Product Introduction
The 10A 18V automatic electroplating equipment is an integrated R&D workstation. It combines a precision power supply with programmable automation. Consequently, it enables hands-free execution of complex plating experiments. Therefore, it is perfect for labs developing new processes, studying deposition mechanisms, or teaching electrochemistry principles.
Product Parameters
- Product Model: 10A18V
- Input Voltage: Single-phase 220V/1P
- Input Frequency: 50Hz/60Hz (customizable)
- Output Current: 0-20A adjustable
- Output Voltage: 0-18V adjustable
- Operating Mode: Switchable between current regulation and voltage regulation
- Cooling Method: Air-cooled
- Display Accuracy: 0.01A and 0.01V
- Ripple Coefficient: ≤1%
- Timing Function: Ampere/Time Control, Time Reset
- Adjustment Buttons: Output Adjustment, Gas Flow Adjustment
Key Features
- Fully Automated: Integrated with a PLC or industrial computer, this system automates the entire process from material loading, electroplating, washing, drying, to sample output. Consequently, there is no need for manual intervention.
- High-Precision Control: The system precisely regulates key parameters such as current density, voltage, temperature, pH value, and electroplating time. As a result, the process remains consistent and controlled, ensuring optimal experimental conditions throughout.
- Flexibility and Programmability: Multiple electroplating process formulas and programs can be stored and recalled, offering flexibility for various materials and plating types. Therefore, the system easily adapts to diverse experimental needs.
- Data Recording and Traceability: The system automatically records complete experimental data, including parameters, curves, and timestamps. This ensures comprehensive traceability, which is critical for meeting quality management standards.
- Modular Design: The modular layout of components like the tank, power supply, stirring, heating, and circulation filtration systems makes maintenance, cleaning, and functional expansion more efficient. Thus, users can easily scale and customize the system.
Significant Advantages
- Improved Reliability and Repeatability: By eliminating human error, this system ensures objective, accurate experimental data and highly reproducible results. In turn, this provides a solid foundation for scaling up production processes.
- Significantly Improved R&D Efficiency: With the ability to support 24/7 operation, the system enables high-throughput, multi-condition parallel experiments. As a result, the R&D cycle is significantly shortened, accelerating the development process.
- Safe and Convenient Operation: Equipped with safety protection features and self-diagnostic capabilities, the equipment isolates operators from hazardous chemicals, thereby reducing safety risks and minimizing labor intensity.
- Resource and Cost Savings: The system precisely controls the consumption of chemicals, water, and electricity. Consequently, it reduces waste and scrap rates, resulting in significant cost savings for experiments.
