Laser・Semiconductore manufacturing equipment・Metal additive manufacturing|Laser processing system|Fiber laser
Fiber laser welding head
The handling companies : Nidec Machine Tool Corporation
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The unique hybrid arc/laser welding head combines the advantages of both arc welding for build-up and laser welding for fast, low-distortion welding.
Features
Arc and laser welding—The best of both worlds in one machine
Our unique arc/laser coaxial technology makes it possible to combine the best of both worlds in a single machine, contributing to improved processing efficiency for our customers.
Since the arc melts the laser irradiation part, sufficient welding beads can be obtained even if there are some gaps, and the requirements for groove accuracy during welding can be relaxed.
Since the arc is concentrated on the keyhole formed by the laser and the heat input is large, welding can be performed with deeper penetration than when a laser is used alone.
Arc and laser coaxiality allows free directional build-up
The common method, in which the arc is supplied horizontally, only allows build-up in a certain direction.
However, because our welding head supplies the arc from the same central axis as the laser beam, it is possible to build-up a free 3D path independent of the arc supply direction.
All light sources use fiber lasers
Fiber lasers are used to solve the quality, speed, and cost problems associated with conventional welding technology.
Welding beads are smooth and cleandue to continuous irradiation from continuous oscillation.
Low blowhole generation and high resistance to leakage, even with butt welds.
The small spot size of the laser and the high concentration density of light result in less welding distortion.
Optional features such as process monitoring and seam tracking allow for accurate welding to match the welding conditions.
Specifications
* Each head is sold as a set with a oscillator.
TIG-YAG hybrid welding head
Product photo
Head size | 560 mm ×φ 90 mm |
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Weight | 6 kg |
Focal length | 165 mm |
Output used | Up to 6 kW |
Focusing magnification | 1.0× |
Feature | Improved gap tolerance, higher welding speed, low distortion welding (compared to conventional TIG welding) |
Main application case studies | Galvanized steel plate welding Welding of non-ferrous materials (Al/Cu/Ti), etc. |
MIG-YAG hybrid welding head
Product photo
Head size | 465 mm ×φ 100 mm |
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Weight | 5 kg |
Focal length | 190 mm |
Output used | Up to 6 kW |
Focusing magnification | 1.7× |
Feature | Improved gap tolerance, higher welding speed, low distortion welding (compared to conventional MIG welding) |
Main application case studies | Thick structures High-speed welding of aluminum, etc. |
Laser welding head
Product photo
Head size | 580 mm ×φ 90 mm |
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Weight | 14 kg |
Focal length | 250 mm/300 mm/350 mm |
Output used | Up to 20 kW |
Focusing magnification | 1.5× |
Feature | Head structure for high output power, minimizing focal length variation for more stable weld quality and longer depth of focus for thicker plate welding |
Main application case studies | High output power (up to 20 kW) thick plate welding Low distortion welding of stainless steel plates, etc. |
Coaxial laser brazing head
Product photo
Head size | 470 mm ×φ 110 mm |
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Weight | 5 kg |
Focal length | 140 mm |
Output used | Up to 6 kW |
Focusing magnification | 1.3× |
Feature | By making the laser and wire coaxial, the machine is capable of 3D welding Brazing with good penetration is achieved even in narrow areas |
Main application case studies | Seal joints (automobile trunk lid, etc.), etc. |
Oscillator
Output (kW) |
Model (manufactured by IPG) |
QBH connector (HLC-8) |
Fiber coupler (built-in type) |
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1.0 | YLS-1000-CT | Equipped as standard | Equipped as standard |
1.5 | YLS-1500-CT | ||
2.0 | YLS-2000-CT | ||
3.0 | YLS-3000-CT | ||
4.0 | YLS-4000-CT | ||
5.0 | YLS-5000-CT | ||
6.0 | YLS-6000-CT | ||
7.0 | YLS-7000-CT | ||
8.0 | YLS-8000-CT | ||
10.0 | YLS-10000-CT |