Portable Auto Ion Sputtering Coater for SEM Conductive Coating

Lith-BY-JS13- Glovebox-CompatibleSEM Sample Coater for Conductive Coatings

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1. Key Features & Design Highlights

Ultra-Compact Design

· Chamber volume reduced by 67% (φ115×100 mm) vs. conventional systems

· 0.02 m³ footprint (307×260×260 mm) and 40 kg weight for easy benchtop placement

Rapid Process Ready

· Achieves working vacuum in <2 minutes (vs. industry-standard 5–10 mins)

· Oil-lubricated rotary pump with dual-frequency support (50/60Hz)

Precision Sputtering

· φ50×0.1 mm ultra-thin targets (Au/Ag/Pt) for microscale coating

· Scratch-resistant quartz viewport for real-time monitoring

 Energy Efficient

· <1500W power consumption (30% lower than comparable systems)

· Air-cooled operation eliminates water chiller requirements

2. Complete Technical Specifications

Core Parameters

Mechanical Details

· Chamber Material: Stainless steel with quartz viewport

· Control Interface: Timer-based automation (manual override)

· Safety: Overcurrent protection, grounding detection

3. Recommended Applications

✔ SEM Sample Preparation

· Conductive coatings for non-metallic samples (e.g., polymers, biological tissues)

· Charge dissipation layers for high-resolution imaging

✔ Material Science Research

· Micro/nano-scale metal film deposition

· Prototype coating for flexible electronics

✔ Field & Educational Use

· Portable solution for shared lab spaces

· Low-maintenance operation (no water cooling)

4. Comparison vs. Conventional Systems