Thermal Evaporation Evaporator Coating Coater System For Au, Ag, Al, Metal And Perovskite Films
Lith-QH-ZD01-High-Vacuum Multi-Material Evaporation
Product Overview
The Lith-QH-ZD01is a high-performance vacuum deposition system designed for precision thin-film coating applications in research and industrial laboratories. It features advanced vacuum technology, multi-source evaporation capabilities, and user-friendly controls, making it ideal for organic electronics, optoelectronics, and nanomaterials research.
Technical Specifications
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No.
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Parameter
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Description
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Vacuum Chamber
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1
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Ultimate Vacuum
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Better than 4×10–5 Pa (new equipment)
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2
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Leak Rate
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6.7×10–8 Pa·L/s
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3
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Working Vacuum
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5×10–4 Pa (Time from atmosphere to working vacuum <30 min) (For N2-purged glovebox-integrated systems, cold state)
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4
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Vacuum Retention
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Pressure remains below 3 Pa after 24 hours post shutdown
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5
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Sample Size
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300 × 300 mm
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6
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Sample Holder Size
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360 × 360 mm
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7
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Evaporation Sources
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4 organic + 4 metal sources
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8
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Compatible Materials
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C60, BCP, Cu, Ag, LiF, MoO3, Al, etc.
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9
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Evaporation Sources Configuration
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- Metal Sources: 4 water-cooled electrodes (compatible with 5cc ceramic Ta crucibles for Cu/Al).
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- Organic Sources: 4 standard Knudsen cells (10cc, max. 500°C).
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Performance Metrics:
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- Organic (NPB standard): Deposition rate 0.5–3 Å/s (±0.1 Å/s stability), uniformity ±5% (≤300×300 mm).
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- Metal (Al standard): Deposition rate 0.5–3 Å/s (±0.1 Å/s stability), uniformity ±5% (≤300×300 mm).
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|
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10
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Source-to-Substrate Distance
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530 mm (metal sources include extendable electrode rods, default 100 mm).
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|
11
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Mask Library
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Not included (customizable upon request).
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|
12
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Thickness Probes
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4 imported probes (1 probe monitors 2 sources).
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13
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Thickness Display
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Real-time touchscreen monitoring:
- Individual source rate/thickness/temperature (Knudsen cells).
- Total thickness/rate (large-font display).
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14
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Deposition Control
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Organic sources: Rate/temperature control.
Metal sources: Rate control (manual/automated).
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15
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Software
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Process lock function for repeatability.
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16
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Closed Pumping
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Mechanical pump isolation feature to enhance productivity.
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Key Advantages
1. High Precision & Uniformity
1. Stable deposition rates (≤±0.1 Å/s variation) and excellent uniformity (±5%) ensure reproducible thin films for sensitive applications like OLEDs and solar cells.
2. Multi-Source Flexibility
1. Simultaneous evaporation of organic/metallic materials (8 total sources) enables complex multilayer structures without breaking vacuum.
3. Robust Vacuum Performance
1. Ultra-high vacuum (4×10–5 Pa) and low leak rate (6.7×10–8 Pa·L/s) guarantee contamination-free coatings.
4. User-Centric Design
1. Intuitive touchscreen interface, real-time monitoring, and glovebox compatibility streamline workflow for lab environments.
Recommended Applications
· Research: Organic semiconductors, perovskite solar cells, quantum dots.
· Industry: Optical coatings, flexible electronics, barrier films.
· Education: Thin-film deposition training, material science experiments.