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Low-Energy Electron Beam Systems TPMEB-120/160/200 Series - China Suppliers & Factory for R&D Applications

Introducing the TPMEB-120/160/200 series low-energy electron accelerators, the perfect choice for laboratories, universities, and industrial R&D centers in China. As leading suppliers in the industry, our compact, experimental, and pilot-scale systems are designed with a curtain-type electron beam structure, ensuring a small footprint and lightweight design. Easy installation allows for flexibility in various research and application environments. Choose our factory for cutting-edge technology that meets your low-energy electron acceleration needs. Discover the difference with our innovative solutions today!

    Key Advantages & Technical Features

    (1) Curtain-Type Electron Beam Design

    Ensures uniform dose distribution across the irradiation area, ideal for research accuracy and process stability.

    (2) Compact & Lightweight Structure

    Space-saving design for easy installation in laboratories and pilot plants.

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    (3) Self-Sustaining Vacuum System

    No pre-vacuum preparation required, enabling fast startup and simplified operation.

    (4) High Precision Beam Control

    Accurate adjustment of beam energy and beam current for reproducible experimental results.

    (5) Excellent Dose Uniformity

    Suitable for sensitive material research and high-quality radiation processing.

    Frequently Asked Questions (FAQ)

    What are the benefits of the Curtain-Type Electron Beam Design?

    The curtain-type design ensures uniform dose distribution across the entire irradiation area, which is essential for maintaining research accuracy and process stability.

    Can this system be installed in small laboratory spaces?

    Yes, the system features a compact and lightweight structure specifically engineered for space-saving installation in both laboratories and pilot plants.

    How does the self-sustaining vacuum system simplify operations?

    The self-sustaining vacuum system eliminates the need for manual pre-vacuum preparation, allowing for fast system startup and highly simplified daily operations.

    Is the beam control precise enough for reproducible research?

    Yes, the high-precision beam control allows for accurate adjustment of both beam energy and beam current, ensuring highly reproducible experimental results.

    What applications benefit from the excellent dose uniformity?

    The excellent dose uniformity is particularly suitable for sensitive material research and high-quality radiation processing applications where consistency is critical.