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Linear Illumination Fiber Bundle SMA-FDP-DUVXZ-02
Fiber Cables & Bundles
Fiberock
Optical fiber material: High-temperature-resistant UV-resistant silica fiber
Connector Type: SMA905/FC/custom
Fiber core count: Multicore
Linear illumination bundles, or line sources, deliver light from one or more sources through fibers as elongated directional illumination. Industrial vision uses include automated inspection, surface-defect scanning, and edge detection. They emphasize contours or provide uniform camera backgrounds to reveal details, shapes, and irregularities. Clear line-generated shadows help determine positions/dimensions. Design considerations: 1. Uniform intensity along the full length for accurate recognition/measurement. 2. Directionality enhances contrast/shadows and features. 3. Size/configuration matches tasks; wider fields need longer sources. 4. Low-loss, high-transmission materials improve efficiency/stability. 5. Chemical, thermal, and physical durability for harsh conditions. 6. Heat management, especially high power. 7. Compatible sources, potentially requiring special coupling. 8. Adjustable brightness/focus. 9. Easy maintenance/replacement after source/bundle damage. 10. Cost optimization without sacrificing performance. 11. Simple reliable integration/mounting. 12. Appropriate IP protection for changing environments. Address these during design for effective stable illumination.
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Linear Illumination Fiber Bundle SMA-PI-UVXZ-02
Fiber Cables & Bundles
Fiberock
Optical fiber material: High-temperature-resistant UV silica fiber
Connector Type: SMA905/FC/custom
Fiber core count: Multicore
Linear illumination bundles, or line sources, deliver light from one or more sources through fibers as elongated directional illumination. Industrial vision uses include automated inspection, surface-defect scanning, and edge detection. They emphasize contours or provide uniform camera backgrounds to reveal details, shapes, and irregularities. Clear line-generated shadows help determine positions/dimensions. Design considerations: 1. Uniform intensity along the full length for accurate recognition/measurement. 2. Directionality enhances contrast/shadows and features. 3. Size/configuration matches tasks; wider fields need longer sources. 4. Low-loss, high-transmission materials improve efficiency/stability. 5. Chemical, thermal, and physical durability for harsh conditions. 6. Heat management, especially high power. 7. Compatible sources, potentially requiring special coupling. 8. Adjustable brightness/focus. 9. Easy maintenance/replacement after source/bundle damage. 10. Cost optimization without sacrificing performance. 11. Simple reliable integration/mounting. 12. Appropriate IP protection for changing environments. Address these during design for effective stable illumination.
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Linear Illumination Fiber Bundle SMA-PI-IRXZ-02
Fiber Cables & Bundles
Fiberock
Optical fiber material: High-temperature-resistant infrared silica fiber
Connector Type: SMA905/FC/custom
Fiber core count: Multicore
Linear illumination bundles, or line sources, deliver light from one or more sources through fibers as elongated directional illumination. Industrial vision uses include automated inspection, surface-defect scanning, and edge detection. They emphasize contours or provide uniform camera backgrounds to reveal details, shapes, and irregularities. Clear line-generated shadows help determine positions/dimensions. Design considerations: 1. Uniform intensity along the full length for accurate recognition/measurement. 2. Directionality enhances contrast/shadows and features. 3. Size/configuration matches tasks; wider fields need longer sources. 4. Low-loss, high-transmission materials improve efficiency/stability. 5. Chemical, thermal, and physical durability for harsh conditions. 6. Heat management, especially high power. 7. Compatible sources, potentially requiring special coupling. 8. Adjustable brightness/focus. 9. Easy maintenance/replacement after source/bundle damage. 10. Cost optimization without sacrificing performance. 11. Simple reliable integration/mounting. 12. Appropriate IP protection for changing environments. Address these during design for effective stable illumination.
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Linear Illumination Fiber Bundle SMA-POXZ-01
Fiber Cables & Bundles
Fiberock
Optical fiber material: Plastic Fiber
Connector Type: SMA905/FC/custom
Fiber core count: Single-core
Linear illumination bundles, or line sources, deliver light from one or more sources through fibers as elongated directional illumination. Industrial vision uses include automated inspection, surface-defect scanning, and edge detection. They emphasize contours or provide uniform camera backgrounds to reveal details, shapes, and irregularities. Clear line-generated shadows help determine positions/dimensions. Design considerations: 1. Uniform intensity along the full length for accurate recognition/measurement. 2. Directionality enhances contrast/shadows and features. 3. Size/configuration matches tasks; wider fields need longer sources. 4. Low-loss, high-transmission materials improve efficiency/stability. 5. Chemical, thermal, and physical durability for harsh conditions. 6. Heat management, especially high power. 7. Compatible sources, potentially requiring special coupling. 8. Adjustable brightness/focus. 9. Easy maintenance/replacement after source/bundle damage. 10. Cost optimization without sacrificing performance. 11. Simple reliable integration/mounting. 12. Appropriate IP protection for changing environments. Address these during design for effective stable illumination.
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Linear Illumination Fiber Bundle SMA-GFXZ-01
Fiber Cables & Bundles
Fiberock
Optical fiber material: Multicomponent Glass Fiber
Connector Type: SMA905/FC/custom
Fiber core count: Multicore
Linear illumination bundles, or line sources, deliver light from one or more sources through fibers as elongated directional illumination. Industrial vision uses include automated inspection, surface-defect scanning, and edge detection. They emphasize contours or provide uniform camera backgrounds to reveal details, shapes, and irregularities. Clear line-generated shadows help determine positions/dimensions. Design considerations: 1. Uniform intensity along the full length for accurate recognition/measurement. 2. Directionality enhances contrast/shadows and features. 3. Size/configuration matches tasks; wider fields need longer sources. 4. Low-loss, high-transmission materials improve efficiency/stability. 5. Chemical, thermal, and physical durability for harsh conditions. 6. Heat management, especially high power. 7. Compatible sources, potentially requiring special coupling. 8. Adjustable brightness/focus. 9. Easy maintenance/replacement after source/bundle damage. 10. Cost optimization without sacrificing performance. 11. Simple reliable integration/mounting. 12. Appropriate IP protection for changing environments. Address these during design for effective stable illumination.