Product : SP-9 UV Spot-cure Series
Spot-Cure Series – Spot UV Curing Equipment
The latest model of the Spot-Cure Series, the SP-9, features optical system technologies that we have developed over approximately 30 years.
A low-attenuation lamp with a high power of 250W enables an input of 200W. The unit can be installed in both vertical and horizontal positions, with an emphasis on usability. This is an environmentally friendly system designed to minimize environmental impact. The deep UV lamp is used as the light source, and the unit features a wide range of options, such as lenses and units, in accordance with status of the lines and workpieces.
Characteristics
Lamp power switch function
The unit is equipped with a function to switch lamp power (200W/250W) to increase the degree of freedom for the irradiance setting. If high illumination is unnecessary, switching to 200W reduces power consumption by approximately 20% compared to the 250W setting.
Environmental friendliness
All PC boards in the SP-9 are free of lead. User manuals (in Japanese, English and Chinese) are also distributed on CD-ROM.
Lamp replaceable from either side
It is possible to replace a lamp from either the left or right side of the cabinet. This facilitates replacement without the need to move the cabinet.
Pursuit of usability
The operator panel on the SP-9 has been improved from the flat panel on the SP-7 to increase user friendliness. In addition, the feature that allows installation of the unit in either a vertical or horizontal position has proven popular among users and has been retained in this unit as well. This feature also enables the unit to be easily relocated from its installation site.
Operable at any voltage
The SP-9 automatically handles input voltages ranging from AC90V to 264V. No modification or switching is required when the unit is used overseas.
Spectral irradiance
Spectral absorption of each filter
Major Applications
-Adhesion of the light pick-up lens
-Adhesion of each lens
-Adhesion of other electronic components
-Adhesion of optical communication components
-For medical applications
-Research purposes