Veterinary Dental Piezoelectric Ultrasonic Bone Surgery AI PRO
- Point of origin
- China ISO13485 ISO9001
- Testing item
- dental
- Application scenarios
- veterinary hospital ;pet ICU ;animal clinic
- Sample
- Cats, dogs, Rabbit, Totoro......
The Veterinary Dental Piezoelectric Ultrasonic Bone Surgery AI PRO is an advanced surgical tool specifically designed for veterinary dental procedures.
Key Features:
Selective Tissue Targeting:
The device uses high-intensity focused ultrasound to destruct bone tissue with specific hardness while leaving blood vessels and nerve tissues unharmed, ensuring precision in delicate surgeries.
Amplitude Control:
Radial Amplitude: 20-200 μm.
Horizontal Amplitude: Less than 30 μm.
These fine amplitude settings allow for meticulous control during bone surgery.
Temperature Regulation:
The handpiece temperature remains controlled, reaching up to 33°C even after 10 minutes of full-power operation, which reflects effective heat management.
Multi-functional Foot Pedal:
This pedal allows seamless control over water flow, program settings, rotation direction, power levels, and intelligent speed regulation, making it easier for surgeons to adjust settings during procedures.
Connectivity Options:
The device supports both cable and Bluetooth wireless connections, with a reliable signal range of up to 10 meters, enhancing flexibility in operating room setups.
Quiet Operation:
Operates at an ultra-silent noise level of less than 45 dB, ensuring a calm and quiet environment during surgeries, which is crucial for reducing stress in animals.
Easy Installation:
The system is designed for quick and easy installation, with hoses that can be changed in just 3 seconds using a twist-and-lock mechanism, ensuring no gaps and a tight seal.
Precision Motor Control:
Equipped with a 5-rotor stepper motor that provides precise control over the rotation angle, ensuring consistent flow stability and metering accuracy, essential for delicate dental procedures.
This device combines precision, ease of use, and advanced technology to improve outcomes in veterinary dental surgeries. It is particularly suitable for complex bone surgeries where precision and minimal collateral damage are paramount.
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