Each leaf is meticulously engineered for smooth movement and precise positioning, allowing for customizable beam shaping to match complex treatment plans or inspection profiles. The compact design and robust construction ensure durability and reliability, even under high radiation doses.
The MLC is compatible with a wide range of linear accelerators and imaging systems, making it a versatile solution for various applications, including radiotherapy, radiology, and industrial radiography. Its non-magnetic properties ensure compatibility with MRI and PET/MR systems, expanding its utility in hybrid imaging environments.
With features like easy installation, low maintenance, and high-precision control, the Tungsten Alloy MLC is an essential tool for enhancing the accuracy and safety of radiation-based procedures. It meets stringent regulatory standards, ensuring compliance and reliability in critical applications.
High density and excellent shielding performance
The density of tungsten alloy is between 17.0–18.6 g/cm³, which can effectively absorb and shield high-energy radiation, ensuring the safety of patients and medical staff during treatment.
High-precision dynamic control
The multi-leaf collimator consists of 20–80 independently movable tungsten alloy leaves. Through computer control, it can adjust the shape of the radiation beam in real time to achieve accurate dose distribution.
Low leakage and high resolution
The tongue-and-groove structure design reduces leakage between leaves, ensures clear field edges, and improves treatment accuracy.
Environmental protection and safety
Tungsten alloy is non-toxic and pollution-free. Compared with traditional lead-based materials, it is more environmentally friendly and does not produce hazardous waste.
Strong durability
Tungsten alloy has high strength and wear resistance, and can operate stably for a long time in a high-radiation environment.
It is widely used in the treatment of liver cancer, lung cancer, breast cancer, and other tumors. It can accurately match the shape of the tumor and reduce the radiation to the surrounding healthy tissues. In intensity modulated radiation therapy, the multi-leaf collimator can dynamically adjust the intensity of the radiation to achieve a more complex dose distribution and improve the treatment effect. The computer controls the movement of the leaves to form a radiation field consistent with the shape of the tumor, ensuring that the radiation dose is accurately delivered to the target area.
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