ZP3P Series Longitudinal Vacuum Lead-out Type With Buffer

ZP3P Series Longitudinal Vacuum Lead-out Type With Buffer is a particle flow guide designed for high vacuum environments. Its core function is to achieve efficient and stable extraction of longitudinal particle beams. At the same time, it optimizes the particle transmission dynamics through integrated buffer structures to meet the needs of precision industrial processes.

Main technical features
Longitudinal vacuum extraction architecture
The axially symmetrical vacuum channel design is adopted to ensure that the particle flow is directional along the main axis of the equipment, avoid the flow field distortion caused by lateral extraction, and maintain the airflow integrity of the vacuum chamber.

Embedded buffer mechanism
The built-in multi-stage dynamic buffer unit realizes the pre-regulation of high-energy particle flow through non-contact energy gradient regulation, reduces the particle phase space divergence, and provides a particle beam with better collimation for downstream processes.

Vacuum compatibility design
The entire structure meets the ultra-high vacuum (UHV) material specifications and sealing standards, and the key components are passivated on the surface to suppress the outgassing effect, ensuring long-term stable operation at a vacuum degree of 10^-5 Pa and above.

Transmission dynamics optimization
The coordinated design of the buffer module and the extraction channel realizes active compression of the particle energy spectrum, effectively suppresses scattering loss and improves beam quality, which is especially suitable for application scenarios with strict requirements on monochromaticity.

Industrial system adaptability
The standard flange interface supports modular integration and can seamlessly connect to various vacuum process chambers. Its non-magnetized structure design further expands its applicability in magnetic field-sensitive environments.