Glovebox Automatic Smart Magnetron Sputtering Coater For Delicate & Oxidation-Sensitive Samples Of SEM, Battery, Biological

Model: Lith-ZK-JS03-Coater for Delicate & Oxidation-Sensitive Samples Of SEM, Battery, Biological

Product Highlights

· User-friendly LCD touchscreen for simplified operation

· Fully automated vacuum process for sample preparation

· Automatic gas release for safe handling

· Wide sputtering current range (5–45mA) for flexible applications

· High sputtering efficiency for fast, uniform coating

· Ultra-fine particle size (6–10nm) for superior film quality

· No sample surface heating—ideal for temperature-sensitive materials

Applications

Designed for integration into gloveboxes, this sputtering coater is ideal for oxidizable, contamination-sensitive samples, including:

· SEM sample preparation

· Electrode material research

· Battery separators, filtration membranes

· Biological specimens & delicate substrates

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Technical Specifications

Core Parameters

Parameter	Specification
Sputtering Current	5–45mA (adjustable)
Operating Mode	Fully automatic magnetron sputtering
Sputtering Voltage	600V (fixed)
Target Materials	Gold or Platinum (standard, select one); optional: Ag, Ti, Cr, Al, Cu, Pb
Vacuum Level	<1Pa
Vacuum Pump	Oil-sealed rotary vane pump (1L/s); optional dry scroll pump

Additional Features

· Chamber Dimensions: Ø128×130mm

· Sample Holders: 1×Ø90mm, 4×Ø25mm, 6×Ø15mm cups

· Power Supply: 220V/50Hz (110V customizable)

· Max Power Consumption: 450W

· Particle Size: 6–10nm

· Working Gas: Air or argon

· Protection Mechanisms: Overcurrent cutoff (>50mA), vacuum interlock (>100Pa)

Key Advantages

· Uniform, fine-grained coatings with excellent adhesion

· Zero thermal damage—perfect for heat-sensitive substrates (e.g., polymers, biomaterials)

· Compact glovebox-compatible design for inert-atmosphere processing

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Why Choose?

This system combines high-performance sputtering with glovebox compatibility, ensuring contamination-free deposition for advanced materials research. Its cold sputtering capability and sub-10nm particle size make it a top choice for critical applications in energy storage, life sciences, and nanotechnology.