Dual-Source Vacuum Deposition Coating System Evaporation Coater

Dual-Source Vacuum Deposition Coating System Evaporation Coater 

TMAX-BY-ZD04-Dual-Source Vacuum Deposition

Technical Specifications

Key Features & Competitive Analysis

1. Compact & High Cost-Performance

· Compared to larger industrial systems, the ZHD300 offers a space-saving integrated design, making it ideal for labs with limited space.

· Lower operational costs due to efficient power usage and minimal maintenance needs.

2. Dual-Source Deposition Flexibility

· Many basic models offer only single-source evaporation, limiting material options. The ZHD300’s dual-source configuration enables:

o Co-evaporation: Producing alloy or doped films (e.g., metal-oxide composites).

o Sequential evaporation: Depositing multilayer structures (e.g., electrode/interlayer/active layers for solar cells).

· Superior to thermal evaporation-only systems, as it supports both organic and inorganic materials.

3. Precision & Reproducibility

· ±5% thickness uniformity outperforms many entry-level systems (typically ±8–10%), ensuring research-grade consistency.

· PLC-controlled deposition reduces human error vs. manual systems.

4. Glove-Box Compatibility

· Unlike conventional stand-alone coaters, the ZHD300 can be integrated with glove-box workflows, critical for:

o Air-sensitive materials (e.g., perovskites, OLED emitters).

o In-line encapsulation, reducing contamination risks.

Target Applications vs. Alternatives

Conclusion: Ideal for Innovators

The TMAX-BY-ZD04 bridges the gap between basic lab tools and industrial coaters, offering:
✔ Research versatility – Thin-film exploration with multi-material capability.
✔ Process reliability – Repeatable results for scalable R&D.
✔ Future-ready design – Glove-box integration for next-gen optoelectronics.

Engineered for advanced materials science, where precision meets adaptability.