System overviewEngineered around your production requirement
A well-designed transfer system plays a critical role in maintaining production flow and process stability throughout a surface treatment line. ES-PRO develops transfer solutions that coordinate workpiece movement with individual tank processing times, equipment availability, and production scheduling requirements.
Our engineering approach focuses on optimizing hoist travel paths, reducing unnecessary movements, and minimizing waiting times between processing stages. For lines operating with multiple hoists, transfer zones and movement priorities are carefully coordinated to prevent interference and maintain efficient equipment utilization.
Special attention is given to lifting stability, positioning repeatability, drip time, and workpiece handling conditions. Transfer speeds, acceleration, lifting heights, and immersion movements can be configured to suit different products, rack designs, and chemical treatment requirements.
From initial production flow analysis and mechanical engineering to control integration, installation, and commissioning, ES-PRO delivers transfer systems designed for long-term operational stability, easier maintenance, and adaptability to changing production demands.
Typical process architectureProcess flow
Workpiece LoadingRack / Flybar PositioningAutomatic Transfer System PickupHoist Lifting & Horizontal MovementProcess Tank PositioningControlled ImmersionProcess TreatmentAutomatic Lifting & DrainingTransfer to Next Process TankFinal Rinsing & Post-TreatmentTransfer to Unloading StationWorkpiece Unloading
The displayed flow is an engineering reference. The final sequence, chemistry, dwell time and control points are confirmed for the customer’s process.
ApplicationsWhere this system fits
ES-PRO Plating Line Transfer Systems are suitable for various surface treatment processes requiring coordinated material movement, flexible production scheduling, and reliable workpiece handling.
Automatic Electroplating Lines: Transfer workpieces through pretreatment, plating, rinsing, and post-treatment stages while accommodating different processing times.
Anodizing & Hard Anodizing Lines: Support controlled immersion, lifting, and transfer of heavy workpieces between anodizing, cooling, rinsing, and sealing tanks.
Barrel Plating Lines: Handle plating barrels between processing stations, including automatic loading, unloading, and transfer operations.
Electroless Plating Lines: Maintain accurate transfer timing and stable workpiece handling for chemical deposition processes.
Chemical Cleaning & Pretreatment Lines: Coordinate workpiece movement through degreasing, pickling, activation, and multi-stage rinsing operations.
Multi-Hoist Production Lines: Manage shared transfer zones and coordinated hoist movements to optimize production flow and reduce equipment waiting time.
High-Capacity Surface Treatment Facilities: Support continuous production, multiple product recipes, and flexible material handling arrangements.
Existing Plating Line Modernization: Replace or upgrade outdated transfer equipment to improve positioning accuracy, mechanical reliability, and production efficiency.
