 |
Max. processing diameter (disc type) | mm | 300 | |
Max. processing length | mm | 350 | |
Mechanical ability | Spindle maximum speed | rpm | 3000 |
Max. rapid traverse speed of X/Z axis | mm/min | 20000 | |
Mechanical precision | X/Z axis repeat positioning accuracy | mm | ±0.005 |
Axial travel | X-axis maximum travel | mm | 720 (bidirectional) |
Z-axis maximum travel | mm | 350 | |
Knife holder | Tool holder form | type | Gang tool holder (4 pcs) |
Tool specifications | mm | 20×20 | |
Motor Power | Spindle motor | kW | 5.5 |
X-axis motor | N | 6 | |
Z-axis motor | N | 6 | |
Other | Orbital form | type | Linear guide |
Best surface roughness | um | Ra ≤ 0.8 | |
Lathe structure | type | 45° slant bed (integral) | |
Casting material | type | ≥HT300 resin sand casting | |
Weight | kg | ≈2200 | |
Overall dimensions (L×W×H) | mm | ≈3200 × 1500 × 3200 |
In the machining workflow, raw workpieces are first arranged in a designated loading area. The gantry robot automatically picks up each workpiece and places it into the CNC lathe for processing. After machining is completed, the gantry system removes the finished part and transfers it to the unloading area or conveyor system. This creates a continuous and uninterrupted production cycle without manual intervention.
• Scalability – Covers multiple machines or stations, ideal for scalable production lines.
Rigidity & Stability – Higher rigidity for handling heavier metal parts.
• Efficiency – Optimized motion paths and synchronization reduce idle time, increasing output and lowering cost per part.
• Safety – Minimizes manual intervention, reducing injury risk near moving components.
This automated CNC lathe solution is widely used in industries such as automotive parts manufacturing, valve and fitting production, hardware processing, and general precision machining. It is particularly suitable for batch production where consistency, speed, and reliability are critical.
The system can be customized according to different production requirements, including the number of CNC machines served by one gantry, workpiece size and weight, gripping method, and integration with additional equipment such as conveyors, inspection stations, or storage systems.
By combining CNC machining with a gantry loading system, this solution delivers a highly efficient, stable, and intelligent manufacturing process, making it an ideal choice for modern automated production lines.
Watch our Automated CNC Lathe in action.