Custom Designed High N.A. Objectives 55-S10-3 1030nm
Description
Special Optics objective lens designs are driven by our customers requirements and applications. Innovative ideas and unconventional solutions developed by OEM instrument makers and the research community cannot be supported by commercial off-the-shelf microscope objectives.
We support customers pushing the limits of microscopy in life science research, life science OEM instruments, semiconductor, light sheet microscopy, two-photon, multiphoton and physical science research. Our expertise is designing multi-element high NA precision assemblies with diffraction limited performance as well as objectives for single wavelength sampling with modest resolution demands requiring commercial tolerance assembly techniques.
Custom Designed High N.A. Objectives 55-S10-3 1030nm
Specifications |
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|---|---|
| Accessory Type: | Lenses |
| Illumination Type: | NA |
| Special Features: | N/A |
| Application/Field Of Study: | Biological, Educational, Industrial |
Features
- TIRF objectives with top numerical apertures
- High transmission (~350 nm) for laser microdissection
- Special objectives for patch-clamp applications on vital brain sections allowing measurements of individual ion channels using an inert dip-in objective
- Infrared-optimized multiphoton objectives for imaging deep neuronal tissue sections
- Water, glycerol, oil and multi-immersion objectives with correct refraction index for the sample medium and aberration-free imaging of thicker samples
For pricing, technical or any other questions please contact the supplier
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- No markups, no fees
- Direct contact with supplier
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United States
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Frequently Asked Questions
Special Optics objective lenses are used for pushing the limits of microscopy in life science research, life science OEM instruments, semiconductor, light sheet microscopy, two-photon, multiphoton and physical science research.
Special Optics objective lenses have TIRF objectives with top numerical apertures, high transmission for laser microdissection, special objectives for patch-clamp applications on vital brain sections, infrared-optimized multiphoton objectives for imaging deep neuronal tissue sections, and water, glycerol, oil and multi-immersion objectives with correct refraction index for the sample medium and aberration-free imaging of thicker samples.
Special Optics has optical design experts who discuss the specifications and develop an optical design to meet the customer's needs. Mechanical design is also considered. Lens polishing and generating is done in their state-of-the-art facility. Expert lens assembly in their Class 1000 clean space can range from commercial to ultra precision quality depending on the performance of the design. Final testing of objective assemblies using interferometers or their custom Shack Hartann wavefront sensing metrology is deployed so they can deliver test data with every lens.
Special Optics has expertise in designing multi-element high NA precision assemblies with diffraction limited performance as well as objectives for single wavelength sampling with modest resolution demands requiring commercial tolerance assembly techniques.
Choosing a custom objective lens can mitigate risk, improve quality, meet exact specifications, enhance competitive advantage/business return, ensure manufacturing consistency, provide on-time delivery/availability, offer warranty/product support, and provide optical design data for system modeling.