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Design and Application For Abrasive Jet Machine


Abrasive jet machining is an advanced manufacturing process that leverages the power of compressed air and abrasive particles to cut and shape brittle materials like glass. This guide delves into the fundamental aspects of abrasive jet machining, including its process, vital components, and diverse applications.

The Abrasive Jet Machining Process

In abrasive jet machining, compressed air is mixed with abrasive particles, such as sand, and expelled through a nozzle at high velocity. This high-speed mixture then impacts the material, typically glass or other brittle substances, achieving intricate cuts and holes.

Key Components

  • Compressor: Supplies the compressed air required for the process.
  • Mixture Chamber: This is where clean air mixes with the abrasive particles under high pressure.
  • Nozzle: Directs the high-pressure mixture of air and abrasive particles.
  • PU Fittings: Used for secure connections between various components.
  • Bench Vice: Holds the material in place during machining.
  • MS Frame: Provides structural support for the entire setup.

Diagrams and Visual Aids

To get a clearer understanding of the process, examining an abrasive jet machining diagram and water jet machining diagram can be invaluable. Additionally, abrasive jet machining images can provide real-world examples of what this technology is capable of.


The application of abrasive jet machining extends beyond just glass. It can be used in:

  • Material Science: For research and testing.
  • Medical Industry: In the production of intricate devices.
  • Manufacturing: In the automotive and aerospace sectors for precision parts.


The abrasive jet machining process offers a versatile solution for cutting and shaping brittle materials. With an understanding of its key components and applications, one can truly appreciate the potential this technology holds for various industries.

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