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Buddy robotics
Buddy robotics
| Model NO. | CB-HX6441 | Application | Electrical & Electronics Industry, Lighting, Auto, Communication |
| Certification | CE, ISO | Product Name | Automatic Soldering Machine |
| Repeat Accuracy | +/-0.02 mm (X * Y * Z) | Transfer Method | Precision Stepper Motor |
| Machine Weight | 85kg | Heating Power | 150~300W |
| External Port | USB + RS232 | Movement Speed | 0.1-800 mm/S |
| Power Source | Electricity + Pneumatic | Program Groups | 999 Groups |
| Axis Range | 500*400*400*100 mm | Solder Diameter | 0.5, 0.6, 0.8, 1.0, 1.2 (mm) |
| Number of Axes | 6 Axis | Controller System | Omron PLC |
Double-head double-platform fully automatic soldering machine
1. The double-station full-automatic alternate operation machine can work non-stop. While products on one workbench are being soldered, the other can be loaded. It is safe, convenient, fast, and efficient.
2. Dual-platform design ensures maximized production efficiency. Workers only need to handle product placement, while the machine automatically completes high-precision tasks.
3. Simple operation: The display screen allows operators to quickly grasp debugging and operation. One worker can manage several machines simultaneously.
4. Improved quality: Accurate torque and convenient adjustment ensure consistent soldering quality.
5. Professional Customization: We provide specialized soldering iron nozzles and high-precision control systems to ensure smooth heating curves and stable performance.
As a global enterprise, we insist on quality, focus on service, and continuous core technology innovation. We are committed to providing serialization and diversification of products to meet complex customer needs.
Our solutions help manufacturers overcome traditional process bottlenecks, such as:
• Reduction of high training and management costs caused by manual mobility.
• Elimination of quality fluctuations and high failure rates in manual manufacturing.
• Stabilization of production during off-peak and peak seasons.
• Optimization of auxiliary material usage to reduce waste.
