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Compact Low-Energy Electron Beam Systems TPMEB-120/160/200 Series from China Suppliers and Factory

The TPMEB-120/160/200 series low-energy electron accelerators are compact, cutting-edge systems tailored for laboratories, universities, and industrial R&D centers. Manufactured in China, these accelerators feature an innovative curtain-type electron beam structure, ensuring a small footprint and lightweight design for easy installation. As premier suppliers in the industry, we provide flexible solutions ideal for various research and application environments. Choose our factory for reliable, high-performance electron accelerator systems that meet your experimental and pilot-scale needs

    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.

    (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

    What is the advantage of a Curtain-Type Electron Beam Design?

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

    Can this equipment fit into a small laboratory?

    Yes, the system is engineered with a compact and lightweight structure, making it a space-saving option that is easy to install in both laboratories and pilot plants.

    How does the self-sustaining vacuum system work?

    The self-sustaining vacuum system requires no pre-vacuum preparation, allowing for fast startup times and significantly simplified daily operations.

    How does the system ensure reproducible experimental results?

    Reproducibility is achieved through high precision beam control, which allows operators to make highly accurate adjustments to both beam energy and beam current.

    What applications benefit from excellent dose uniformity?

    Excellent dose uniformity is highly beneficial for sensitive material research and high-quality radiation processing where consistent exposure is required.