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Owandy-RX DC
Precision & Simplicity
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OWANDY-RX DC
High-Frequency DC Generator
High-frequency DC technology delivers stable output at 60–70 kV and 4–8 mA, producing sharp, consistent images while minimizing radiation dose and improving overall diagnostic reliability.
Enhanced Radiation Safety
Integrated 2 mm aluminum filtration and ultra-low leakage radiation enhance patient and operator safety while maintaining excellent image contrast and compliance with modern dental radiology standards.
Precision Exposure Control
Microprocessor-controlled exposure times from 0.02 to 3.2 seconds allow precise adjustment for different anatomies, ensuring optimal image quality and repeatable results across clinical applications.
The Future of X-Ray generator
The OWANDY-RX DC is a high-frequency dental X-ray generator engineered to deliver precise, consistent intraoral imaging with enhanced radiation safety. Featuring stable DC technology, microprocessor-controlled exposure times, and optimized aluminum filtration, it ensures sharp diagnostic images while minimizing patient dose. Designed for reliability and ease of use, the OWANDY-RX DC supports efficient workflows and confident clinical decision-making in everyday dental practice.
Innovation
Speed
Precision
Comfort
Reliability
Sustainable Drinkware
Timeless Lifestyle.
Key Benefits of Our OWANDY-RX DC
01
High-Frequency DC Technology (60–70 kV)
High-frequency direct current technology operating at 60 to 70 kV delivers stable radiation output, improving image consistency while reducing unnecessary exposure compared to conventional AC generators.
02
Optimized Tube Current Control (4–8 mA)
Configurable anode current from 4 to 8 mA allows precise adaptation to patient morphology, ensuring optimal image quality with controlled radiation dose.
03
Precision Exposure Timing (0.02–3.2 s)
Microprocessor-controlled exposure times ranging from 0.02 to 3.2 seconds provide accurate, repeatable imaging for both digital sensors and phosphor imaging plates.
04
Minimal Radiation Leakage (< 0.25 mGy/h)
Engineered with strict safety standards, leakage radiation is limited to less than 0.25 mGy/h, enhancing protection for both patients and clinical staff.
05
High-Resolution Focal Spot (0.7 mm)
A 0.7 mm focal spot improves image sharpness and diagnostic accuracy, supporting detailed visualization of dental structures and pathologies.
06
Flexible Ergonomics with 3 Arm Lengths
Available with 41 cm, 82.5 cm, and 110 cm arm extensions, the system adapts seamlessly to different operatory layouts while maintaining precise positioning and stability.
Precision
Length
Design
Ergonomic & Flexible Arms
Flexible Precision Positioning
Adjustable and stable arm system designed to achieve exact tube head positioning for consistent, accurate intraoral imaging.
Three Arm Length Options
Available in 41 cm, 82.5 cm, and 110 cm, allowing seamless adaptation to different operatory layouts and chair configurations.
Balanced & Durable Design
With a 5.5 kg tube head, the arm system offers excellent balance, smooth movement, and durability for daily clinical use.
01
High-Frequency DC Technology
Delivers stable, continuous X-ray output for consistent image quality while reducing radiation dose and eliminating harmful soft rays.
Standard Programs
02
Ultra-Precise Exposure Timing
Exposure time control accurate to 1/100th of a second ensures repeatable imaging results and minimizes the risk of over- or under-exposure.
03
Universal Imaging Compatibility
Fully compatible with traditional films, digital sensors, and phosphor storage plate (PSL) systems, providing maximum flexibility for all clinical workflows.
Reliable and robust!
The DC Owandy-RX have been designed to withstand all kinds of demands and stresses. They are also fitted with a system to guarantee their stability.
- Eliminates vibrations
- Eliminates interfering movements
Activates automatic exposure time compensation, regardless of any fluctuations in the mains supply.
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QuickVision 3D
Implant planning software
QuickVision 3D is a powerful and comprehensive software solution that generates panoramic images, cross-sections, and detailed bone models from axial image data. It enables precise identification of the mandibular canal and allows visualization of the 3D bone structure to accurately assess bone density.
With QuickVision 3D, clinicians can simulate implant placement using both 2D and 3D models. To support surgical planning, key anatomical landmarks are clearly identified, including exact implant positioning, potential collision zones, and other critical clinical considerations.
QuickVision 3D implant planning software becomes an essential partner in prosthetic implant surgery, helping make procedures faster, safer, and more efficient.
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