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Packaging Specifications

Description

CCD500R/CCD600R Dental CMOS Sensor


Core Overview

CCD500R and CCD600R are high-performance dental CMOS sensors launched for dental imaging scenarios, adopting advanced APS CMOS and CsI:Ti scintillator technology, featuring high sensitivity, high resolution and low X-ray dose advantages. The two models differ in active area and pixel resolution to meet diverse clinical imaging needs, and are equipped with TWAIN universal driver and self-developed Handydentist software, supporting multi-user sharing, PACS system docking and rich image processing functions. With plug-and-play design and wide system compatibility, they are ideal dental digital imaging devices for stomatological clinics and hospitals, improving imaging efficiency and diagnostic accuracy while reducing radiation exposure for patients.


Core Technical Specifications

CategoryCCD500RCCD600R
Core ChipCMOS APS (shared)CMOS APS (shared)
Fiber Optical PlateEquipped (shared)Equipped (shared)
ScintillatorGoS/ CsI:Ti (shared)GoS/ CsI:Ti (shared)
Overall Dimension27.5×38.5mm32.3×44.3mm
Active Area22.5×30mm(675mm²)27×36mm(972mm²)
Pixel Size18.5μm (shared)18.5μm (shared)
Image Pixel1.9M (1600×1200)2.7M (1920×1440)
ResolutionTheoretical:27 lp/mmMeasured:12-14lp/mm (GoS)、18-20lp/mm (CsI) (shared)Same as CCD500R
Compatible OSWindows2000/XP/Win7/Win8 (32bit&64bit) (shared)Same as CCD500R
DriverTWAIN Driver (shared)Same as CCD500R
Core Technology5T pixel type (shared), CsI:Ti advanced FPS technology (shared)Same as CCD500R

Core Product Advantages


1. Advanced Imaging Technology, Low Dose & High Quality


2. Two Models Optional, Adapt to Diverse Clinical Needs


3. Strong Compatibility, Easy to Connect and Use


4. Professional Software, Rich Functions & Efficient Workflow


Core Clinical Application

Specialized for dental digital X-ray imaging in stomatological clinical practice, applicable to routine dental examination, dental disease diagnosis (caries, periodontal disease, dental pulp disease, etc.) and pre-operative/post-operative imaging evaluation of dental treatment, meeting the daily digital imaging needs of stomatological clinics and hospitals. The two models are flexible to choose according to the actual clinical imaging field of view and resolution requirements, and the low-dose design is more suitable for long-term follow-up and repeated imaging patients.


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