Automated Low-Temperature Pulsed Thermal Evaporator With Multi-Sample For Nanoscale Thin Film
Lith-HZ-ZD01-Low-Temperature Pulsed Thermal Evaporator
Product Overview
The Lith-HZ-ZD01 Pulsed Carbon Coater is an advanced, fully automated instrument designed for high-quality carbon coating of samples in material science and biological research. Featuring a compact design, intelligent ARM-based control, and pulse evaporation technology, it ensures efficient, precise, and low-thermal-damage coating—ideal for high-resolution SEM analysis.
Key Features & Advantages
1. Ultra-Compact Design
·Dimensions: 530×300×320 mm, optimized for space-constrained labs.
2. High-Efficiency Pulse Evaporation
·W-type planar carbon source with pre-degassing function minimizes thermal impact on sensitive samples (e.g., polymers, membranes, fibers).
·Nanoscale coating (<5 nm) ensures dense, uniform films for high-resolution SEM imaging.
3. Fully Automated Operation
·5-inch touchscreen with intuitive interface (supports bilingual display).
·One-click start and ARM-based precision control (adjustable in 1 mA/1 Pa/1 s increments).
4. Multi-Sample Capacity
·Holds 12 standard stub samples simultaneously, reducing manual intervention.
5. Reliable Vacuum System
·Achieves <1 Pa ultimate vacuum via rotary vane pump; real-time monitoring with a Pirani gauge.
6. Versatile Carbon Sources
·Compatible with 0.8/1.2/2.4 mm carbon ropes or rods, detectable for continuity.
7. Safety & Stability
·Dual current/vacuum protection and sensor-monitored operation ensure long-term reliability.
Technical Specifications
|
Parameter |
Detail |
|
Power Supply |
100–250 VAC, 50/60 Hz |
|
Evaporation Type |
Pulsed W-type planar source |
|
Evaporation Power |
0–10 V DC, 80 A max |
|
Evaporation Time |
100 ms–1 s (adjustable) |
|
Working Vacuum |
2–8 Pa (display resolution: 0.1 Pa) |
|
Sample Stage |
Ø65 mm (height-adjustable) |
|
Vacuum Chamber |
Ø120×100 mm |
|
Data Monitoring |
Real-time display of current, voltage, and vacuum status |
Applications
This excels in preparing temperature-sensitive samples (e.g., organic polymers, biological tissues, electrodes) and delivers nanoscale coatings critical for:
· SEM/EDS analysis
· Conductivity enhancement
· Nanomaterial research
Installation & Usage Highlights
1. Quick Setup: Connect power/gas (optional); system self-checks upon startup.
2. Sample Loading: Adjust sample-to-source distance (~20 mm optimal).
3. Automated Process: Set parameters (vacuum/time/voltage) → Start → Automatic venting post-coating.
4. Maintenance: Tool-free carbon rope replacement; vacuum pump oil refill included.








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