CHIN HSIEH HSINGantry Type Automatic Rack Plating Equipment (Electroless Nickel)
Specially engineered for large-volume components with complex geometries or stringent requirements for corrosion and wear resistance, this Gantry Type Automatic Rack Plating Equipment (Electroless Nickel) combines a heavy-duty gantry structure with a high-precision, smooth transmission system. This ensures absolute stability for large rack fixtures during vertical and horizontal transfers. Powered by intelligent control systems and customized recipe programming, it delivers exceptional coating thickness uniformity—serving as the premier surface treatment solution for automotive parts, precision machinery components, and high-end hardware.
| Applicable Scope | Highly applicable for large-scale workpieces requiring superior hardness and premium anti-corrosion protection, including automotive components, precision mechanical elements, bathroom hardware, large architectural hardware, and precision electronic parts. |
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Why Choose Gantry Type Automatic Rack Plating Equipment (Electroless Nickel)
Heavy-Duty & Smooth Rail Transfer
Engineered with high-rigidity gantry cranes and variable frequency drives (VFD), the hoisting and traveling mechanics offer ultimate smoothness, effectively preventing large racks from swaying and ensuring zero workpiece drops.
Precision Bath Circulation & Temperature Control
Optimized with specialized tank circulation and dynamic heating systems tailored for electroless nickel chemistry, it guarantees a highly uniform chemical reduction reaction—substantially improving coating thickness consistency in deep holes and complex dead-zones.
Flexible Multi-Process Scheduling
The intelligent control system seamlessly supports complex multi-track paths and tank-skipping configurations, allowing a single production line to flexibly adapt to diverse multi-stage surface treatment sequences for different product types.
Corrosion-Resistant Heavy-Duty Materials
Built with premium anti-corrosion coatings and heavy-duty acid/alkali-resistant materials across the structural chassis and critical transmission components, the equipment offers a drastically extended service life under harsh industrial environments.