Views: 0 Author: BBA AUTOMATION Publish Time: 2025-11-19 Origin: BBA AUTOMATION
The Cartesian structure is the machine’s core advantage, built on a stable X-Y-Z axis framework that delivers exceptional positional accuracy (±0.01mm). Unlike flexible robotic arms, the Cartesian design minimizes vibration and deflection, critical for soldering micro-components like 01005 resistors, fine-pitch ICs, and connector pins on mobile phone PCBs. Its rigid construction ensures consistent solder joint quality across thousands of cycles, eliminating defects like bridging or cold joints that plague less stable systems. The Cartesian motion also supports high-speed operation, with smooth, programmable paths that adapt to complex PCB layouts—from camera modules to charging port circuits—streamlining mobile phone assembly workflows.
Integrated tin feeding system transforms the soldering process by delivering precise amounts of solder wire to the tip automatically. This eliminates manual tin handling, a major source of variability in mobile phone PCB soldering. The system adjusts feed speed and solder volume based on pre-set parameters, matching the needs of different components—from thin wires to larger ground pads. By ensuring uniform solder distribution, it reduces waste by up to 25% and cuts cycle times per PCB by 30%, making it ideal for mass mobile phone assembly. The system also supports lead-free solder options, complying with global electronics manufacturing standards and sustainability requirements.
| Product Label | Applicable to multiple sectors |
| robotic soldering machine | Automotive Electronics |
Engineered specifically for mobile phone assembly, this advanced machine balances technical performance with practical usability. It accommodates the small PCB sizes (typically 50x50mm to 200x200mm) common in smartphones, with a compact footprint that fits seamlessly into dense production lines. The user-friendly interface allows operators to store and recall hundreds of soldering programs, enabling quick changeovers between different phone models—essential in an industry with frequent product updates. Adjustable temperature control (180°C–480°C) protects heat-sensitive components like touchscreen controllers, while built-in anti-static protection prevents damage to delicate mobile electronics. Additionally, the machine’s low-maintenance design reduces downtime, ensuring uninterrupted production for time-sensitive mobile launches.
