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Thermal Evaporation Carbon Coater SC-1000C
Thermal Evaporation Carbon Coater SC-1000C
Product Overview
Technical Specifications
Product Advantages
Product Applications
Product Overview
The SHINING SCIENTIFIC SC-1000C Thermal Evaporation Carbon Coater is a precision laboratory coating system designed for high-quality carbon film deposition on SEM and TEM samples.
Using advanced thermal evaporation technology, the SC-1000C produces ultra-thin and uniform carbon coatings with excellent conductivity and minimal grain size, making it ideal for high-resolution electron microscopy applications.
The compact structure, stable vacuum performance, and easy operation make the SC-1000C suitable for universities, research laboratories, material science institutes, and industrial analytical laboratories.
Technical Specifications
| Item | SC-1000C |
|---|---|
| Model | SC-1000C |
| Coating Method | Thermal Evaporation Carbon Coating |
| Vacuum System | Rotary Vacuum Pump |
| Ultimate Vacuum | ≤ 2 Pa |
| Working Vacuum Range | 4 Pa – 6 Pa |
| Max Evaporation Current | 100 A |
| Chamber Size | φ150 × 120 mm |
| Carbon Source | Carbon Fiber / Carbon Rod |
| Pump-down Time | ＜ 5 min |
| Time Control | Manual / Digital Control |
| Power Supply | AC 220V / 50Hz |
| Power Consumption | ＜ 2000W |
| Cooling Method | Air Cooling |
| Equipment Size | Approx. 340 × 390 × 300 mm |
| Net Weight | Approx. 45 kg |
Product Advantages
1. High-Quality Carbon Film Deposition
Provides uniform and fine carbon coatings with excellent conductivity for electron microscopy applications.
2. Precision Thermal Evaporation System
Advanced evaporation control ensures stable carbon deposition and repeatable coating performance.
3. Compact Bench-Top Design
Space-saving structure suitable for laboratory desktop environments and easy installation.
4. Stable Vacuum Performance
Efficient vacuum system guarantees rapid evacuation and stable chamber conditions.
5. Easy Operation Interface
Simple control panel with intuitive operation and digital timing adjustment for efficient workflow.
6. Reliable Research Performance
Designed for long-term laboratory use with stable coating repeatability and low maintenance requirements.
Product Applications
SEM & TEM Sample Preparation
Provides conductive carbon coating for scanning and transmission electron microscopy analysis.
Biological Sample Analysis
Suitable for biological tissues, cells, and soft materials requiring conductive surface treatment.
Material Science Research
Used in nanomaterials, powders, ceramics, polymers, and advanced material analysis.
Thin Film Deposition Research
Supports laboratory carbon thin-film preparation and surface treatment applications.
Industrial Failure Analysis
Applicable for electronic component inspection and surface morphology studies.
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