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Abrasive Jet Machining AJM

Refractory metals, titanium alloys, ceramics, metallic honeycomb structural materials, acrylic, composites, glass, silicon and graphite. [Pg.176]

Removal rate depends on the hardness of material and process parameters. Material utilization poor. Scrap material cannot be recycled. [Pg.177]

Can be fully automated using robots. Added flexibility. [Pg.177]

Direct labor costs low to moderate, depending on degree of automation. [Pg.177]

Pressure jet lapping uses a low viscosity mix of abrasive grit and water applied at high speed to the surface using compressed air. Similar to Abrasive Jet Machining (AJM) (see 5.7). [Pg.157]

See other pages where Abrasive Jet Machining AJM is mentioned: [Pg.22] [Pg.23] [Pg.34] [Pg.176] [Pg.177] [Pg.22] [Pg.23] [Pg.34] [Pg.176] [Pg.177] [Pg.36]

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Abrasive jet machining