Yes. This is a core advantage. Acoustic force modulation enables reliable sorting into 3–5 bins in a single pass—something compressed air systems cannot achieve consistently.

No. The system functions as a standard actuator. Force profiles are controlled via software, enabling rapid switching between materials and sorting modes.

WaveSort uses ultrasonic phased arrays to generate focused acoustic pressure fields. When an object enters the sorting zone, the system creates a targeted acoustic force that redirects the item toward the desired output stream. Unlike compressed air, the force is generated directly by sound and requires no physical contact.

Yes. The system operates using ultrasound above the range of human hearing. Appropriate shielding, enclosure design, and industrial safety practices are incorporated into deployment configurations.

In some applications, yes. In others, acoustic ejection may initially complement existing sorting architectures before replacing pneumatic systems over time. The optimal deployment depends on product characteristics, machine layout, throughput requirements, and business objectives.

WaveSort separates sensing from actuation. Rather than developing another camera system, we focus on replacing the actuator itself. This enables OEMs and operators to retain their existing vision investments while upgrading the most energy-intensive and maintenance-heavy component of the sorting process.