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Ultra High Absorption Dual Oscillation Blue Hybrid Laser Welding Head Energy Saving

Name: Ultra High Absorption Dual Oscillation Blue Hybrid Laser Welding Head Energy Saving
Brand: Shenzhen Hanwei Laser Equipment Co., Ltd.
SKU: HW-36-70-100200-Y-QBH
Price: 1.00 USD
Availability: InStock

Markenbezeichnung:	HanWei
Modellnummer:	HW-36-70-100200-Y-QBH
MOQ:	1 Satz
Preis:	USD / Set
Zahlungsbedingungen:	T/T
Versorgungsfähigkeit:	2000 Sets / Jahr

Einzelheiten

Beschreibung des Produkts

Einzelheiten

Herkunftsort:

Shenzhen, China

Zertifizierung:

Modell:

HW-36-70-100200-Y-QBH

Nettogewicht:

2,5 kg

Laserstrahlgröße einstellbar:

0,5 - 5 mm

Kopftyp:

Fokussierung der Brennweite:

150 / 200mm

Kollimationsbrennweite:

Blau 70 mm - Faser 100 mm

Laserstrahlart:

-、○、 ◎、 ⊙、 △、 8

Laserleistung:

Blue Laser 1000 W & Faser Laser 3000 W.

Schnittstellentyp:

QBH - QBH

Zugänglicher Wellenbereich:

450nm + 1064nm

Nutzbare Laserquelle:

Blau- und Faserlaserquelle

Verpackung Informationen:

Export -Sperrholzverpackung

Versorgungsmaterial-Fähigkeit:

2000 Sets / Jahr

Hervorheben:

blue hybrid laser welding head

dual oscillation laser welding head

energy saving fiber laser head

Beschreibung des Produkts

Ultra High Absorption Dual Oscillation Blue Hybrid Laser Welding Head Energy Saving

The Dual-Oscillation Blue Laser Hybrid Welding Head is specifically engineered for thick-plate structures and high-demand metal welding applications. Its core advantage lies in the combined design of adjustable laser spot and dual-path oscillation. By modifying the spot coverage and energy distribution, the welding head can seamlessly adapt to workpieces of varying thicknesses, shapes, and joint configurations—expanding the welding process window and providing greater adjustment flexibility. Whether used for structural brackets, functional component assembly, or multi-layer plate welding, this welding head maintains consistent processing performance across a wide range of operating conditions, significantly enhancing the equipment's versatility.

Applications

Blue laser achieves an absorption rate of approximately 70% on highly reflective materials such as copper. Compared to red laser, it can complete welding of the same depth with lower power input—effectively reducing system costs and energy consumption requirements. Coupled with its stable dual-oscillation optical path, the welding process produces nearly no spatter, resulting in smooth, flat, and highly continuous weld seams. This enables effortless single-side welding with excellent double-sided formation. Additionally, the welding head offers a wider tolerance for weld gaps and assembly errors, creating higher efficiency and lowering the barrier for mass production.

Key Features

Highly Expandable Laser Spot Control Technology Tailored for Thick Section Welding.
Flexible Thermal Input Control Based on Low-Threshold Absorption.
Enhanced Molten Pool Stability for Minimized Spatter and Superior Weld Aesthetics.
Ultra-High Absorptivity for Lower Energy Consumption and Enhanced Welding Process Latitude.

Technical Parameters

Model	HW-36-70-100200-Y-QBH
Laser Power	Blue laser 1000 W & Fiber laser 3000 W
Focusing Focal Length	150 / 200mm
Interface Type	QBH - QBH
Head Type	Y
Net Weight	2.5 Kg
Laser Beam Size Adjustable	0.5 – 5mm
Accessible Wave Range	450nm + 1064nm
Collimation Focal Length	Blue 70 – Fiber 100
Laser Beam Type	―,○,◎,⊙,△,8
Usable Laser Source	Blue and Fiber Laser Source

Performance Advantages

The natural blue laser wavelength delivers higher material absorption, significantly reducing the energy threshold required for welding. Leveraging this advantage, the Dual-Oscillation Blue Laser Hybrid Welding Head achieves effective penetration with lower heat input—enabling easier control of thermal diffusion during processing and avoiding issues such as molten pool overheating, edge collapse, or thermal distortion. The low absorption threshold simplifies welding parameter setup: ideal penetration is achievable without high power consumption, while the stability and controllability of the welding process are significantly enhanced. This makes it particularly suitable for metal workpieces sensitive to heat or requiring precise thermal management.

