Rapid cooling may cause residual stress in the brazing seam, or even lead to cracking; slow cooling, on the other hand, can promote element diffusion and form a uniform structure.
Rapid cooling may cause residual stress in the brazing seam, or even lead to cracking; slow cooling, on the other hand, can promote element diffusion and form a uniform structure.
A proper match between feed rate, spindle speed, and depth of cut ensures that the chip shape is compatible with the chip removal structure.
In modern woodworking, whether it's high-end furniture manufacturing, custom cabinetry, or intricate models and DIY projects, the requirements for cutting quality have long surpassed simply "being able to cut," focusing instead on "accurate cuts, clean cu
In fields such as architectural curtain walls, automotive glass, photovoltaic panels, smartphone cover plates, and high-end home decoration, glass processing demands increasingly stringent requirements for cutting precision, edge quality, and production e
In machinery manufacturing, pipeline installation, automotive repair, and steel structure construction, precise and rapid drilling of metal sheets, pipes, or profiles is a common and crucial process.
The residual compressive stress introduced into the substrate surface by rolling or shot peening can partially offset the tensile stress generated during the cutting process.