Small PVD Thin Film Deposition Coating Machine System For Metals And Organics
Lith-PD-ZD01-High-Vacuum Evaporation Coating System
Product Overview
This system is a compact, multi-source high-vacuum evaporation coating platform designed for laboratory use, capable of depositing thin films of metals, organics, and other functional materials. It is ideal for:
· Research labs (metal electrode fabrication, SEM sample preparation).
· Advanced materials development (organic thin films).
· Process optimization (high-precision coatings for novel material synthesis).
Key Advantages vs. Competing Systems
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Feature
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This System
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Typical Competing Systems
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Vacuum Speed
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15–20 min to high vacuum (≤5×10⁻⁵ Pa)
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Often 30+ min for similar vacuum levels.
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Film Uniformity
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±3%–5% thickness deviation
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Typically ±5%–10% in entry-level models.
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Chamber Material
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304 stainless steel (high corrosion resistance)
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Some use aluminum or lower-grade steel.
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Modularity
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Supports 1–3 evaporation sources (expandable)
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Fixed configurations common in low-end systems.
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Footprint
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Compact (500×360×420mm for desktop model)
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Larger benchtop units often >600×500mm.
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Technical Specifications
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Parameter
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Specification
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Vacuum Chamber
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304 stainless steel, cylindrical (Φ260×H350 mm)
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Internal Coating Area
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~Φ260×H310 mm
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Ultimate Vacuum
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≤5×10⁻⁵ Pa
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Pumping Speed
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≤8×10⁻⁴ Pa in 30 min, holds ≤5 Pa for 12 hours
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Substrate Stage
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- Max size: 80×80 mm (standard) / 120 mm diameter (rotary)
- Rotation: 0–20 RPM (magnetic fluid sealed)
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Film Uniformity
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<5% (120 mm diameter area)
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Evaporation Sources
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2–3 sources (metal/organic compatible, co-evaporation or switching)
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Power Supply
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2 kW, constant current/power modes
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Electrical
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AC 220 V / 50 Hz, 3.5 kW
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Dimensions (L×W×H)
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- Main unit: 600×500×900 mm
- Desktop model: 500×360×420 mm
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Why This System Stands Out?
1. Speed & Efficiency
o Achieves high vacuum 50% faster than comparable models, reducing idle time.
2. Precision Engineering
o Stainless steel chamber + optimized gas paths ensure minimal contamination and long-term stability.
3. Flexible Configurations
o Modular design allows easy upgrades (e.g., adding a third evaporation source).
4. Space-Saving
o 30% smaller footprint than conventional systems, critical for crowded labs.
Ideal For:
✔ Universities studying thin-film physics.
✔ R&D centers developing flexible electronics or OLEDs.
✔ Industrial labs requiring high-repeatability coatings.
Order Note: Minimum 1 unit. Custom configurations available.