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Four-axis optical fiber transmission/yag automatic laser welding machine
Four-axis optical fiber transmissionε♦​/yag automatic laser welding machine
Specifications:


Device model: FL-HJ-YAG150/FL-HJ‍↔λε-YAG300/FL-HJ-YAG600

Laser power: 150W/300W/600W×∞↑

Pulse width: 0.5-30mπ ☆≠s

Laser wavelength: 1064nm

Maximum single pulse energy≥‌£±: 55J/60J/100J

Fiber core diameter: 300/400/600u©♠m optional

Pump lamp: xenon lamp,  $☆&single lamp/xenon lamp, du¶Ωal lamp/xenon lamp, duδ$×λal lamp

Aiming and positioning: with≤'↔→ red light indicator (welding head CCD♥‌ positioning)

Feedback method: energy  ₽≤✘negative feedback

Spectroscopic method: en≠‍★¶ergy spectroscopy/time spectroscopy

Maximum number of light←→≥ paths: 4

Cooling capacity requirements: 5KW/7.5K→γ ±W/15KW

Cooling method: water cooling

Whole machine power con©♠sumption: <6KW/<12KW/

Power demand: 380V, 50/60Hz

Appearance size: machi↓↕ne: 108x115x170cm/ power supΩ &≥ply: 55x140x110cm/ chil£ ≈©ler: 47x80x86cm


Feature description

1. The optical fiber transm₹÷ission laser welding machin•'$e has the characteristics of high singl≠₩e-point energy, small weld δing width, small thermal influence, and★ ↔  small deformation. It is very suit'∑‍"able for welding thin plat"♥es below 0.5mm;

2. Equipped with a CCD monit∑↑φoring system, which can$∞✘ observe the welding s§φεeam effect and welding ≥ ₽position in real time;

3. The welding seam is smooth and →βbeautiful, without air ho★<♥♣les, and the back of★φα the welding place is not easy t™↕o turn yellow;

4. Capable of detection function, wh$↑ich can monitor laser enγ≈★Ωergy and power output in real∑™β× time, find abnormalities and activate∑‍←‌ protection;

5. Energy feedback function, real-tim> e inspection of laser energy. It can ef≥£fectively solve energy fluct&≠↔uations caused by changes in volta≈¥•₽ge fluctuations, xenon≠• lamp discharge differences, xenon lam® ↔ p aging, water flow, water tempπ←∞erature and other factors (•↕γenergy feedback and current ≠'‍feedback are optional);

6. The equipment can be set witβ♣h 32 sets of different weldi© ng process parameters t÷☆©o meet different welding requσΩ•φirements;

7. The power supply ha®£÷€s an automatic shutter control fu♥γ↑nction, which can realize mu₹§"≥lti-head laser welding of time and¥$→₩ energy (optional);

8. It can meet welding requirements s' Ωuch as spot welding, tailor weld$ §ing, stitch welding, and se♠£≈©aling welding;

9. There are consumables in the ×σlater stage (lamps nβ€eed to be replaced every 4 months or§₽ so).

Note: The shape and performance of th&×Ωe machine can be designe∏₹ d according to the actual γ&situation and requirements • of the customer, and the welding ↓₽♣‌machine, special fixture and laser au£★<tomation integration (non-✘δ€standard machine) can be customized ♠★for the customer. There are no f§'σ ixed models for non-standard ‍β♠αmachines. All styles aγ↕¶¶re based on meeting customer r∏‌✘≤equirements and then make correφ±sponding changes.

Application area

Mainly used for weldin•​g thin metal plates below 0.5mm↓∏∏β. Such as: stainless steel, aluminu‍↑♣€m alloy, steel, aluminu§"•m, gold, silver and other metals €¥♥ in the industries of electronicδ₩" components, lithium batteri≤φ≤Ωes, medical equipment, mobi>∑∑πle phone communications, glasses and w& ∞atches, welding of the s₹‍£ ame material and welding of som♣☆ e dissimilar materials.

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Manager Wen: 18902563402

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