Portable Veterinary Dental X-Ray System with Digital Intraoral Sensor for Dogs & Cats
Portable Veterinary Dental X-Ray System
Portable Veterinary Dental X-Ray System with Digital Intraoral Sensor
The Dawei Portable Veterinary Dental X-Ray System is designed for digital dental radiography in dogs and cats. It combines a compact handheld X-ray generator with a high-resolution digital intraoral dental sensor, helping veterinarians capture clear dental images for oral diagnosis, root assessment, tooth extraction planning, orthodontic evaluation, and periodontal disease diagnosis.
With a lightweight body, low radiation dose, fast image acquisition, and USB-connected dental sensor, this veterinary dental X-ray system is suitable for veterinary hospitals, pet dental clinics, animal oral treatment rooms, and mobile veterinary services.
Key Features of the Veterinary Dental X-Ray System
| Feature | Description |
|---|---|
| Portable Dental X-Ray Generator | Compact and lightweight design, with a total weight of about 1.9 kg, suitable for flexible use in veterinary dental clinics and examination rooms. |
| Digital Intraoral Dental Sensor | Equipped with a compact digital dental sensor for dogs and cats, supporting fast image capture and efficient clinical workflow. |
| High-Definition Dental Imaging | 25 μm pixel size and 1200 × 800 pixel matrix help capture fine dental structures, roots, periodontal areas, and oral lesions. |
| Low Radiation Dose | Optimized exposure parameters help reduce radiation while maintaining clear dental radiographs for small animal oral diagnosis. |
| Fast Digital Workflow | Images can be displayed digitally through software, reducing film processing time and improving veterinary dental examination efficiency. |
| Suitable for Dogs & Cats | Designed for companion animal dental diagnosis, including canine and feline oral examinations, tooth root evaluation, and periodontal disease assessment. |
Clinical Applications
This portable veterinary dental X-ray system is suitable for a wide range of small animal dental diagnosis and treatment procedures.
| Application | Clinical Use |
|---|---|
| Oral Examination | Supports routine dental radiography for dogs and cats during oral health assessment. |
| Root Assessment | Helps evaluate tooth roots before extraction or dental treatment. |
| Tooth Extraction Planning | Provides digital images to assist veterinarians in planning safe and accurate tooth extraction. |
| Periodontal Disease Diagnosis | Helps identify periodontal bone loss, inflammation, and other oral disease conditions. |
| Orthodontic Evaluation | Supports dental alignment and occlusion assessment in companion animals. |
| Post-Treatment Review | Used for follow-up imaging after extraction, dental surgery, or oral treatment. |
Veterinary Dental X-Ray Positioning Guide
Proper positioning is essential for clear, repeatable, and diagnostically useful veterinary dental radiographs. Incorrect positioning may cause image distortion, root overlap, incomplete tooth display, or repeated exposures. The following positioning methods are commonly used in small animal dental X-ray imaging.
1. Parallel Projection Method
The parallel projection method is used when the dental sensor can be placed parallel to the target tooth area. The X-ray beam should be directed perpendicular to both the tooth and the sensor. This method helps reduce image distortion and is commonly used for areas where the sensor can be positioned stably inside the mouth.
Recommended image placement: Use the PPT image showing the parallel projection method. Place it under this paragraph.
Suggested image alt text: Parallel projection method for veterinary dental X-ray positioning in dogs and cats.
2. Bisecting Angle Projection Method
When the sensor cannot be placed parallel to the tooth, the bisecting angle projection method can be used. In this method, the X-ray beam is directed perpendicular to the imaginary line that bisects the angle between the long axis of the tooth and the dental sensor. This positioning technique helps obtain a more accurate representation of tooth length and root structure.
Recommended image placement: Use the PPT image showing the bisecting angle projection method.
Suggested image alt text: Bisecting angle technique for veterinary dental radiography positioning.
3. Horizontal Projection for Mandibular Teeth
For mandibular dental imaging, horizontal projection can help display the lower jaw teeth, roots, and surrounding periodontal structures. Correct sensor placement and beam direction are important to avoid overlap and obtain a clear diagnostic image.
Recommended image placement: Use the PPT image showing horizontal projection for lower jaw dental X-ray.
Suggested image alt text: Horizontal projection positioning for mandibular veterinary dental X-ray imaging.
