Nano PVD Thermal Evaporation Carbon Fiber Deposition System Coater For SEM/TEM

Nano PVD Thermal Evaporation Carbon Fiber Deposition System Coater For SEM/TEM

Model: BY-ZD01-Nanoscale Carbon Coating Machine

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1. Product Overview

The BY-ZD01 Thermal Evaporation Carbon Coater is a precision instrument designed for depositing ultra-thin carbon films (≤1 nm) onto substrates for high-resolution electron microscopy applications. Utilizing resistive heating of pure carbon fiber strands, it ensures uniform and contamination-free coatings, making it ideal for SEM, TEM, EBSD, and microprobe analysis.

Key Features:

✔ Nanoscale Coating Precision – Deposits carbon films with minimal grain size (<1 nm) for high-resolution imaging.
✔ Dual Carbon Fiber Source (A/B Selectable) – Ensures consistent evaporation and extended filament life.
✔ Vacuum Protection System – Prevents damage from low vacuum conditions.
✔ Fast Deposition (0-1 sec) – Optimized for laboratory efficiency.
✔ Compact & User-Friendly – Sleek design with intuitive controls.

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2. Technical Specifications

Core Parameters

Category	Specification
Model	BY-ZD01
Dimensions (W×D×H)	340mm × 390mm × 300mm
Chamber Material	Borosilicate Glass (Ø170mm × 130mm H)
Evaporation Source	High-Purity Carbon Fiber (Dual Strand A/B Selectable)
Deposition Time	0-1 second (adjustable)
Operating Vacuum	4×10⁻² mbar
Working Voltage	0-30V (AC)
Evaporation Current	0-100A
Vacuum Pump	2-Stage Rotary Pump (Feiyue VRD-8, 8 m³/h @50Hz)
Power Supply	AC 110V/60Hz or 220V/50Hz
Power Consumption	<2000W
Weight	45 kg

Vacuum System Performance

· Base Pressure: ≤2 Pa

· Pumping Speed:

o 50Hz: 8 m³/h (2.2 L/s)

o 60Hz: 9.6 m³/h (2.6 L/s)

· Time to Reach Vacuum: <5 minutes (to 2 Pa)

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3. Applications

This is optimized for:

· Scanning Electron Microscopy (SEM) – Reduces charging effects.

· Transmission Electron Microscopy (TEM) – Provides ultra-thin conductive layers.

· EBSD (Electron Backscatter Diffraction) – Enhances signal clarity.

· Microprobe & X-ray Analysis – Ensures minimal interference.

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4. Operational Advantages

· High Purity Carbon Films – Minimizes contamination for precise analysis.

· Quick & Repeatable Process – Ideal for high-throughput labs.

· Compact & Low Maintenance – Robust design with minimal upkeep.