Compared with the competitiveness of EIDORADO CORP in the same industry, we introduce advanced European technology and manufacture and sell in Taiwan so that local industries can enjoy European high-quality and high-performance processing equipment at Taiwan-made prices. It enables environmental protection to be done "without any expense" in the most limited space and the most economical treatment cost.

Product Features

• Efficient: Utilizing the ion deposition mechanism in a vacuum environment, a uniform and dense metal film layer can be formed in a short time to improve production efficiency.
• Environmental Protection: The process flow in vacuum electroplating equipment does not require the use of toxic and harmful chemicals, does not pollute the environment, and meets environmental protection requirements.
• Corrosion Resistance: The vacuum electroplating film layer is uniform and dense, with excellent corrosion resistance, which can extend the service life of the product.
• Good Surface Treatment Effect: Vacuum electroplating equipment can improve the gloss, hardness, wear resistance and other properties of the material surface without affecting the performance of the material itself, and improve the grade and added value of the product.
• Wide Range of Applications: Vacuum electroplating equipment is suitable for surface treatment of a variety of materials, and can manufacture metal products, glass products, ceramic products, plastic products, etc., with a wide range of applications.

Institutional Design

1. Vacuum System: Vacuum electroplating equipment needs to operate in a vacuum environment, so a complete vacuum system is required, including vacuum chambers, pump units, valves and other components to ensure the normal operation of the equipment.
2. Electrode System: The electrode system is the core part of the vacuum plating equipment. It mainly includes anode and cathode. A certain distance and gap need to be maintained between them to ensure the smooth progress of the deposition process.
3. Power Supply System: Vacuum electroplating equipment requires the use of high-voltage power supply and high-frequency power supply to produce arc discharge or induction heating to ionize and deposit metal on the surface of the workpiece.
4. Control System: Vacuum electroplating equipment requires the use of a computer or PLC control system to control the operating status and parameter settings of each component to achieve automated operation of the equipment.
5. Water Cooling System: A large amount of heat is generated in vacuum electroplating equipment, and a water cooling system is required to dissipate heat to ensure long-term stable operation of the equipment.
6. Ancillary Equipment: Vacuum electroplating equipment also needs to be equipped with some ancillary equipment, such as ion sources, vacuum gauges, gas controllers, etc., to improve the stability and reliability of the equipment.

The above are the main aspects of the mechanical design of vacuum plating equipment. The specific structures and parameters of different types and specifications of equipment may be different.

Application

1. Metal Products: Vacuum electroplating equipment can be used to manufacture high-end tableware, jewelry, watch dials, mobile phone casings and other metal products to increase the texture and added value of the products.
2. Optical Devices: Vacuum electroplating equipment can be used to manufacture optical devices, such as reflectors, filters, coated lenses, etc., to improve the optical performance and service life of the devices.
3. Auto Parts: Vacuum electroplating equipment can be used to manufacture automobile exterior decorative parts, engine parts, etc., to enhance the visual effect and corrosion resistance of the automobile.
4. Medical Devices: Vacuum electroplating equipment can be used to manufacture medical devices, such as surgical instruments, artificial bones, artificial joints, etc., to improve the biocompatibility and corrosion resistance of the devices.
5. Electronic Products: Vacuum electroplating equipment can be used to manufacture electronic products, such as mobile phone screens, monitors, optical fibers, etc., to improve the reliability and visual effects of the products.
6. Aerospace: Vacuum electroplating equipment can be used to manufacture aerospace parts, such as satellite reflective surfaces, spacecraft heat conductors, engine combustion chambers, etc., to improve the performance and reliability of devices.

In short, vacuum plating equipment is widely used in many fields. It can provide high-quality surface treatment for products and improve product quality and added value.