Tungsten Alloy X-Ray Cancer Treatment Machine Counterweight
Tungsten Alloy X-Ray Cancer Treatment Machine Counterweight

Tungsten Alloy X-Ray Cancer Treatment Machine Counterweight

Medical linear accelerators (LINACs) used in cancer radiotherapy feature massive rotating gantries that direct high-energy X-rays precisely at tumors. NEWLIFE’s Tungsten Alloy X-Ray Cancer Treatment Machine Counterweights perfectly balance these multi-ton rotating heads. Concurrently, their extreme density (up to 18.5 g/cm³) provides critical multi-leaf collimation (MLC) and scatter shielding, protecting healthy tissue from radiation exposure.
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Product Introduction

 

Medical linear accelerators (LINACs) rely on massive rotating gantries to direct high-energy X-rays precisely at tumors. If these multi-ton rotating heads are not perfectly balanced, micrometer-level deviations can occur, compromising the treatment's accuracy. The Tungsten Alloy X-Ray Cancer Treatment Machine Counterweight acts as a dual-purpose solution. It provides the exact mass distribution needed to stabilize the gantry during dynamic rotation. Concurrently, its extreme density acts as a vital multi-leaf collimator (MLC) and scatter shield, protecting the patient's healthy tissue from unintended radiation exposure.

 

Technical Parameters & Manufacturing Capability

 

Material Grade

Density (g/cm³)

Linear Attenuation (μ)

Dynamic Balancing

Manufacturing Capacity

Class 4 Heavy Alloy

18.2 – 18.5

Superior to Lead

ISO G1.0

Custom Large-Scale Pressing

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Product Advantages & Features

Extreme Density Capacity

It achieves a highly compact density ranging from 18.2 to 18.5 g/cm³, allowing manufacturers to pack maximum mass into restrictive equipment spaces.

Superior Linear Attenuation

The material significantly outperforms traditional lead in stopping high-energy therapeutic X-rays, ensuring maximum radiation blocking efficiency.

ISO G1.0 Dynamic Balancing

It ensures the mass distribution is perfectly calibrated, allowing heavy LINAC heads to rotate smoothly without mechanical vibrations.

Non-Toxic Composition

It offers a safe, environmentally friendly alternative to hazardous lead shielding materials, ensuring compliance with global medical safety standards.

Multi-Leaf Collimation Support

The structural integrity of the alloy allows it to be machined for precise beam shaping, targeting only the specified tumor area.

Cost-Optimized Scale

Utilizing massive hydraulic pressing capabilities allows for the highly efficient and cost-effective production of large, heavy shielding blocks.

Application Scenarios

Medical equipment manufacturers integrate this component into several critical systems:

 

  • Medical Linear Accelerators (LINACs): Installed into rotating gantries to balance the heavy emission heads and maintain absolute structural stability during operation.
  • Radiotherapy Multi-Leaf Collimators (MLC): Used to create dynamic, adjustable shields that precisely shape high-energy X-ray beams to match the exact contour of a tumor.
  • Scatter Shielding Assemblies: Placed within the treatment machine housing to absorb stray secondary radiation and protect surrounding healthy tissues.
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