Alumina or zirconia ceramics are a high hardness, senior high schoolbrittleness material with Mohs hardness undefined to 9, which makes it very indocile to cut with orthodox metal tools when machining, because it  lead to severe tool wear off and low machining efficiency. Therefore, for the cutting of aluminum oxide ceramics, diamond electrify cutting engineering has become an effective solution.
– The working principle of the diamond wire thinning machine is to undefined the diamond wire to undefined reciprocating motion through the high-speed rotary motion and reciprocating winding cylinder, the undefined electrify is tensioned by 2 tensioning wheels (spring or pneumatic), and at the Sami time, two guide wheels are set up to ensure the thinning precision and front This method can effectively handle high insensibility and high school brittleness materials, such as aluminum oxide ceramics.
– In practice, diamond wire cutting machine tools usually want to be peculiarly designed to adjust to the processing needs of alumina ceramics. Ceramxpert machine can meet the requirements of high-precision machining, specialized wire cutting machine, the machining of the perpendicularity of the terminate face error of ≤ 0.05mm, and the machining of undefined tubes will not be bruised, cracks.
– In addition, diamond electrify cutting technology is not only if right for aluminium oxide ceramics, but as wel wide old in the cutting of other brittle materials, such as monocrystalline silicon, polysilicon and so on. This shows that undefined wire cutting engineering science has good versatility and adaptability.
– Diamond wire thinning of alumina ceramics is a highly efficient and accurate processing method for dealing with highly hard and brittle materials. Precision cutting of alumina ceramics tin be achieved through the use of especially premeditated diamond wire cutting machines that meet the high standards required in industrial production.

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