Ring Lights |
1 |
Arrangement of LEDs with high precision in an umbrella shape. Unusually bright quantities of light can be obtained due to focused direction onto the center. |
2 |
Low-cost version; has provided a compact size and high performance using a flat base. |
Low-Angle Ring Lights |
1 |
Edges and scratches are brought to the fore by radiating from a low angle. |
2 |
Edges and scratches are brought to the by radiating from a low angle. This has one row of LEDs mounted right beside each other. Lower angle radiation is possible |
Bar Lights |
1 |
Varied radiation is possible depending on the use. 6 types of lengths can be selected as standard illumination to match work. Width and length are changed with custom orders. |
2 |
4 units for line illumination to match the use/application. Adjustment to respective angles is possible. Corresponds to various applications. |
Flat Ring Lights |
1 |
Shell-shaped LEDs mounted with high precision. Brightest backlight. |
2 |
Allows uniform radiation of the target without producing a shadow by radiating light at every angle from a conical light-generating surface. |
Low-Angle Ring/Square Lights |
1 |
Can radiate uniform diffused light from a low angle. Particularly effective with round work. |
2 |
Light generation without unevenness radiated in every direction. A high-intensity type of diffused light illumination. Allows shadowless radiation in applications with fast checking speeds as well. |
Dome Lights |
1 |
Light generation without unevenness radiated in every direction. A high-intensity type of diffused light illumination. Allows shadowless radiation in applications with fast checking speeds as well. |
Flat Lights |
1 |
Shell-shaped LEDs mounted with high precision. Brightest backlight. |
2 |
Chip LEDs mounted with high precision. Low-heat generating, uniform, and compact. |
3 |
Radiates faint uniform light through mounting of LEDs in the vicinity of the conducting plate. Provides an extremely thin design. |
Coaxial Lights/Line Lights with Coaxial System |
1 |
Popular concentric illumination. Can be used in various applications. Best suited for scratch and dent checks on highly reflective surfaces in particular. |
2 |
Miniature concentric illumination. Best suited for instances when work is small and the illumination installation space is limited. |
3 |
Built-in lens coaxial lighting system. The f50mm lens offers complete ease of using. |
4 |
Concentric illumination developed for line sensors. Besides line sensors, it is best suited for detection of scratches, dents and marks on highly reflective curved surfaces. |
Line Lights |
1 |
Developed for line sensors. Illuminates with a high degree of uniformity using chip LEDs. |
2 |
Condenses to a straight ray shape via a cylindrical lens. Produces high-intensity line light. |
Coaxial Lights |
1 |
Optical unit with parallel light. Best suited for detection of fine scratches, dents, and marks that cannot be seen with concentric illumination. |
2 |
Optical unit with parallel light. Accurate edge detection is possible without light encroachment for lustrous work with a curved surface as well due to use from backlighting. |
Illumination Systems for Various Applications |
1 |
Second-generation, high-luminosity spotlights provide brighter, more uniform lighting. |
2 |
Straight type for the micro-fiber head series. Allows substitution with existing halogen fiber. |
3 |
High-intensity ring type of micro-fiber head. Brightness can also be 50W halogen MAX of 5x via original condensing technology! |
4 |
Untipped version. Connects to our firm's fiber head and provides radiated light in various forms. |
5 |
Provides full-color illumination via 3-color light in RGB. Allows full color in various forms of radiation via connection to our firm's fiber head. |
6 |
Spot illumination used in a wide variety of uses. Substitution with fiber light guides is also possible because the concentric lens is inserted as-is. |
7 |
High luminance spot lights. Suited for limited and long working distance from 300mm to 500mm, with compact design-Ø41mm diameter housing. |