Laser Heating System
Laser heating system that consists of an optimum light source (SPOLD® LD irradiation light source), fiber and lens for thermal curing of adhesives.Number of process can be reduced by heating and curing the bond part directly with a laser or indirectly by heat conduction. It also allows for highly flexible process design, such as jig-free and manpower saving during complete curing.
*Sample courtesy: ADEKA CORPORATION
Unlike UV adhesives, thermosetting adhesives do not require direct laser irradiation to the adhesive. The adhesive can be cured by heat conduction by heating the surrounding area. It enables a variety of bonding that are difficult with UV adhesives, such as small area where light is hard to reach, backside of materials and black adhesives.
The use of fast curing adhesives that match to the characteristics of laser, which can be heated at high speed, eliminates the need for a heating furnace and can be expected to save a significant amount of energy. In addition, the heating furnace is a batch process and it is difficult to adjust the production volume, but the use of a laser enables a serial process and production adjustment becomes easier. Even for general thermosetting adhesives that do not cure quickly, the use of temporary curing by laser eliminates the jig and the time and man-hours required to set the workpiece in the jig.
|Main laser light
（at maximum current setting）
|Radiant power||9 W (min.)||≧30 W|
|Peak emission wavelength||915 nm ± 20 nm||940 nm ± 20 nm|
|Red guide light
（ato maximum current setting）
|Radiant power||< 0.001 W|
|Peak emission wavelength||650 nm ± 50 nm|
|Dimensions (W x H x D)||Approx. 280 mm × Approx. 170mm × Approx. 300 mm
||Approx. 360 mm × Approx. 230mm × Approx. 360 mm (excluding protrusions)|
|Weight||8 kg||17 kg|
|Fiber length||Approx. 5 m (length excluding fiber inside of the laser light source: approx. 4.5 m)|
|Spot size||φ0.8 mm to φ6.4 mm|
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