Key advantages: - Precision sensor positioning for one-shot precision. - Safety 99.9% pure-lead shielding for enhanced protection. - Clarity High-performance X-ray tube for ultra-sharp detail; ergonomics; ultra-light 2.2 Kg for effortless daily use. Sensor positioning: - Quick positioning, precise imaging. - The built-in sensor positioning system in Mini Ray Pro detects the position of the intraoral sensor in real time to assist in adjusting the X-ray alignment, ensuring more accurate and consistent imaging results, 10-second imaging less waiting and less adjusting and fewer retakes and more efficiency for you and more comfort for your patient. Exposure steps: - Step1: Angle adjustment, step2: Distance adjustment, step3: Center X-ray on sensor. Product Overview: - The new Mini Ray Pro brings intelligent sensor positioning to handheld dental radiography, making every exposure easier, safer, and quicker. - High-Performance X-Ray Tube Clearer, sharper imaging> - Mini Ray Pro's refined 0.4 mm focal spot and precision-engineered X-ray tube deliver a more concentrated beam, ensuring stable output, safer exposure, and consistently sharper image quality. - For clinicians, that means clearer diagnostics with fewer uncertainties. - Ultra-light 2.2 kg: Ergonomics and portability and portable, balanced, and effortless - even during high-frequency daily use. - 99.9% Pure-Lead Shielding: Enhanced safety The X-ray tube and beam limiter use 99.9% high-purity lead shielding and radiation leakage is significantly reduced, ensuring a safer imaging environment for both clinicians and patients and high-sensitivity angle detection more accurate shooting angle and specific reference angle values are provided for different tooth positions and clinicians can rapidly obtain the ideal angle by adjusting the device based on the real-time angle display. - Wireless exposure control: Safer and more flexible and available wireless handbrake and perform exposures from a safe distance, enhancing both operation flexibility and patient safety by reducing radiation exposure.