Features:

The Winstat BF-X2ZB-V2 Benchtop Ionizer is designed for efficient static removal in electronics and medical device manufacturing environments. Its compact and lightweight design allows for flexible installation on workbenches or above conveyor lines, making it ideal for tight production spaces where effective static control is essential.
• Compact, lightweight design supports benchtop or overhead conveyor installation
• Ideal for electronics and medical device manufacturing applications
• HV alarm function alerts operators to abnormal operating conditions
• Single-touch louver removal allows quick access for cleaning and maintenance
• Dual-speed fan controller with low (57 CFM) and high (116 CFM) settings
• Effective coverage range from 1 to 5 feet for localized static control
• RoHS compliant design meets environmental and safety standards

Performance:

The Winstat BF-X2ZB-V2 delivers reliable and balanced ionized airflow for consistent static neutralization across compact work areas.
• Dual-speed airflow adapts to varying operational requirements
• Coverage range of 1 to 5 feet supports workbenches and conveyor systems
• Balanced ionization helps reduce ESD risks and material handling issues
• HV alarm ensures quick detection of faults or abnormal conditions
• Consistent performance with easy maintenance access for minimal downtime
• Lightweight design allows easy repositioning as production needs change

Value for Money:

The Winstat BF-X2ZB-V2 Benchtop Ionizer offers strong value by combining flexibility, reliability, and ease of maintenance in a cost-effective solution.
• Versatile installation options reduce the need for multiple static control units
• Dual-speed fan and HV alarm enhance usability and operational safety
• Easy maintenance design lowers service time and operational costs
• Durable construction supports long-term use in industrial environments
• RoHS compliance ensures adherence to safety and environmental standards
• Ideal for electronics, medical, and precision manufacturing applications requiring dependable static control