Most powerful intensity*1 4,000mW/cm2 in its class
Features
Industry strongest output 4,000mW/cm2
With high output of 4,000mW/cm2, high-speed curing is achieved that equals the lamp method. Also, unlike the fiber method, there is no output degradation caused by branching.
Power-mode and High-precision-mode (with feedback)
Head
NEW Power-mode
High-precision-mode (with feedback)
ANUJ61423C
4,000mW/cm2
3,200mW/cm2
ANUJ61424C
3,250mW/cm2
2,000mW/cm2
ANUJ61426C
1,530mW/cm2
950mW/cm2
ANUJ61428C
850mW/cm2
680mW/cm2
ANUJ61420C
260mW/cm2
190mW/cm2
Feedback control for stable UV irradiation
Each head provides feedback which enables stable UV irradiation by preventing degradation of UV intensity due to LED heating. This improves curing quality and prevents lamp heating and shortening of working life.
Precision adhesion for thermal distortion-less.
The 365 nm wavelength enables clear UV irradiation.The irradiation beam does not contain infrared rays, minimizing the temperature rise of workpieces. This is ideal for applications that require low temperature, high precision bonding with minimum thermal distortion, such as the assembly of thin plastic lenses.
The UV setting and actual UV irradiation value exhibit high linearity. This meakes setting easier and increases reliability.
Adjustment of light source intensity fluctuation
Since fluctuation in the intensity of individual light sources can be adjusted and calibrated, the slight irradiation intensity fluctuations during simultaneous irradiation are easily adjusted so improved UV curing quality can be attained.
Programmable irradiation controls distortion
Pattern irradiation (function for controlling distortion when curing resin) can be controlled for each head. Along with a reduction in thermal irradiation, it is ideal for applications that demand low-temperature, high-precision adhension.
20,000 hour lamp life
Estimated working life of 20,000 hours at 4,000mW/cm2 and 30,000 hours at 3,000mW/cm2(75% output) irradiation power.
Set output
Estimated lamp life
100%
20,000 hrs. at 4,000mW/cm2
75%
30,000 hrs. at 3,000mW/cm2
*
When used within the alarm temperature. These are not guaranteed values. (When using ANUJ61423)
LED method cuts running cost
The lamp had to be constantly lit with the lamp method, but with the LED method light source on/off control is instantaneous.
With a duty 1/5, irradiation time corresponds to about 100,000 times that of th lamp method (over 33 lamps worth). The cost and work involved in replacing lamps is greatly reduced.
Low power consumption (smallest in its class)
Low 70 VA power consumption and 100 to 240 VAC international power supply.
Separate irradiation keeps initial cost down
One controller can be used to individually control the UV irradiation on up to four porcesses. Previously, four separate controllers were necessary, but now, since one controller handles it all, initial costs can be reduced.
Interactive LCD with 4 languages (first in its class) (improved functionality)
The 2-color interactive LCD can now work in one of four languages (Japanese, English, Simplified Chinese, and Korean). Operation is easy and no manual is required.
Smallest head in the industry (smallest ins its class) (updated to become smallest)
The smallest head in its class has become even smaller. Having achieved a size of φ12-50L(mm), integration into equipment has become even easier. The lens at the tip, of course, is replaceable.
Easy cable manipulation
The lamp had to be constantly lit with the lamp method, but with the LED method light source on/off control is instantaneous.
Flexible cables are used that are designed taking into account repeated head movement. With a bending radius one third that of previous crystal fiber, bending limitations at the work site are reduced.
Fanless controller
An industry first when launched, the fanless design eliminates the need for exhaust processing and makes clean room installation simple. Furthermore, parts of limited life have been reduced for long term reliability.
Wiring method is easy (first in its class) (improved functionality)
Backward-compatible M3 screw terminal method employed. Furthermore, removable terminal blocks are used to facilitate implementation. The name of each terminal is indicated on the rear panel to prevent mistakes when connecting terminals.
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