Electroforming equipment usually consists of a power supply, an electrolytic tank, a cathode and an anode. The power supply provides the required current, the electrolytic cell contains the electrolyte, the cathode is the part being metalized, and the anode is the metal salt.
The electroforming of EIDORADO CORP is a process in micro-electromechanical, which can also be said to be the foundation of micro-electromechanical. MEMS were originally developed by industrial research units in Germany. Our company has brought this technology to Taiwan many years ago, and has studied the development of related industries with the Taiwan Industrial Research Institute and provided various related equipment to various manufacturers. Since micro electroforming can be said to be the main spindle of MEMS, the equipment naturally requires a certain degree of proficiency. Our company has close cooperation with research units in Germany and Taiwan, and can be said to be the pioneer of micro-casting in Taiwan. Coupled with more than 20 years of experience, our company is definitely the first choice among micro-casting equipment. We firmly believe that MEMS will become the key and main axis of major breakthroughs in future technological development.

Product Features

Safety needs to be taken when using electroplating and electroforming equipment because of the high voltages and toxic chemicals involved. Safe operating procedures must be followed, including wearing personal protective equipment such as gloves and protective eyewear, and proper handling and storage of chemicals.

Metal parts can be created with a high degree of accuracy, quality and complex shapes.
High-purity metallic materials can be produced and their physical and chemical properties can be controlled to a certain extent.
Lightweight, high-strength metallic materials can be made, such as aluminum and magnesium alloys required by the aerospace and automotive industries.
Microscopic metal parts can be manufactured, such as microcomputer parts and medical devices.
A large number of metal parts can be produced in a short time, so high-efficiency, low-cost production can be achieved.
A variety of metals can be used, including copper, nickel, gold, silver, aluminum, and more.
Metal parts with different surface effects can be produced, such as high gloss, frosted, polished, etc.

It should be noted that operating procedures and safety requirements need to be followed when using electroforming equipment to ensure the safety of operators and the normal operation of equipment. In addition, wastewater and exhaust gas need to be treated strictly to protect the environment.

Institutional Design

1. Electrolyzer: The electrolyzer is the core component of electroforming equipment and is used to contain electroforming liquid and workpieces. Generally speaking, electrolytic cells are made of corrosion-resistant materials, such as polypropylene, fiberglass, polyvinyl chloride, etc.
2. Power Supply: Electroforming equipment requires a power supply to provide current and voltage. The power supply can be DC or AC, and its power and current density need to be adjusted according to the electroforming process and workpiece requirements.
3. Anode and Cathode: Cathode and anode are the two main components of electroforming equipment. The cathode is the object to be electroformed, and the anode is used to supply current.
4. Control System: The control system is used to adjust the operating parameters of the electroforming equipment, such as current density, temperature, time, etc. The control system usually consists of a microprocessor and related electronic circuits.
5. Filtration System: The filtration system is used to filter impurities and contaminants in the electroforming liquid to ensure the quality and consistency of electroforming products.
6. Cooling System: The cooling system is used to control the temperature of the electrolytic liquid to avoid damage to workpieces and equipment caused by overheating.
7. Electrolyte Formula: Electroforming equipment requires different electrolyte formulas to manufacture different metal products, such as copper, nickel, gold, aluminum, etc. The formula of the electrolyte needs to be adjusted according to parameters such as metal material, current density, and workpiece size.

These elements constitute the structural design of general electroforming equipment, and electroforming equipment for different applications and needs will be different.

Application

1. Electronics Industry: Electroforming technology is widely used in manufacturing printed circuit boards and other electronic components, such as connectors, sockets, etc. In the electronics industry, electroforming technology can provide high-precision, high-density metal conductors, as well as wear-resistant and corrosion-resistant surface protective layers.
2. Jewelry Industry: Electroforming technology can be used to manufacture various jewelry, including gold, silver, copper, aluminum, zinc and other materials. High-precision, high-quality jewelry manufacturing can be achieved through electroforming technology.
3. Automobile Manufacturing: In automobile manufacturing, electroforming technology is widely used to manufacture various automobile parts, such as engine blocks, intake manifolds, body sheet metal, etc. Efficient and high-precision production of automotive parts can be achieved through electroforming technology.
4. Aerospace Industry: In the aerospace industry, electroforming technology can be used to manufacture high-precision, complex-shaped metal parts, such as engine parts, wings, fuselages, etc.
5. Medical Device Industry: Electroforming technology can be used to manufacture various medical devices, such as artificial bones, teeth, joints, etc. High-precision, high-quality medical device production can be achieved through electroforming technology.

In short, electroforming technology has a wide range of applications and can provide efficient, high-precision, and high-quality production solutions in different industries and fields.