光通信デバイスに応用する、IT，医療、電子、電池、光ファイバ結合装置、金属部品、携帯振動モータ、時計などの精密部品の精密溶接。

技術の進歩により、特に電子業界における非鉄金属の精密溶接には比類のない優位性がある

It is applied to the precision welding of optical communication devices, it, medical, electronic, battery, optical fiber coupling devices, metal parts, mobile vibration motor, clock and other precision parts.

With the development of technology, precision laser welding system has been acquiring incomparable advantages in electronic industry for non-ferrous metals welding

精密レーザー溶接システムは溶融池浄化効果を有し、溶接金属を純粋にすることができ、同じ金属間または異種金属間の溶接に適用することができる。そのエネルギー密度が高いため、融点が高く、反射率が高く、熱伝導性の良い金属材料の溶接に特に有利である。溶接ビードは高い深さ幅比を持ち、熱影響領域が小さく、熱変形が小さく、溶接速度が速く、溶接ビードは平らで美しく気孔がなく、溶接後の材料は元の母材よりも強度靭性が高い。薄肉材料や精密部品へのスポット溶接、突合せ溶接、重ね溶接、シール溶接などの多種の溶接を実現することができる。

Precision laser welding system is able to purify the welding pool and clean welding seam at the same time of welding process. It can be applied to the welding between same metal or different metals. Because of the high energy density，it’s particularly suitable to weld metal materials with high melting point/ high reflectivity/ good thermal conductivity. The seam after welding has high aspect ratio but small heat-affective zone. Welding speed is fast,yet material distortion is small and. Finishing result is nice and clean with no stoma found. Workpiece after welding is even stronger than mother material.

In a word, precision laser welding system can realize spot welding, butt welding, stack welding, seal welding and other kinds of welding especially on thin materials or precision parts.