EQUIPMENT
The parameters below belong to machines that actually stand in our centers. We list the equipment’s own technical specifications, not manufacturers’ marketing figures.
CORE TECHNOLOGY
Six classes of equipment and methods, with parameters listed from public technical data
A robotic radiosurgery system: irradiation with no incision, no anesthesia and no pain. Tumor motion during breathing is tracked in real time and targeting errors are corrected automatically.
0.5 mm mechanical accuracy and 360° rotation: the beam converges on the tumor while surrounding tissues receive a minimal dose. Image guidance is performed at every session, not selectively.
A whole-body scan in about 20 minutes: finding hidden lesions and refining the stage.
A method for very large, recurrent and hard-to-treat tumors. It builds on SBRT and spatially fractionated irradiation: a high ablative dose goes to the stable core of the tumor, a lower one to the periphery.
Indicated for adult patients with relapsed or refractory large B-cell lymphoma after two or more lines of systemic therapy. Eligibility and timing are decided by the board.
Acupuncture for pain relief, moxibustion to raise white blood cell counts, scraping and cupping — for complications of anticancer treatment. External methods have fewer contraindications and apply at different stages.
DIGITAL PLATFORMS
Beyond the hardware: three systems that keep every center working to the same standard
A physician in a remote area gets a reading from the expert team, and the patient gets a referral to a center with the right resources. The platform links hospitals at provincial, city and township level.
One of China’s first corporate cloud planning systems. A single workflow: dose planning, quality control, structured data and exchange with HIS, PACS and the electronic medical record.
CNVseq and panel sequencing, fusion gene search, personalized minimal residual disease (MRD) monitoring and a report with a physician’s interpretation — all inside the oncology center.
QUALITY CONTROL
Control points at two levels: equipment and process
Key machine parameters and functions are checked regularly under IAEA TRS-277 protocols: the dose we calculate is the dose the patient receives.
CT, MRI and PET-CT are registered into a single image so the tumor boundary is defined by all examinations, not by one scan.
Patient and target position is confirmed by imaging immediately before irradiation, not only at the planning stage.
The robotic system tracks tumor displacement during breathing and corrects targeting in real time — for moving sites where the tumor leaves the field.
Send us your medical records — the board decides which type of equipment to use and at what dose
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