4. Maxillary Incisor Positioning
For maxillary incisors, the animal’s head should be positioned steadily, and the sensor should be placed close to the target area. The X-ray beam should be directed at the proper angle to avoid elongation or shortening of the tooth image. This method helps veterinarians evaluate incisor roots, alveolar bone, and oral trauma.
Recommended image placement: Use the PPT image showing maxillary incisor positioning.
Suggested image alt text: Maxillary incisor positioning for veterinary dental X-ray examination.
5. Clinical Positioning Tips
- Place the digital dental sensor as close as possible to the target tooth area.
- Keep the animal’s head stable during exposure.
- Choose the proper projection method according to the tooth location.
- Avoid excessive bending or pressure on the sensor cable.
- Adjust exposure time according to animal size, tooth area, and image quality requirements.
- Repeat imaging only when necessary to reduce radiation exposure.
FAQ
Q What is a veterinary dental X-ray system?
A veterinary dental X-ray system is a digital imaging device used to capture dental radiographs in animals. It helps veterinarians evaluate teeth, roots, periodontal structures, and oral disease conditions in dogs and cats.
Q What is a digital intraoral dental sensor?
A digital intraoral dental sensor is placed inside the animal’s mouth to capture dental X-ray images. Compared with traditional film, it supports faster image acquisition and digital workflow.
Q Can this dental X-ray system be used for both dogs and cats?
Yes. This system is designed for companion animal dental imaging and is suitable for oral examinations in dogs and cats.
Q What dental procedures is it suitable for?
It can be used for oral examinations, root assessment, tooth extraction planning, periodontal disease diagnosis, orthodontic evaluation, and post-treatment review.
Q Does the system use a USB dental sensor?
Yes. The digital dental sensor uses a USB connection and a 3-meter cable for convenient image transfer and clinical positioning.
Q Is the system portable?
Yes. The main unit weighs approximately 1.9 kg, making it suitable for veterinary clinics, dental rooms, and mobile veterinary use.
Main Unit Technical Specifications
| Specification | Value | Description |
|---|---|---|
| Product Type | Portable Veterinary Dental X-Ray System | Designed for digital dental radiography in dogs, cats, and companion animal dentistry. |
| Input Voltage | AC 100–240 V, 50/60 Hz | Compatible with global power standards for international veterinary clinics. |
| Input Power | 286 W | Stable power input supports consistent veterinary dental imaging performance. |
| Rated Output Power | 0.12 kW | High-frequency output supports reliable small animal dental radiography. |
| Tube Voltage | 60 kV | Provides suitable penetration for canine and feline dental X-ray imaging. |
| Tube Current | 2 mA | Optimized for low-dose veterinary dental radiography. |
| Exposure Time | 0.01–2.0 s | Adjustable exposure time allows veterinarians to adapt imaging settings for different dental cases. |
| Focal Spot | 0.8 mm | Small focal spot helps improve image sharpness and dental detail visibility. |
| High-Voltage Generator Inverter Frequency | 70 kHz | High-frequency inverter technology supports stable X-ray output and consistent image quality. |
| Anode Angle | 19° | Designed for veterinary dental X-ray exposure requirements. |
| Total Filtration | ≥ 1.75 mm Al | Filtration helps improve radiation safety during veterinary dental imaging. |
| Additional Filtration | 1.0 mm Al | Additional filtration supports low-dose dental X-ray exposure. |
| Half Value Layer | ≥ 1.5 mm Al at 60 kV | Meets dental radiography requirements for controlled X-ray output. |
| Radiation Leakage | ≤ 0.25 mGy/h | Low leakage radiation helps protect operators and animals during use. |
| Weight | Approx. 1.9 kg | Lightweight handheld design supports portable veterinary dental examinations. |
Digital Intraoral Dental Sensor Specifications
| Specification | Value | Description |
|---|---|---|
| Sensor Type | Digital Intraoral Dental Sensor | Designed for veterinary dental X-ray imaging in dogs and cats. |
| Pixel Size | 25 μm | High-resolution sensor helps capture fine dental structures and root details. |
| Pixel Matrix | 1200 × 800 | Provides clear digital dental radiographs for small animal oral diagnosis. |
| Imaging Area | 20 × 30 mm | Suitable imaging area for canine and feline intraoral dental examinations. |
| External Dimensions | 28.5 × 39 × 5 mm | Compact sensor size supports easier placement inside the animal’s mouth. |
| Cable Length | 3 m | Flexible cable length allows convenient positioning during veterinary dental imaging. |
| Connection | USB | USB connection supports fast digital image transfer to imaging software. |
