The KOGANEI DTY-ELK01F Series is a cutting-edge low-flow blow-type static electricity removal ionizer, engineered to deliver high static elimination performance without displacing delicate, small workpieces. This innovative design achieves a compact form factor, reducing the unit's volume by 40% compared to conventional models, thereby saving installation space. Furthermore, it significantly reduces ozone generation, achieving a 50% lower ozone concentration than the DTY-ELK01, ensuring a safer and cleaner working environment. The series offers two main variants: a standard type and a low-dust-emission type (DTY-ELK01F-L). The latter is specifically designed for use in cleanroom environments, minimizing particle generation from both the discharge needle and the air flow path. Technical specifications for the ionizer include a DC24V ±5% input voltage, an output voltage of approximately 2kVp-p, and an ion balance maintained at ±10V (with standard nozzle, 0.3MPa, 50mm distance). Ozone generation is kept below 0.015ppm (standard nozzle, 0.3MPa, 300mm distance), and particle generation is less than 50 particles (0.3μm or larger per 1cf/min). The operating air pressure range is 0.01 to 0.3 MPa, with a maximum air flow of 50 L/min at 0.3MPa. Ease of maintenance is a key feature, with a one-touch detachable discharge needle unit allowing for simple cleaning. The unit also incorporates a robust safety design, providing visual feedback via LED indicators and output signals for monitoring discharge status and detecting anomalies. For enhanced control and functionality, an optional controller unit (DTY-ZKCRU) is available. This controller integrates power and air supply ON/OFF control, supports intermittent ion air blow at 5Hz or 10Hz to boost dust removal efficiency, and includes a cleaning timer (300h or 500h) to alert users for maintenance. The DTY-ZKCRU can also be integrated with electrostatic potential sensors for precise, automated static control, making the DTY-ELK01F series highly suitable for applications demanding meticulous static charge management in sensitive manufacturing processes.