SingleShot Lens System
SingleShot Lens System
- Field of View: The system offers a significantly larger field of view, enabling faster object detection and increased throughput by capturing more of the sample in each image.
- Live Cell Observation: It allows for prolonged observation of live cell behavior while minimizing cell toxicity and photobleaching.
- Throughput Enhancement: The system increases throughput by eliminating the need for moving optics or stage adjustments, and avoids the necessity for software image stitching.
- Standard Objectives: The system includes lenses with varying effective focal lengths (EFL) and numerical apertures (NA), ranging from 160mm EFL with 0.093 NA to 53mm EFL with 0.271 NA.
- Distortion and Working Distance: Distortion ranges from 0.80% to 0.15%, with working distances from 50mm to 12mm.
- Wavelength Range: All lenses operate within a wavelength range of 445-655 nm.
- Life Sciences: Suitable for cell imaging, multi-well imaging, microfluidic device imaging, biomedical 3D measurements, and fluorescence microscopy.
- Industrial: Applicable in semiconductor defect inspection, flat panel display inspection, and general industrial inspection.
Catalog excerpts
SingleShot Lens System Modular fixed imaging lens system with exceptional performance over a larger field of view • • • • • • Use with large format 4/3”, 1.1” and 1” sensors Digital zoom using Pixelink Capture software Compatible with coaxial, ring light or Kohler illumination Modular fixed imaging system Much larger field of view Resolve ~1.24-3.59 microns FIELD OF VIEW MATRIX Lens System with Pixelink Camera ADDITIONAL LENS BENEFITS • Achieve a wider field of view to capture more of the sample with each image - enabling faster object detection and increasing throughput. • Keep a state of live cell behavior in sight for a longer observation time while reducing cell toxicity and photobleaching. OBJECTIVE LENS SPECIFICATION TABLE STANDARD OBJECTIVES 160 mm Tube Lens • Easily see panoramic images over larger field of view. • Increase throughput by eliminating the need to move optics or the stage and waiting for the software to stitch images together.
Open the catalog to page 1
LIFE SCIENCE and INDUSTRIAL APPLICATIONS that can benefit from a wider FOV Life Science • cell imaging • multi-well imaging • microfluidic device imaging • biomedical 3D measurements • fluorescence microscopy Industrial • semiconductor defect inspection • flat panel display inspection • industrial inspection SingleShot™ Wide FOV Imaging System Diagram Super Wide Field of View Objective Lens System 1-80372 SPLIT CLAMP ASS'Y, Ø76mm 1-290419 110mm EFL, 0.14NA LENS COAXIAL ILLUMINATION OPTIONS FIBER INPUT OPTIONS: 1-81408 Ø8mm FIBER 1-81410 Ø10mm FIBER 1-81412 Ø12mm FIBER FIBER LIGHT INPUT ADJUSTABLE...
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