In the semiconductor manufacturing field, Huzhou Prim Semiconductor Co., Ltd. (hereinafter referred to as "Prim") has become a leader in the industry thanks to its advanced technology and outstanding manufacturing capabilities. The company focuses on the research and production of core components of semiconductor equipment, and its products are widely used in key links such as chip manufacturing and packaging testing, providing high-precision and high-reliability solutions for the global semiconductor industry chain. 

Air flotation rotating shaft: A frictionless precision motion core 

In semiconductor equipment, the air-floating rotating shaft is a key component for achieving high-precision rotational motion. Prim's air-floating rotating shaft employs air bearing technology, eliminating mechanical contact through gas lubrication, thereby achieving nearly frictionless rotation. This design not only significantly reduces energy consumption but also greatly minimizes wear, extending the lifespan of the equipment. 

Technical advantages

High-precision positioning: The air-float rotating shaft can achieve nanometer-level positioning accuracy, meeting the requirements for precise processing of tiny components in semiconductor manufacturing. 

Low vibration operation: Due to the absence of mechanical contact, almost no vibration is generated during operation, ensuring the stability of the processing process. 

Long-life design: Reduces worn-out components, prolongs the equipment maintenance period and lowers operating costs. 

Application Scenario 

The air-float rotating shaft is widely used in advanced semiconductor equipment such as wafer inspection devices and lithography machines. It is an indispensable component for achieving high-precision and high-efficiency processing. 

Ceramic plate fork: The perfect combination of high temperature resistance and high strength 

The ceramic disc fork is a core component used for transporting and positioning wafers in semiconductor equipment. Prim's ceramic disc fork is made of high-performance ceramic materials and possesses excellent high-temperature resistance and mechanical strength. 

Material properties 

High-temperature resistance: Ceramic materials can maintain stable physical properties in high-temperature environments, making them suitable for high-temperature processes in semiconductor manufacturing. 

High-strength: The ceramic disc fork has extremely high bending and compressive strength, capable of withstanding the mechanical stress during the wafer handling process. 

Low thermal expansion: The thermal expansion coefficient of ceramics is low, ensuring the stability of size during temperature changes and improving positioning accuracy. 

Application value 

The ceramic disc fork plays a crucial role in the wafer handling machinery. Its high-temperature resistance and high strength enable the equipment to operate stably under demanding process conditions, thereby enhancing production efficiency and product quality. 

Wafer Calibrator: A Powerful Tool for Accurate Wafer Positioning 

The wafer calibrator is a device used in semiconductor equipment to precisely calibrate the position of the wafer. Prim's wafer calibrator employs advanced sensor technology and precise mechanical design, enabling rapid and accurate positioning of the wafer. 

Technical Highlights 

High-precision sensor: Integrates high-precision displacement sensor and angle sensor to monitor the position and posture of the wafer in real time. 

Quick calibration: Through optimized algorithms and mechanical structures, the calibration of wafers can be completed within a short period of time, thereby enhancing production efficiency. 

Intelligent control: Supports seamless integration with the control system of the equipment, enabling an automated calibration process. 

Application Scenario 

Wafer calibrators are of vital importance in processes such as wafer inspection and lithography, ensuring precise positioning of the wafer during the manufacturing process and reducing processing errors. 

Wafer handling manipulator: An efficient and reliable solution for wafer handling 

Wafer handling manipulators are the key equipment used for wafer transportation on semiconductor production lines. Prim's wafer handling manipulators adopt a modular design, integrating high-precision motion control and advanced grasping technology, to achieve efficient and safe wafer transportation. 

Core advantage

Modular design: The structure of the robotic arm is modular, facilitating maintenance and upgrades, and reducing the lifecycle cost of the equipment. 

High-precision motion control: Utilizing high-precision servo motors and reducers, the mechanical hand achieves precise positioning and rapid movement. 

Advanced picking technology: Equipped with dedicated wafer suction cups or clamping mechanisms to ensure that the wafers are not damaged during handling. 

Application Scenario 

Wafer handling robots are widely used in all stages of the wafer production line, from wafer cleaning, inspection to packaging and testing, achieving fully automated wafer handling and improving the overall efficiency of the production line. 

Conclusion

Huzhou Prim Semiconductor Co., Ltd. has provided high-precision and highly reliable solutions for the semiconductor manufacturing industry through innovations and optimizations in core components such as air-float rotating shafts, ceramic plate forks, wafer calibrators, and wafer handling manipulators. These products not only enhance production efficiency and reduce operating costs, but also provide strong support for the continuous advancement of semiconductor technology. In the future, Prim will continue to focus on technological innovation and drive semiconductor manufacturing towards higher precision and higher efficiency.