CHIN HSIEH HSINGantry Type Automatic Barrel Plating Equipment (Acid Zinc)
Engineered for the high-volume surface treatment of small hardware and fasteners, this Gantry Type Automatic Barrel Plating Equipment (Acid Zinc) features a high-rigidity gantry crane structure paired with an intelligent automated control system. It delivers exceptional load capacity and operational stability while precisely managing acid zinc coating quality—serving as the ultimate mass-production solution to boost throughput and ensure rigorous quality consistency.
| Applicable Scope | This equipment is highly recommended for the high-volume surface treatment of various fasteners (including screws, nuts, washers, and rivets), electronic connectors, and miscellaneous small hardware components. |
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Why Choose Gantry Type Automatic Barrel Plating Equipment (Acid Zinc)
Fully Automated Intelligent Control
Equipped with advanced PLC and HMI systems, the equipment supports multi-recipe memory and one-touch activation to achieve high automation, effectively minimizing labor dependency and operational errors.
High-Rigidity Gantry Architecture
Built with heavy-duty structural steel, the gantry crane assembly offers rock-solid stability and excellent vibration resistance, ensuring smooth travel and high-precision positioning even under full-load operation.
Uniform & High-Efficiency Mass Production
The optimized barrel interior geometry ensures uniform tumbling of large batches of miniature workpieces, guaranteeing exceptional consistency in coating thickness and aesthetic quality across every single product.
Modular Design & Easy Maintenance
Critical components—including the plating barrels, drive motors, and conductive copper seats—are engineered with modular concepts for quick disassembly and replacement, drastically reducing downtime during routine maintenance.
Occupational Safety & Eco-Protection
Outfitted with comprehensive anti-collision and overload protection mechanisms, the system seamlessly integrates with industrial exhaust extraction systems to effectively prevent gas dissipation and thoroughly optimize the plant environment.