industrial yag laser welding machine
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0.1mm - 0.3mmスポットサイズと5J - 60J高溶接効率のための最大エネルギーを持つポータブル金属レーザー溶接ユニット
HanWei HW-MW レーザー溶接機は、スポット サイズ 0.1 ～ 0.3 mm、最大エネルギー 5J ～ 60J、深溶接を提供します。 2000W-4000W ハイブリッド レーザー、CE/FDA 認定、カスタマイズ可能なオプションを備えています。自動車、航空宇宙、エレクトロニクス、宝飾品業界に最適です。
異なる材料の溶接のために風冷却レーザーで2000Wハンドヘルド用溶接機
Handheld Welding Machine with Wind Cooling Laser for Welding Handheld Welding Machine with Wind Cooling Laser for Welding Description: The Handheld Single Wobble Welding Head is an advanced welding tool. Adopting user-centered design concepts, it skillfully copes with complex welding needs by carefully considering the practicality of the welding operation and the convenience during extended use. It offers a more efficient and accurate operational method for welding tasks. The
異なる材料を溶接するための水冷却レーザーを持つハンドヘルド溶接機
Handheld Welding Machine with Water Cooling Laser for Welding Handheld Welding Machine with Water Cooling Laser for Welding Description: The Handheld Single Wobble Welding Head is an advanced welding tool. Adopting user-centered design concepts, it skillfully copes with complex welding needs by carefully considering the practicality of the welding operation and the convenience during extended use. It offers a more efficient and accurate operational method for welding tasks.
高効率のYAG&ダイオードハイブリッドレーザー溶接機
High-Efficiency YAG & Diode Hybrid Laser Welder with Optimized Energy Distribution The YAG & semiconductor hybrid welding machine uses semiconductor laser to perform thermal modulation on the material surface before welding, bringing the workpiece into a state more suitable for laser interaction and thus enhancing the absorption of laser energy. Subsequently, the fiber laser acts on the welding area with high power density, rapidly establishing a deep penetration channel and
高反射性銅溶接のための1070nm波長を持つHW QCWレーザー溶接システム
HW QCW Laser Welder with 1070nm Wavelength for High-Reflectivity Copper Welding HW QCW Laser Welder with 1070nm Wavelength for High-Reflectivity Copper Welding Description: Quasi continuous (QCW) fiber lasers are an ideal choice for industrial applications that meet long pulse width and high peak demand, such as spot welding, seam welding, etc. This product is designed specifically to replace some YAG laser welding applications, significantly reducing maintenance costs and
高精度3C製品用QCWインターフェイスタイプHWQCWレーザー溶接頭
HW QCW Laser Welding Head with QCW Interface Type for High-Precision 3C Products Quasi-continuous wave (QCW) fiber lasers serve as an optimal solution for industrial applications requiring long pulse durations and high peak power, including spot welding and seam welding. This machine is specifically designed to replace certain YAG laser welding applications, significantly reducing maintenance costs and frequency. Our company is among the few global enterprises capable of
2000w 16000r / Min ファイバーレーザー溶接機のための揺れるレーザー溶接頭
Fast Welding Wobble Laser Head For Fiber Laser Welding Machine 2000w Fiber Laser Welding Head Description Fiber laser welding head wobble laser head type has small volume, light in weight, large welding bead advantages.It is suitable to robot, automatic worktable welding system. The optical route is extremely simple, with less lens structure and quantity to make high penetration, greatly reduce power consumption reduction and thermal lensing effect. Configurated best maglev
HWダイオード複合二重モーターレーザー溶接頭 パワーバッテリーケースに最適
HW Diode Composite Double Motor Laser Welding Head Ideal for Power Battery Cases Hanwei Diode Laser Welding Machine Utilizing Different Wavelength Hybrid Principles for Aluminum materials which has strong reflectivity towards ordinary fiber lasers, making it difficult to absorb the laser and instead reflecting back. This machine allows reducing internal pores during welding and increasing welding speed. In high-speed welding, it ensures better stabilization of melt point
高精度金属加工に広く使用されているYAGエネルギーネガティブフィードバック装置
YAG Energy Negative Feedback Equipment Widely Applied in High-Precision Metal Processing The YAG energy negative-feedback laser welding machine adopts fiber transmission technology to efficiently deliver laser energy to the processing end, enabling flexible switching between single and multi-optical paths. Users can freely configure the optical path according to workpiece dimensions and welding processes, while it is also compatible with various welding platforms, including
