Material Composition | High-frequency industrial applications | Industry: Standard ceramic (ASTM C316)▲; Our Base: PZT ceramic (ASTM C316 compliant)▲▲; Advanced: High-purity PZT (ISO 17025 certified)▲▲▲ | Base offers improved resonance; Advanced enhances efficiency and durability | Industry-standard materials may degrade faster under high-frequency stress |
Frequency Range | Medical imaging, ultrasonic cleaning | Industry: 1MHz▲ (IEC 60747-15); Base: 2MHz▲▲; Advanced: 5MHz▲▲▲ | Higher frequencies enable precision applications like medical diagnostics | Industry models lack resolution for advanced precision tasks |
Size | Compact devices (e.g., handheld tools) | Industry: 10mm▲; Base/Advanced: 5mm▲▲ (Half the diameter, saving 75% space) | Smaller footprint for space-constrained applications (e.g., portable devices) | Industry models are bulkier and less adaptable to miniaturized designs |
Power Output | High-power industrial processes | Industry: 1W▲; Base: 2W▲▲; Advanced: 5W▲▲▲ | Enhanced power for demanding tasks like heavy-duty ultrasonic welding | Industry-standard transducers may underperform in high-power scenarios |
Noise Level | Quiet environments (e.g., labs, offices) | Industry: 40dBA▲ (Loud for offices); Base: 35dBA▲▲ (30% quieter); Advanced: 30dBA▲▲▲ (Equivalent to a whisper) | Reduced noise for sensitive environments like research facilities | Industry models may disrupt quiet settings due to higher decibel output |
Customization | Branding, specialized applications | Industry: Limited▲; Base: Engraving▲▲; Advanced: Engraving + Coating▲▲▲ (Custom colors/textures) | Flexibility for branding and tailored solutions (e.g., OEM partnerships) | Industry-standard products lack customization options for niche use cases |