daVinci was developed to enable complex surgical procedures using minimally invasive technology. The device consists of a robotic part, an operating part, and a monitor for the assistant, and accurately reproduces the movements of a human hand under the high quality, three-dimensional surgical images of a 3D high-definition system. The robotic part is equipped with four robotic arms and an endoscope to which forceps and scalpels are attached at the tips, and the surgeon can perform sophisticated surgery using instruments with wrists that bend and rotate much more significantly than a human wrist while viewing clear endoscopic images projected on the box-shaped control unit. In addition, this robot-assisted surgery is performed completely under the control of the physician.

Proton beams have the character of reaching a peak dose at a certain depth and stopping, and this stopping position can be adjusted by changing the energy of the proton beam. Therefore, the proton beam is administered with the hope of eradicating the cancer by exposing it to a large dose of radiation, while fine adjustments are made so as not to cause side effects in the normal tissues. Proton beams are the ideal radiation that can deliver a high dose to the cancer while reducing the dose to the surrounding normal tissues.

Remote After-Loading System (RALS) is a type of radiation therapy for malignant tumors that delivers radiation from very close to the tumor, thus enabling the delivery of large doses of radiation and effectively killing tumor cells. On the other hand, radiation does not spread far, minimizing exposure to surrounding normal tissues and reducing side effects.

SKGH now offers the TomoTherapy® HI-ART system, a revolutionary new radiotherapy treatment for a wide variety of cancers.
This advanced treatment method uses CT scanning to precisely target cancer cells while minimizing damage to surrounding healthy tissues.
Targeted radiation treatments are delivered by rotating beamlets to large, small, and multiple cancerous areas.
With our TomoTherapy system now in operation, we are able to open up new treatment options for patients who have reached maximum tolerance dose of healthy tissue, or who have tumors in hard-to-reach areas.

High precision imaging in 0.35 seconds.

Compared to traditional CT technology, the 320 multi-slice CT covers 16 cm (6.3 inches) of anatomy, an area large enough to capture a full image of an organ. Images are captured in 0.35 seconds with just one rotation of the scanner. This innovation means it is now possible to image the entire heart and brain in a single rotation and in a fraction of a second.

Ultra high field 3 Telsa MRI provides faster and better scanning.

Ultra high field 3.0 Tesla MRI is a revolutionary diagnostic imaging technology that provides detailed pictures of the inside of the body without using ionizing radiation. The imaging system is a low-invasive, state-of-the-art procedure that uses a powerful magnetic field, pulses of radio waves and a computer to produce images faster with unprecedented detail. 3.0 Telsa  MRI can provide information on a wide range of conditions, including cardiac and vascular disease, stroke and brain disease, and musculoskeletal conditions in the knee and other joints. An imaging test such as MRS can help determine if a mass/tumor is malignant or benign, in certain cases. 

Mammography

KONICA MINOLTA　PCM system

Vacuum Assisted Breast Biopsy

TOSHIBA　MGU100B
JOHNSON＆JOHNSON Quick Reference Guide