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Ion Sputter Coater SC-1000

Ion Sputter Coater SC-1000

Ideal for SEM sample preparation, biological analysis, material research, and laboratory thin-film coating applications.
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Product Overview

Technical Specifications

Product Advantages

Product Applications

Product Overview

The SHINING SCIENTIFIC SC-1000 Ion Sputter Coater is a compact and reliable thin film coating system specially designed for laboratory sample preparation and surface coating applications.

Using advanced ion sputtering technology, the SC-1000 provides highly uniform conductive coatings for SEM sample preparation, improving conductivity and imaging performance of non-conductive samples.

With its compact structure, stable vacuum system, and easy operation, the SC-1000 is ideal for universities, research institutes, material science laboratories, and industrial testing environments.

Technical Specifications

Item SC-1000
Model SC-1000
Coating Method Ion Sputter Coating
Vacuum System Rotary Vacuum Pump
Ultimate Vacuum ≤ 2 Pa
Working Vacuum Range 30 Pa – 70 Pa
Sputtering Current 0 – 20 mA Adjustable
Chamber Size φ150 × 120 mm
Target Size φ50 × 0.1 mm
Compatible Targets Au / Ag / Pt / Pd
Pump-down Time < 5 min
Time Control Digital Timer Control
Power Supply AC 220V / 50Hz
Power Consumption < 1500W
Cooling Method Air Cooling
Equipment Size Approx. 360 × 300 × 380 mm
Net Weight Approx. 45 kg

Product Advantages

1. Compact Laboratory Design

Small footprint and lightweight structure make the SC-1000 ideal for desktop laboratory environments.

2. Stable Ion Sputtering Performance

Provides uniform and repeatable thin-film coating results with stable plasma discharge.

3. Easy-to-Use Control System

Simple front-panel controls and digital timing adjustment allow fast setup and convenient operation.

4. Fast Vacuum Pumping

Efficient vacuum system ensures quick chamber evacuation and reliable coating performance.

5. Multi-Target Compatibility

Compatible with Au, Ag, Pt, and Pd targets for various analytical applications.

6. Reliable Sample Preparation

Effectively reduces charging effects and enhances SEM imaging quality for non-conductive samples.

Product Applications

SEM Sample Preparation

Provides conductive coating for scanning electron microscope analysis.

Biological Sample Coating

Suitable for tissues, cells, fibers, and other biological samples.

Material Science Research

Used in nanomaterials, powders, ceramics, polymers, and surface studies.

Electronic Component Analysis

Applicable for electronic devices, PCB analysis, and conductive surface preparation.

Thin Film Research

Supports laboratory thin-film deposition and surface modification studies.

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