Thin plate YAG laser spot welding sample
【Processing Overview】 ■Material: TP340 (Titanium) ■Work Size: 0.2 (Thickness) × 0.2 mm (Thickness) ■Processing Machine: YAG Laser Welding Machine This is the condition of the bead under laser irradiation. The size of one point is approximately φ0.4 to 0.5. There is almost no welding burn. Mainly welding stainless steel and titanium. 【Advantages of This Processing】 Due to the thinness of the welding bead, it is possible to weld thin, narrow, and small workpieces, as well as those with protrusions, holes, or grooves close to the parts to be joined, without changing their shape. *For more details, please contact us.
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Joining processes are utilized in various fields such as medical, semiconductor, low-voltage, and industrial machinery, among others, for component joining operations.
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We collaborate with partner factories to provide support all the way to the final finishing, focusing on precision welding of thin plates, precision sheet metal processing, and machining (NC lathes and machining centers). ★ Precision Welding of Thin Plates We possess YAG laser welding, plasma welding, micro plasma welding, spot welding, micro spot welding, TIG welding, and semi-automatic welding. We select welding machines according to the required dimensional accuracy, strength, and degree of deformation, ensuring careful welding. ★ Precision Sheet Metal Processing We have laser cutting machines, press brakes (benders), three-roll machines, and various general-purpose types. We can quickly respond to 3D-shaped sheet metal using dedicated unfolding CAD. We can also handle small lots of press-formed products using simple molds. ★ Machining We have a 10-inch CNC lathe and a large vertical machining center (X-axis 2060mm, Y-axis 940mm). We can perform turning operations on thin-walled rings and shape cutting (part processing) using a 3-axis simultaneous machining center with 3D CAD/CAM, including difficult-to-cut materials (such as heat-resistant alloys). ★ We also process small-diameter holes (hole diameter φ0.1 to φ1.0mm) using an electron beam drilling machine owned by our partner factory, producing filters, strainers, baskets, and more.
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