派CT概览
Large FOV imaging with one 360°Scan
A single 360°scan obtains large-FOV CBCT imaging, a non-fusion technology, with Maximum FOV of 16cm(diameter)×15cm（height）
High accuracy and precision imaging
A new standard of high spatial resolution （28lp/cm）
Full spectrum of artifact correction algorithms
3-in-1 imaging
A single 360°scan simultaneously obtains CT, panoramic, and cephalometrical images，
with no need of repeated patient positioning.
Instantaneous images from high-speed reconstruction
Large FOV images available within 1s after a CT scan.
2.6s reconstruction time for large FOV CBCT imaging
Low dose
Radiation dose reduction by at least 75%
User-friendly operations
Self-developed professional image processing software
Small size
1.7m（height）× 1.2m（diameter）
High durability
Passed 200,000 consecutive high-strength operation tests
Achieve non-fusion large-FOV imaging
Pirox has the world's innovative dual-source scanning technology, 360° scanning in a circle, and non-stitching can be achievedin 20 seconds,Large-FOV imaging，Multiple FOV Options
Achieve automatic 3-in-1 imaging
A single 360°scan simultaneously obtains CT, panoramic, and cephalometrical images,without re-positioning the patient, a significantly improved user experience.
With maximum FOV of 16cm（diameter）×15cm（height）
More change
With maximum FOV of 16cm（diameter）×15cm（height）,the system meets most of the clinical needs of the dentistry, and the FOV is sufficiently large even for large-size patients.
Multiple FOV options are available for clinical use: 16×15cm，16×9cm，and 8×8cm（diameter×height）.
All-series correction and reconstruction algorithmstoward high-resolution and low-dose imaging.Break the bottleneck of radiation dose via statistical optimization and iterative reconstruction, for ultimate health protection of patients and medical staff.
By exploiting the geometric redundancy of CBCT raw data, we substantially improve the quality and efficiency of image reconstruction through GPU parallel computing.
Before
After
BeforeAfter
Stress-free design（Open-top mechanical design） considering both scientific aesthetics and patient comfort
开放式设计，无封闭式压迫感
This design keeps patients free from claustrophobia and vertigo,
and reduces the area occupied by the equipment.
大大减少患者幽闭、压迫感，更能减少设备所占空间。
Open-top mechanical design
A user-friendly and avant-garde design of mandible support
Stable sitting positioning
Floor-mounted rotary support
Touch screen operation panel
Slip-ring-based data transmission
Wireless handbrake
Compact size
Open-top mechanical design
A user-friendly and avant-garde design of mandible support
Stable sitting positioning
Floor-mounted rotary support
Touch screen operation panel
Slip-ring-based data transmission
Wireless handbrake
Compact size
Make diagnosis and treatment more professional with convenient operations
让诊疗更专业，操作更简单
Dubhewer, a professional CT imaging and image archiving software developed by Yofo Medical Technology， is equipped with featured functions to simplify clinical operations, including automatic tagging of dental arch drawing，virtual tooth implantation，airway analysis，mandible motion simulation，single-tooth segmentation，and automatic tagging of dental nerves.
3D plane segmentation
Single-tooth segmentation
Automatic tagging of dental nerves
Virtual tooth implant simulation
Airway analysis
intelligent tagging of dental arch
有方医疗自主研发的专业图像操作软件Dubhewer，包含牙弓曲线自动绘制、虚拟植牙、气道分析、颌骨模拟张合，单颗牙齿分割，牙神经管自动标注等全面功能，让医生的操作化繁为简。
3D plane segmentation
Single-tooth segmentation
Airway analysis
自动牙弓曲线
Virtual tooth implant simulation
Automatic tagging of dental nerves
Yofo Medical's mission is to promote the localization and civilianization of the entire product line of medical imaging technologies, so that all Chinese people can "visualize" their own health;We firmly believe that the long-term goal of benefiting the general public is our sprite。
Extremely low cost performance is its biggest weakness of the tradiational large-detector technology. In addition, the increase of scanning volume reduces the image quality and radiation safety.
Traditional fusion technology requires multiple patient scans to generate large-FOV CBCT, at the cost of scan time increase by a factor of 4, and radiation dose increase by a factor of 2.
The small FOV indicates its market positioning of low performance and low price, which significantly limits its clinical applications. In addition, the traditional 3-in-1 technology requires multiple positioning of patients, at the cost of increased operational complexity and imaging time.
Front view size
Side view size
Down view size
