Automatic servo ladle

Brand :Daseon

Product origin :China

Delivery time :30 Days

This servo ladle, with advanced technology, reliable performance, and thoughtful design, is trusted by die casting enterprises. Whether for automotive parts, 3C electronics, or industrial machinery, it improves casting quality and reduces costs.

In the die casting production process, the automation level of the ladling process significantly impacts production efficiency, product quality, and operational safety. Our meticulously crafted servo ladle deeply integrates advanced technologies and practical designs, targeting the pain points of traditional ladling. With eight core advantages, it has become essential equipment for die casting enterprises to boost competitiveness, redefining industry automation standards.

1.Fully Automated Operation for Seamless Production

The servo ladle eliminates the traditional manual ladling mode, achieving full automation. From precise molten aluminum extraction to stable pouring, every action aligns perfectly with the die casting machine’s production rhythm. It removes the efficiency bottleneck of manual labor and avoids safety risks in high-temperature settings, ensuring a smoother production flow. As a key die casting automation device, the servo ladle ensures seamless integration into production, building a safe and efficient modern production system.

2. Servo Drive + RV Deceleration for Stable, Accurate Operation

Equipped with an independent servo motor and RV deceleration drive system, the servo ladle delivers excellent performance. Whether in fast movement or precise positioning, it maintains stability, enhancing efficiency and accuracy compared to raditional equipment. This ensures every ladling action supports high-quality die casting formation, showcasing the servo ladle’s superior operational advantages.

servo ladle

3. Five-Link Structure Design for Spill-Free Molten Aluminum Transfer

The innovative five-link mechanical structure is pivotal to the equipment’s stability. Regardless of speed adjustments, this structure ensures balance, preventing molten aluminum spillage. This design improves material utilization, reduces workshop cleaning costs, and minimizes safety hazards, highlighting how the servo ladle’s unique structure guarantees reliable performance.

4. Stepless Ladle Volume Adjustment for Flexible Operation

The servo ladle supports stepless volume adjustment without halting production. Operators can set parameters freely within the adjustment range, catering to diverse needs—from tiny components to large castings. This “ladling on demand” feature enhances production flexibility, demonstrating the servo ladle’s adaptability to various production requirements.

5. Mitsubishi PLC Programming Control for Smart Functions

Using Mitsubishi PLC programming, the servo ladle offers intelligent features like “front standby” and “rear standby” modes, adapting to different processes. It memorizes production parameters for one-click program recall, simplifying complex ladling. As an intelligent device, it reduces operation difficulty and boosts efficiency.

6. Visual Operation Interface for Easy Fault Detection

The electrical box panel features a visual display, showing functions and parameters clearly. Its user-friendly interface suits new operators, while the built-in fault code display quickly identifies issues, minimizing downtime. This design ensures production continuity, reflecting the servo ladle’s operational convenience.

7. Multiple Safety Protections for Secure Production

Safety is prioritized in the servo ladle’s design. The molten aluminum sensing rod’s broken wire protection prevents the arm from entering molten aluminum, eliminating safety risks. Comprehensive safety measures ensure operator peace of mind and safer production.

8. High-Quality Components for Exceptional Durability

Key components use high-temperature-resistant bearings, ensuring stability in harsh environments. The non-ceramic insulated probe is more durable than traditional designs, reducing replacement frequency and maintenance costs. These durable elements guarantee the servo ladle’s long-term reliable performance.