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GSL-1800X-ZF2 Thermal Evaporation Coater

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  • Product Introduction
  • Other information
  • Model NumberGSL-1800X-ZF2
    Brand NameSYKJ
    Payment TermsTT，PAYPAL，Alibaba.com Pay
    GSL-1800X-ZF2 Thermal Evaporation Coater
     
    Product Introduction
    The GSL-1800X-ZF2 Thermal Evaporation Coater is a compact vacuum deposition system designed for thin film research, sample preparation, process development, and laboratory-scale production. It is suitable for universities, research institutes, industrial laboratories, and specialized applications involving small components.
    The system integrates the vacuum chamber, evaporation power supply, and control system into a desktop unit with a compact footprint comparable to an A3 printer. Its dual resistive evaporation source design enables convenient switching between different evaporation materials. A 7-inch TFT touchscreen provides an intuitive graphical interface, while optional quartz crystal thickness monitoring supports deposition rate and film thickness control.
    With modular components, optional data storage, and compatibility with different external vacuum pump configurations, the GSL-1800X-ZF2 offers flexibility for a variety of laboratory coating requirements.
     

    Performance Features
    • Compact Desktop Design: Integrates the vacuum chamber, evaporation power supply, and control system to save laboratory space.
    • Dual Resistive Evaporation Sources: Accommodates two evaporation electrodes for different source materials and allows rapid source switching.
    •  Precision Evaporation Power Supply: Features a 1,000 W power supply with constant-current output and a stated power accuracy of 0.1%, helping protect evaporation boats during operation.
    • Optional Film Thickness Monitoring: Supports an optional quartz crystal thickness monitor for monitoring deposition rate and film thickness.
    • Optional Data Export: Allows collected coating data to be saved to a USB drive for subsequent analysis.
    • 7-Inch TFT Touchscreen: Provides graphical controls and an intuitive operating interface.
    • Modular System Architecture: Standardized modules can be configured according to application requirements, simplifying maintenance and servicing.
    • Rotatable Sample Stage: Features a 120 mm diameter sample stage to support sample positioning and coating uniformity.
    •  Flexible Vacuum Pump Configuration: Supports compatible external vacuum pump systems, with a molecular pump configuration recommended over a diffusion pump.
    • Laboratory Research Applications: Suitable for coating process development, sample preparation, training, and small-scale production.
     

    Working Principle
    The GSL-1800X-ZF2 uses thermal evaporation under vacuum to deposit thin films onto substrates. The evaporation material is placed in a resistive heating source, such as a compatible evaporation boat. When electrical current passes through the source, resistive heating raises the material's temperature until it evaporates.
    The vapor travels through the vacuum chamber and condenses on the substrate, forming a thin film. The dual-source configuration allows different evaporation materials to be used in the same system, subject to source compatibility and operating procedures.
    When the optional quartz crystal thickness monitor is installed, it measures changes in the crystal's oscillation frequency caused by deposited material. The system can use this information to monitor deposition rate and estimate film thickness during coating.
     

    Technical Parameters
    Parameter Specification
    Model GSL-1800X-ZF2
    Equipment Type Thermal Evaporation Coater
    System Structure Compact desktop integrated design
    Power Supply AC 220 V, 1,500 W
    Evaporation Power Supply 1,000 W, 5 V, 200 A
    Evaporation Power Accuracy 0.1% (manufacturer-stated)
    Evaporation Source Configuration Dual resistive evaporation sources
    Effective Distance Between Evaporation Electrodes 44 mm
    Sample Stage Diameter Ø120 mm
    Sample Stage Rotation Supported
    Optional Film Thickness Measurement Accuracy 0.1 Å or 0.01 Å with optional high-precision configuration
    Ultimate Vacuum with Diffusion Pump Better than 3.0 × 10⁻³ Torr
    Ultimate Vacuum with Molecular Pump 3.0 × 10⁻⁴ Torr
    Recommended Working Vacuum 5.0 × 10⁻³ Torr
    Vacuum Interface KF40
    External Vacuum Pump System Compatible diffusion or molecular pump configuration; molecular pump recommended
    Operating Environment Up to 35°C; relative humidity below 75%, non-condensing
    Maximum Operating Altitude General operating specification: below 1,500 m
    Installation Altitude Requirement Below 1,000 m
    Equipment Dimensions 440 × 240 × 260 mm, excluding vacuum pump system
    Equipment Weight Approximately 47 kg, excluding vacuum pump
    Installation Requirements AC 220 V, 50 Hz, reliable grounding, workbench or floor-standing installation, and ventilation
    Note: Vacuum performance depends on the selected pump configuration and system conditions. The stated film thickness measurement accuracy requires the corresponding optional monitor. Confirm the dimensional and installation specifications with the manufacturer before final equipment layout.
     

    Application Scenarios
    •  University Laboratories: Thin film deposition experiments, materials science teaching, and process training.
    • Research Institutes: Development of vacuum coating processes and functional thin film materials.
    •  Materials Science Laboratories: Preparation of thin film samples for optical, electrical, and surface characterization.
    •  Industrial R&D Departments: Evaluation of coating materials and process parameters before scale-up.
    •   Small Component Coating: Vacuum treatment and coating research for small products and specialized components.
    • Prototype Development: Preparation of experimental samples and preliminary thin film production.
     

