Horizontal Double Speed Chain Conveyor Semiconductor Board Board Device

Semiconductor,Production Line Board Board Device/Horizontal Double Speed Chain Conveyor Line

Application field of horizontal double speed chain conveyor line

1. In the electronics and electrical appliances industry, they are applied in the assembly production lines of products such as computers, televisions, and mobile phones. For example, in the production of mobile phones, it can smoothly transport components like mobile phone cases, circuit boards, and screens to various workstations, facilitating workers to carry out assembly operations and ensuring the high efficiency and accuracy of the production process.
2. In the field of mechanical manufacturing, they are used for the assembly of small mechanical parts. For instance, in the production of small motors, they can transport parts such as rotors, stators, and end covers of motors, enabling these parts to circulate orderly on the production line and increasing the assembly speed.
3. In the production of automotive parts, they also have applications. For example, in the assembly of automotive interior parts (such as seat adjustment buttons and small components on the instrument panel), the horizontal speed chain conveyor lines can effectively transport these small parts to meet the mass production needs of automotive parts.
4. In the food and pharmaceutical packaging industries, they can transport processed foods and medicines, such as small packages of snacks and pills, and deliver them to the packaging workstations, improving the packaging efficiency.

The characteristics of horizontal double speed chain conveyor line

1, High-efficiency Conveyance

• They possess relatively high conveying speeds, enabling materials to flow rapidly in the horizontal direction and effectively improving production efficiency while ensuring the continuity of the production process. For example, in the assembly line operations of an electronics factory, they can quickly transport electronic components from one workstation to the next, meeting the high-frequency production rhythms.

2, Precise Positioning

• They are capable of precisely delivering materials to designated positions. Through accurate transmission devices and positioning systems, the tooling plates carrying products can stop accurately at each workstation, facilitating workers' operations or enabling automated equipment to carry out processing, assembly and other procedures with reduced errors.

3, Good Stability

• They operate smoothly. Thanks to their reasonable structural design and the close cooperation between the chains and tooling plates, they can maintain the horizontal state of materials during the conveying process, preventing products from being damaged due to shaking or jolting. This is particularly important for the conveyance of precision electronic components and fragile products.

4, Moderate Load-bearing Capacity

• They can carry products and tooling plates of a certain weight. Their load-bearing capacity can meet the production and conveying needs of most small and medium-sized products, and they are applicable to the product conveyance in fields such as small mechanical parts, electronic equipment, and food packaging.

5, High Flexibility

• They are convenient for combination with other equipment. They can be connected with automated equipment such as robots and automated inspection devices to form automated production lines. They can also be flexibly adjusted in length and position according to changes in the production layout to adapt to different technological processes and site requirements.

6, Easy Maintenance

• They have a relatively simple structure, and their main components such as chains and motors are easy to inspect and replace. During routine maintenance, staff can maintain the equipment relatively conveniently, reducing production delays caused by equipment failures.

Product picture