Woodpecker I Sensor RVG Size 1 Digital Dental X-Ray Sensor

Woodpecker RVG i Sensor, a revolutionary intraoral imaging solution that combines efficiency and affordability. With its user-friendly software and improved workflow efficiency, it enhances diagnosis, treatment, and treatment planning processes. This centralized imaging hub manages all patient images, including intra- and extra-oral radiographs and photographs. The sensor captures X-ray radiation and instantly converts it into high-quality digital data for immediate viewing. Trust in Woodpecker's legacy of imaging excellence and enjoy exceptional image capture with this easy-to-use solution for all your intraoral imaging needs.

Indications:

1. Dental Diagnostics: The Woodpecker RVG i Sensor Size - 1 is used for capturing high-quality intraoral digital radiographs to aid in the diagnosis of dental conditions and treatment planning.
2. Endodontics: The RVG i Sensor Size - 1 is valuable for capturing images during root canal treatments to visualize the root canal anatomy and monitor treatment progress.
3. Prosthodontics: It assists in the evaluation of tooth morphology, occlusion, and fit of dental prostheses such as crowns, bridges, and implants.
4. Orthodontics: The sensor is used to capture images for orthodontic treatment planning, assessing tooth alignment, and monitoring progress during treatment.
5. Oral Surgery: It aids in the visualization of impacted teeth, pre-surgical planning, and post-surgical evaluations.
6. Implantology: The RVG i Sensor Size - 1 is used to assess bone density and evaluate implant placement, ensuring precise positioning for successful implant procedures.
7. Periodontics: It assists in the evaluation of periodontal health, detecting bone loss, and assessing the effectiveness of periodontal treatments.

Key Features

1. Easy-to-use Software Intelligent And Robust Software :- -Sensor offers easy-to-use software with a seamless one-click installation and intuitive operation. It boasts intelligent image processing functions that swiftly enhance the quality of radiographs.
2. Ai-Dental: Making It Impossible To Hide Diagnostic Issues
3. Accurate Identification Of Three Tooth Structures:- Accurate Identification of Three Tooth Structures: The Ai-Dental diagnostic system automatically analyzes different tooth structures after imaging, clearly identifying the positions of permanent and deciduous teeth.
4. Intelligent Detection Of Common Dental Diseases :- Ai-Dental not only accurately identifies tooth structures but also detects and marks common dental issues such as carious lesion and periapical periodontitis, providing crucial data to support treatment.
5. Color-Coded Marking And Lssues Display :- The system uses color-coded markings for each tooth position, visually highlighting the affected areas to help doctors quickly ocate issues.
6. One-Click Tooth Report Generation :- Patients can easily browse detailed dental health reports, giving them a comprehensive understanding of their oral health, facilitating future treatment and health management.
7. 4.5 mm Ultra-slim Design :- Designed with ergonomically optimized cut-corners and a slim profile of 4.5mm, the i-Sensor facilitates incredibly easy sensor placement. Its thin construction not only enhances the overall user experience but also enables superior bitewing radiographs and simplifies the process of vertical bitewing acquisition.
8. Enhanced Durability And Reliability:- Withstanding 80,000 + bending tests, the i-Sensor is built for durability in everyday use. Its robust CNC shell fusion and ultrasonic welding technology ensure both a lightweight design and IP68 jprotection, allowing the sensor to be immersed in disinfectant for infection prevention.
9. USB cable - 2.7m
10. Durable and reliable: 80000+ bending test & IP68 protection rating

Technical Specification

Power adapter input: 5V/USB interface

Effective area: 20*30mm(H1)/26*36mm(H2)

Pixel matrix size 1000*1500(H1)/1300*1800mm(H2)

Average Pixel size 20μm 4

Effective resolution ＞ 12lp/mm

Specifications: 38.5*25*4.5mm(H1)/40.0*31.0*4.5mm(H2)

Weight: 118g(H1)/158g(H2)

Direction of USE

Installation:

Check System Requirements:

1. Ensure that your computer meets the system requirements specified by the manufacturer. Typically, these include the Windows operating system and specific hardware specifications.

Software Installation:

1. Insert the installation USB or download the latest software from the official Woodpecker website.
2. Follow the on-screen instructions to install the imaging software on your Windows computer.

Connect the Sensor:

1. Connect the Woodpecker RVG I Sensor Size - 1 to your computer using the provided USB cable.

Power On the Sensor:

1. Connect the power adapter unit to the sensor and ensure it's powered on.

Driver Installation:

1. The Windows operating system should automatically detect the sensor. If not, you may need to install drivers provided by Woodpecker.

Calibration (if required):

1. Follow any calibration procedures specified in the user manual or software instructions.

How to Use:

Open Imaging Software:

1. Launch the imaging software on your computer.

Patient Information:

1. Enter or select patient information within the software.

Position the Sensor:

1. Place the Woodpecker RVG i Sensor Size - 1 intraorally in the desired position.

Capture Images:

1. Follow the on-screen instructions to capture intraoral digital radiographs. This typically involves triggering the X-ray exposure while the sensor is in the patient's mouth.

Image Review:

1. Review the captured images immediately within the software. You can zoom in, adjust contrast, and perform other image enhancements.

Save and Store Images:

1. Save the images to the patient's file or the central image repository. The software may provide options for organizing and managing patient data.

Export or Print (if necessary):

1. Export images for referral or consultation purposes. Some systems also allow you to print hard copies if needed.
2. Maintenance:
3. Follow any recommended maintenance procedures for the sensor to ensure its longevity and optimal performance.

FAQs

1.What is the difference between Size 1 and Size 2 sensors?

Answer: Size 1 sensors are smaller (typically 21mm x 31mm) and designed for pediatric patients, narrow arches, and anterior teeth. Size 2 sensors are larger (typically 26mm x 36mm) for adult posterior radiographs and bitewings. Most practices need both sizes.

2. Who can purchase this?

Answer: Licensed dental professionals, dental clinics, and authorized dental equipment distributors only.

3. What is Size 1 used for?

Answer: Pediatric patients and anterior teeth imaging in adults. Smaller than Size 2 sensors.

4. Does this emit radiation?

Answer: No. Passive detector that receives X-rays from dental X-ray generator.

5. Can I use this at home?

Answer: No. Professional medical equipment for clinical use only.

6. What X-ray systems is this compatible with?

Answer: Standard dental X-ray generators. Verify compatibility before purchase.

7. Is radiation safety training required?

Answer: Yes. Operators must comply with federal and state radiation safety regulations.

8. How do I disinfect this?

Answer: Use barrier sleeves for each patient. Surface disinfect per manufacturer IFU. Do NOT autoclave.

9. How many sterilization cycles can the sensor withstand?

Answer: The sensor itself should NOT be sterilized. Use disposable barrier sleeves for each patient and surface disinfect the sensor exterior between patients. Barrier sleeves are single-use only. The sensor can last 5-7 years with proper care and infection control protocols.

10. Where can I buy this?

Answer: Through authorized dental equipment distributors with professional license verification.

Disclaimer

This product is intended for professional dental use only. It should be used exclusively by trained and qualified dental professionals. Proper handling, usage techniques, sterilization, and standard infection control protocols must be strictly followed. The manufacturer and supplier are not responsible for any misuse, improper handling, or use of this instrument outside its intended clinical application.