In addition, the laser welding contributes to the overall precision of the drill bit. The accurate placement and attachment of the cutting elements ensure that the drill bit can create holes with consistent diameters and depths, meeting the high standards required in construction and other related industries.
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The differences between Laser welded core drill bits and high frequency core drill bits, as well as the advantages of laser welded core drill bits are as follows:
Differences Welding Principle Laser Welded Core Drill Bits:
They use a highly focused laser beam to join materials. The laser beam provides intense heat that melts the surfaces of the materials to be joined, fusing them together without the need for additional solder materials.
High Frequency Core Drill Bits:
Also known as dielectric welding or radio - frequency welding, it uses high - frequency electric currents to heat the surface of metals for welding, with the assistance of solders such as copper and silver.
Tool Life and Performance
Laser Weld Core Drill Bits:Due to their high welding strength and good connection stability, laser welded core drill bits tend to have a longer service life and better drilling performance. They can maintain good cutting performance and accuracy during the drilling process.
High Frequency Core Drill Bits: May have a shorter lifespan and relatively poorer performance when dealing with extremely hard and tough materials, as the solder joints may be more prone to failure under high stress and impact.
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Advantage of Laser Welded Core Drill Bits
Stronger Welding Strength
High Precision - ensuring high welding precision
Good Heat Control
No Solder Required
Audited Supplier 
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