Visible / NIR transmission
Optical transmission is designed for visible-light and NIR fluorescence imaging requirements.
LAPAROSCOPY / FLUORESCENCE
ICG Fluorescence Laparoscope
10 mm rigid laparoscopes designed for white-light and NIR fluorescence imaging in ICG-enabled endoscopy systems.
Parfocal optical design helps maintain a common focus plane when switching between white-light and fluorescence imaging modes.
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Product overview
30° visual reference.
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Single product perspective
30° visual reference.
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Alternate product perspective
30° visual reference.
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Proximal body detail
30° visual reference.
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Eyepiece detail
30° visual reference.
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Light-guide interface detail
30° visual reference.
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Distal beveled tip detail
30° visual reference.
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Shaft profile detail
30° visual reference.
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Optical components concept
Separate illustrative optics · Not an internal assembly or manufacturing section.
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Product context
Optical performance across white-light and fluorescence modes.
The ICG fluorescence laparoscope is designed as the optical component within an ICG-enabled endoscopy imaging chain.
Visible and NIR optical paths are designed around a common focus plane to support smoother switching between white-light and fluorescence imaging modes.
Final fluorescence performance depends on the complete system, including the rigid scope, illumination, camera and imaging platform.
Models / Specifications
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All dimensions in millimetres. On smaller screens, scroll the table horizontally.
| Model | Configuration | Diameter | Working length | Direction of view | Mode |
|---|---|---|---|---|---|
| A11000 | Standard | 10 mm | 340 mm | 0° | Fluorescence |
| A11030 | Standard | 10 mm | 340 mm | 30° | Fluorescence |
| A11000L | Extended | 10 mm | 440 mm | 0° | Fluorescence |
| A11030L | Extended | 10 mm | 440 mm | 30° | Fluorescence |
Direction of view is not field of view.
Optical characteristics
Optical performance for the imaging chain.
Image quality is influenced by the rigid scope, camera, light source and imaging platform as a complete imaging chain.
Designed for use within ICG-enabled fluorescence endoscopy systems.
ICG (Indocyanine Green) fluorescence imaging is used in minimally invasive surgery to visualize fluorescence information alongside conventional white-light anatomy.
Parfocal imaging
Visible and NIR optical paths are designed around a common focus plane to minimize focus shift between imaging modes.
Low-distortion optics
Aspheric optical design supports geometric consistency across the field of view.
System-level evaluation
Final fluorescence performance depends on the complete imaging chain, including the scope, camera, illumination and image-processing platform.
Documentation
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Product data and available documentation can be discussed for the selected model and target market.
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