The dual-oscillation mechanism ensures a more balanced dynamic distribution of laser energy within the weld seam, resulting in uniform molten pool heating and smooth metal flow—effectively suppressing spatter generation. Reduced spatter not only keeps the welding area cleaner but also minimizes external oxidation and metal particle adhesion, creating optimal conditions for weld formation. The resulting welds feature a flat, consistent surface with fine texture and natural transitions, accompanied by a significant reduction in defect risks. This characteristic makes the welding head highly suitable for applications demanding strict requirements on welding quality, weld appearance, and consistency.

About Shenzhen Hanwei Laser

Shenzhen Hanwei Laser is committed to popularizing the application of world-class laser welding technology among all system integrators. As a globally outstanding enterprise accredited as both a national high-tech enterprise and a "specialized, sophisticated, distinctive, and innovative" firm, it focuses exclusively on the full-industry-chain R&D, manufacturing, and marketing of specialized laser welding equipment—covering welding-dedicated lasers, laser control systems, laser optical systems, and core laser welding technologies. Its product range is comprehensive, including Ring-Spot laser welding systems, blue laser welding units, blue laser + fiber hybrid welding configurations, Diode + fiber hybrid welding equipment, YAG + Diode hybrid welding systems, YAG laser welding units, Diode laser welding devices, mold repair laser welding systems, and QCW laser welding equipment, supplemented by compatible laser welding control systems, laser optical systems, and supporting accessories for laser welding peripheral machinery.

Hanwei Laser upholds the philosophy of "taking R&D as the core, technology as the foundation, and service as the backbone" and has long served B-end clients such as laser equipment manufacturers and automation enterprises. It embraces "reliable quality, continuous advancement, persistent innovation, and attentive service" as its service tenets, ensuring that its technological R&D, product quality, and after-sales support are all aligned with the core needs of clients in the laser welding field.

The company's products are widely applied in a diverse range of industries, including new energy batteries, automotive manufacturing, auto parts production, electronic circuits, optical fiber communication devices, mobile electronics, home appliances, kitchen and bathroom hardware, precision instruments, measuring tools, gold and silver jewelry, medical devices, solar energy equipment, eyewear manufacturing, and motor production, providing professional laser welding solutions for various high-demand scenarios.

Ultra High Absorption Dual Oscillation Blue Hybrid Laser Welding Head Energy Saving 1

Ultra High Absorption Dual Oscillation Blue Hybrid Laser Welding Head Energy Saving 3

Schlagworte:

Industrielle Laserschweißmaschine

handgeführtes Schweißgerät

Metall-Laserschweißmaschine

Schweißmaschine mit Aluminiumlaser

Handlaser-Schweißgerät

3 in 1 Handlaserschweißen

Faser-Laser-Schweißens-Kopf

Laser-Reinigungsmaschine

Laserquelle

Schwenkbare Laserschweißköpfe

Yag-Laserschweißmaschine

Industrielle Laserschweißmaschine

handgeführtes Schweißgerät

Metall-Laserschweißmaschine

Schweißmaschine mit Aluminiumlaser

Handlaser-Schweißgerät

3 in 1 Handlaserschweißen

Faser-Laser-Schweißens-Kopf

Laser-Reinigungsmaschine

Laserquelle

Schwenkbare Laserschweißköpfe

Yag-Laserschweißmaschine

Einzelheiten zu den Produkten

Ultra High Absorption Dual Oscillation Blue Hybrid Laser Welding Head Energy Saving

Ultra High Absorption Dual Oscillation Blue Hybrid Laser Welding Head Energy Saving

blue hybrid laser welding head

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