    GSL-1800X-ZF2 vs. Conventional Vacuum Evaporation Systems
    Comparison Item GSL-1800X-ZF2 Conventional Laboratory Evaporation Systems
    Equipment Design Compact integrated desktop structure Often larger or assembled from separate modules
    Evaporation Sources Dual resistive sources Depends on system configuration
    Source Switching Designed for rapid source conversion May require more manual adjustment
    User Interface 7-inch TFT touchscreen Varies by model
    Film Thickness Monitoring Optional quartz crystal monitor Depends on configuration
    Data Export Optional USB data storage Depends on software and hardware
    Maintenance Standardized modular components Depends on system architecture
    Vacuum Pump Selection External compatible pump system Depends on system design
    Typical Applications Research, sample preparation, training, and small-scale coating Laboratory or production applications depending on system size
     

    Frequently Asked Questions
    1. What is the GSL-1800X-ZF2 Thermal Evaporation Coater used for?
    It is designed for laboratory-scale vacuum thin film deposition, coating process research, sample preparation, operational training, and small-scale production.
    2. How many evaporation sources does the system have?
    The system uses two resistive evaporation sources, allowing different compatible materials to be installed and switched as required.
    3. Does the GSL-1800X-ZF2 include a film thickness monitor?
    A quartz crystal film thickness monitor is available as an optional configuration. The specified measurement accuracy is 0.1 Å or 0.01 Å with the optional high-precision version.
    4. What vacuum level can the system achieve?
    The stated ultimate vacuum is better than 3.0 × 10⁻³ Torr with a diffusion pump and 3.0 × 10⁻⁴ Torr with a molecular pump. The manufacturer recommends against using a diffusion pump, so the appropriate configuration should be confirmed before purchase.
    5. What is the recommended working vacuum?
    The specified working vacuum is 5.0 × 10⁻³ Torr. Actual process requirements may vary depending on the evaporation material and coating procedure.
    6. Can the sample stage rotate?
    Yes. The system has a Ø120 mm rotatable sample stage to support substrate positioning during deposition.
    7. Can coating data be exported?
    Yes. USB data storage is available as an optional feature for saving measurement data and conducting subsequent analysis.
    8. What installation conditions are required?
    The equipment requires an AC 220 V, 50 Hz power supply with reliable grounding, a stable installation surface, and suitable ventilation. The installation instructions specify an altitude below 1,000 m, an ambient temperature of 25°C ±15°C, and relative humidity of 55% RH ±10% RH. These conditions should be reconciled with the broader operating limits before installation.
    9. What is the difference between thermal evaporation and sputtering?
    Thermal evaporation heats a source material until it vaporizes and condenses on a substrate. Sputtering ejects atoms from a target through energetic particle bombardment. Thermal evaporation is well suited to many laboratory thin film applications where source material and substrate compatibility permit.

  • Frequently Asked Questions
    1. What is the GSL-1800X-ZF2 Thermal Evaporation Coater used for?
    It is designed for laboratory-scale vacuum thin film deposition, coating process research, sample preparation, operational training, and small-scale production.
    2. How many evaporation sources does the system have?
    The system uses two resistive evaporation sources, allowing different compatible materials to be installed and switched as required.
    3. Does the GSL-1800X-ZF2 include a film thickness monitor?
    A quartz crystal film thickness monitor is available as an optional configuration. The specified measurement accuracy is 0.1 Å or 0.01 Å with the optional high-precision version.
    4. What vacuum level can the system achieve?
    The stated ultimate vacuum is better than 3.0 × 10⁻³ Torr with a diffusion pump and 3.0 × 10⁻⁴ Torr with a molecular pump. The manufacturer recommends against using a diffusion pump, so the appropriate configuration should be confirmed before purchase.
    5. What is the recommended working vacuum?
    The specified working vacuum is 5.0 × 10⁻³ Torr. Actual process requirements may vary depending on the evaporation material and coating procedure.
    6. Can the sample stage rotate?
    Yes. The system has a Ø120 mm rotatable sample stage to support substrate positioning during deposition.
    7. Can coating data be exported?
    Yes. USB data storage is available as an optional feature for saving measurement data and conducting subsequent analysis.
    8. What installation conditions are required?
    The equipment requires an AC 220 V, 50 Hz power supply with reliable grounding, a stable installation surface, and suitable ventilation. The installation instructions specify an altitude below 1,000 m, an ambient temperature of 25°C ±15°C, and relative humidity of 55% RH ±10% RH. These conditions should be reconciled with the broader operating limits before installation.
    9. What is the difference between thermal evaporation and sputtering?
    Thermal evaporation heats a source material until it vaporizes and condenses on a substrate. Sputtering ejects atoms from a target through energetic particle bombardment. Thermal evaporation is well suited to many laboratory thin film applications where source material and substrate compatibility permit.
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