PRODUCT DETAILS
Professional Industrial Solutions
ST-S200 Mini Ionizer Fan
ST-S200 mini ionizer fan — magnetic levitation airflow, AC 100–240V input, ±15V ion balance, 150~450mm effective range, low noise, CE certified for electronics workstations and precision assembly.
Magnetic Levitation Airflow
All-new magnetic levitation design delivers smooth, quiet airflow for workstation use.
150~450mm Range
Effective emission distance covers typical workstation and benchtop applications.
Universal AC Input
AC 100–240V, 50/60Hz input works worldwide without a transformer.
Product Description
The ST-S200 Mini Ionizer Fan features an all-new magnetic levitation airflow design for smooth, quiet operation. High-efficiency DC high voltage generates positive and negative air ions that neutralize static charges on work surfaces within a 150~450mm effective range.
Its compact size makes it easy to install at workstations and benchtop applications. The self-diagnostic protection circuit with overcurrent protection ensures safe operation, while the low noise design and long service life make it ideal for cleanroom, precision assembly, semiconductor handling, and electronics inspection environments. CE certified and universally compatible with AC 100–240V input.
Product Features
- All-new design with magnetic levitation airflow — smooth and quiet operation
- High-efficiency DC high voltage generating positive and negative air ions
- Compact size — easy to install in workstations and benchtop applications
- High-quality DC high voltage module for superior static elimination performance
- Self-diagnostic protection circuit with overcurrent protection
- CE certified — meets safety standards
- Low noise, long service life
Technical Advantages
Magnetic Levitation Fan
Smooth, quiet airflow from magnetic levitation design — ideal for precision workstation environments.
Wide Input Voltage
AC 100–240V universal input works in any country without additional power conversion.
CE Certified
Meets international safety standards for use in professional manufacturing and cleanroom environments.
Technical Specifications
| Model | ST-S200 |
| Power Input | AC 100–240V, 50/60Hz |
| Ion Output | Positive and negative air ions |
| Ion Balance | ±15V or better |
| Emission Distance | 150~450mm effective range |
| Airflow | Adjustable |
| Noise Level | Low noise design |
| Working Temperature | 0~40°C |
| Working Humidity | 20~85% RH |
| Certification | CE certified |
Industry Applications
Application Scenarios
Robotic Arm and Gantry-Mounted Static Control
Automated assembly systems require static control that moves with the process. The ST-S200's compact size and light weight make it suitable for mounting directly on robotic arms, pick-and-place heads, or gantry systems, delivering targeted ionization exactly where ESD-sensitive components are handled without adding significant weight or bulk to the moving assembly.
Confined Space and Small Workstation Applications
When workspace is limited and a full-sized ionizing blower cannot fit, the ST-S200 delivers effective static elimination within its 150–450 mm effective range from a much smaller footprint. It is ideal for optical lens inspection stages, precision measurement stations, and compact assembly fixtures where every centimeter of bench space matters.
Cleanroom and Vibration-Sensitive Environments
The magnetic levitation fan design eliminates mechanical bearing vibration, making the ST-S200 suitable for cleanroom environments and vibration-sensitive processes where conventional fan motors would introduce unwanted mechanical noise. The near-silent operation also makes it comfortable for environments where operators work in close proximity to the ionizer for long periods.
How to Choose the Right Ionizer
Choose the ST-S200 when space is limited, mounting flexibility is required, or vibration-free operation is critical. For larger workbench coverage, the ST101A (40 cm × 60 cm) or ST104A (60 cm × 120 cm) provide greater air volume and coverage area. For inline conveyor applications, an ion bar is generally more appropriate. If you need to eliminate static on a moving automated system, the ST-S200 is typically the best fit.
Frequently Asked Questions
What is magnetic levitation airflow and why does it matter?
The ST-S200 uses a magnetic levitation (maglev) fan motor that eliminates mechanical bearings. This results in near-silent operation, negligible vibration, and significantly longer fan lifespan compared to conventional brushed or bushing fan motors — important for precision and cleanroom environments where vibration and noise are concerns.
How does the ST-S200 compare to the ST101A ionizing blower?
The ST-S200 is a compact mini ionizer fan optimized for tight spaces and robotic mounting, with a 150–450 mm working range. The ST101A is a larger desktop blower with higher air volume covering 40 cm × 60 cm at the workstation level. Choose the ST-S200 for space-constrained or moving-mounted applications; choose the ST101A for standard workbench static control.
Can the ST-S200 be mounted on a robotic arm?
Yes. The ST-S200's compact dimensions and light weight make it suitable for direct mounting on robotic arms, gantries, and automated positioning systems, delivering ionization that follows the process rather than requiring the process to pass through a fixed ion field.
What is the effective static elimination range of the ST-S200?
The ST-S200 has an effective ionization range of 150–450 mm, allowing flexible positioning at workstations without requiring extremely close proximity to the target surface.
Does the ST-S200 need a special power supply?
No. The ST-S200 operates on standard AC 100–240V, 50/60Hz mains power, making it compatible worldwide without additional voltage conversion.
Is the ST-S200 suitable for cleanroom use?
Yes. The low-vibration, low-noise magnetic levitation design and compact form make the ST-S200 well suited for cleanroom environments, optical inspection stations, and sensitive semiconductor assembly processes where conventional fan-based ionizers may introduce unacceptable vibration or particle generation.
