【1】High definition 80μm voxel size to meet precision requirements in daily treatments.

High definition image with minimal 80μm voxel is so clear it displays precise shape of the root canal and the apical direction. This high level of sharpness can be utilized not only in an endodontic treatment but also in other types of treatment.

【2】Optimal field of view Innovation of sliding sensor system

By adopting the sliding sensor system, a suitable exposure mode can be selected from two exposure modes.

  1.Dent mode

Captures minimal area and provides a shape image. Suitable for endodontic and implant treatment.

  2.Oral mode

Captures the entire maxillary and/or mandibular arch in one shot. Suitable for periodontic and multiple tooth implant treatment.

Orbit of sensor at the time of oral mode exposure

①Exposure begins from the starting point, and the rotation arm rotates 190 degree while scanning.
②Sensor slides to the direction of an arrow.
③The rotation arm returns to the original position as scanning completes.

Sliding Sensor System

By having the sensor slide, it virtually widens the sensor area so bigger field of view can be obtained. (Patented)


  【3】Low patient dose
Scanning the only necessary area is made possible by FOV with smaller than a height of 6cm.

FOV with a height of approximately 6cm enables scanning the area large enough to include the opposing tooth while avoiding the lens of the patients eyes which are highly sensitive to radiation. X-era Smart 3D protects patients from radiation exposure while capturing the desired area.

  【4】Precise patient positioning
Positioning using a bite plate with silicon impression material

To minimize retakes and to capture a clear image, a bite plate with silicon impression material is added to the head support so a patient's head is held securely in place.

  【5】Space-efficient design
Compact body to fit even in the X-ray room with limited space.

As a 3D imaging system with cephalometric, X-era Smart 3D is with the smallest footprint among all YOSHIDA imaging system.
It will fit nicely in an X-ray room as small as 2m in width.

【1】Super high definition clinical image quality for accurate diagnosis

Adopting Direct CMOS sensor and unique image construction technology, blur-free and sharp image can be obtained.

    Direct CMOS sensor

Semiconductor that is used for photon counting directly converts X-ray to electronic signal and create a blur-free image.
Constructs the finest details of more than 4,500 single high resolution images to provide sharp and high-definition image.
(16 bit 65,536 grading)


【2】Multi Focal Layer Technology enables optimal focusing

Unique panoramic image construction technology (Image Creator) automatically selects the most optimal focal layer position as exposure completes. Re-focusing on any spots is also possible to reconstruct the clear image.


Active tomography allows reconstruction of the image corresponding to anatomical shape and size of each patient even after the exposure.



  【3】Patient dose reduced by 50%

Direct CMOS sensor enables the high quality image while reducing the patient dose by 50%. (Compared to other YOSHIDA equipment)
By minimizing the exposure time, patient dose is also minimized. It also reduces risk of the retake due to the radiographic failure caused by patient's movement.