Saida Piezoelectric Demonstrates Six-Channel Driver Board for Humidification Applications

Haining Saida Piezoelectric Ceramics Co., Ltd. has released a demonstration video showing its six-channel driver board operating six ultrasonic atomization units in a humidification setup.

This demo setup integrates six independent atomization units controlled by our custom multi-channel PCBA driver board. It supports stepless spray adjustment from 1st gear up to 6th gear, plus a mixed-gear working mode. Customers can independently turn on/off each atomizing channel and flexibly configure total mist output according to actual application requirements. The transparent test fixture clearly displays consistent, fine mist generation across all channels, verifying the reliability, synchronism and load adaptability of our drive solution under continuous operation.

As a professional manufacturer of ultrasonic piezoelectric components and atomization drive solutions, Saida Piezo has rich experience in PCBA circuit design matching piezoelectric atomizer discs. Our multi-channel driver boards are widely applicable for commercial humidifiers, industrial humidification systems, agricultural misting, fresh-keeping atomization and other scenarios that require grouped, controllable atomization.

Founded in April 2011, Saida Piezoelectric focuses on R&D and manufacturing of ultrasonic piezoelectric ceramics, lead-free atomization chips, sensing components and customized driving board solutions. We combine precise piezo material technology with embedded circuit development to deliver one-stop atomization solutions for global partners. All our products follow the concept of high efficiency, environmental protection and sustainability, helping clients launch stable, low-noise and long-lifespan atomization end products.

If you are looking for multi-channel atomization drive boards, piezoelectric atomizing discs or customized PCBA design services, welcome to contact our engineering team for technical specifications, sample testing and solution discussion.