The Radiology Department is staffed by 3 full-time radiologists, 15 part-time physicians, 41 radiologic technologists, and 1 administrative staff member. The main diagnostic and treatment equipment includes 3 CT scanners, 2 MRI machines, 4 angiography units, 3 X-ray fluoroscopy units, 1 nuclear medicine device (RI), 1 PET-CT scanner, 6 ultrasound machines, and 1 linear accelerator.

We focus on comprehensive imaging diagnostics (including plain X-rays, ultrasound, CT, MRI, and angiography) and strive to provide high-quality diagnostic information to the attending physicians as quickly as possible. For tests requested by other hospitals, we promptly send the imaging findings via fax. We have a 24-hour system in place to handle emergency examinations, and MRI tests can be scheduled even on holidays.

In addition, we are actively engaged in Interventional Radiology (IVR) procedures, such as arterial embolization for liver tumors, gastrointestinal bleeding, hemoptysis, and trauma-related bleeding, transcatheter venous embolization for gastric varices, intra-arterial chemotherapy for cancer, reservoir placement procedures, and CT-guided biopsies.

We have introduced the advanced high-precision radiation therapy device, the **TomoTherapy – Radixact™ System**.
Targeting only cancer cells, offering body-friendly cancer treatment.

Tomo Helical™

Continuous rotation radiation (helical irradiation) enables treatment of complex-shaped tumors.

Tomo Direct™

Stationary gantry radiation (direct irradiation) allows for versatile treatment options.

1. Consultation

After receiving a referral, a specialist will examine you. They will determine whether radiation therapy is appropriate, and if so, the treatment plan will be discussed.

2. Treatment Planning

A CT scan for treatment planning is conducted. The results are analyzed, and based on this, an optimal treatment plan is created. (In some cases, additional CT scans may be necessary.)

3. Treatment

To administer the treatment precisely, the positioning of the body is adjusted using the CT scan to ensure accurate irradiation. (The procedure is painless.)

4. Consultation

Depending on the treatment plan, treatment sessions are typically scheduled 1-2 times per week. Follow-up consultations will be conducted to monitor progress.

5. Post-Treatment Care

After radiation therapy, ongoing management and monitoring of the condition are essential. If necessary, further consultations or follow-up treatment may be arranged.

• The ring-shaped gantry with minimal pressure sensation allows for comfortable treatment.
• The fan-beam CT imaging captures the tumor’s position accurately during each treatment.
• The high-speed, binary MLC (multi-leaf collimator) enables focused treatment on the tumor.
• Our facility performs radiation therapy without attaching markers to the skin.

Radixact is the latest radiation therapy system equipped with a radiation therapy device (LINAC) and CT (Computed Tomography) imaging capabilities.

Tumor-specific focused treatment

High-speed binary MLC (Multi-Leaf Collimator) enables focused treatment on the tumor.

Open hardware concept

The ring-shaped gantry with minimal pressure sensation allows for comfortable treatment.

Accurate tumor position verification

Fan-beam CT imaging captures the tumor’s position accurately during each treatment.

Simultaneous treatment over a wide area

By moving the patient smoothly, multiple tumors can be treated with a single setup. It can cover a wide area up to 40 cm x 135 cm.