InGaAs detectorresponse curve

Fig. 1 | Nikon’s microscopy catalog includes more than 150 objective lenses for biological and industrial applications. All CFI60 and CFI75 objectives are restriction of hazardous substances (RoHS)-certified. RoHS, Restriction of Hazardous Substances.

When a customer chooses Nikon for their OEM needs, they gain a partnership. Nikon recognizes that, in addition to performance, the value of a system relies on the quality of the team that supports it.

InGaAscamera

Nikon is a leader in the development and manufacture of optics, imaging, and microscopy products. With more than 100 years of experience in driving advances in optical technology, Nikon is committed to accelerating innovation in research, clinical imaging, and biotechnology. To realize its vision to unlock the future with the power of light, Nikon provides complete original equipment manufacturer (OEM) solutions for its business partners and their imaging systems.

Nikon has a large team of dedicated engineers and staff to support the imaging needs of new and existing OEM customers. Technical expertise and support are available during the optics evaluation phase as well as at the time of manufacture. Nikon’s flexible shipment scheduling ensures purchases are delivered in time for sensitive manufacturing deadlines. Every division of the company is committed to prioritizing environmental and societal sustainability for its optical technologies.

InGaAs detectorspectral response

Standing behind the quality of its products, Nikon provides the technical expertise needed to support every stage of a product’s life cycle, from the design phase through production. If a system requires a custom imaging solution, Nikon’s team of optical design engineers will collaborate with the customer to develop custom components and optical assemblies.

• the CFI90 and CFI75 objectives, designed for deep imaging of cleared tissues by providing a large FOV, high NA, ultra-long WD, and protective ceramic tip; and

• the CFI Plan Apo VC series, which supports confocal and fluorescence imaging by extending chromatic aberration correction and transmission efficacy to the violet range;

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Nikon provides a large range of microscopy components to satisfy diverse optical requirements. Through their modular design, they can be easily incorporated into an imaging system. Nikon’s optics are designed and manufactured with unrivaled imaging aberration corrections and transmission efficacy, enabling systems to image at tight technical specifications.

Ingaas detectorworking principle

For more demanding applications, Judson's team of engineers will provide custom design services. Please contact us with your special requirements.

These arrays are mounted in the Judson "40P" package, a 40 pin, dual-in-line package with glass window. Pins 1 and 21 are connected to the common substrate. Elements of the 16-element array are connected to pins 23-38. The 32-element array is mounted with odd-numbered elements connected to pins 3-18 and even-numbered elements connected to pins 23-38. The gap between elements is 0.01mm.

InGaAsphotodiode array

Ingaas detectorprice

• the CFI SR and CFI HP series, which enable super resolution imaging—the former utilizes optics with the lowest possible asymmetric aberration and the latter is optimized for high-intensity pulsed laser transmission. The Nikon website features an interactive objective selector to easily compare objective specifications, features, and recommended applications.

Teledyne Judson Technologies (TJT) is a global leader for IR sensors from the Visible to VLWIR spectrum. Two dimensional focal plane arrays (InGaAs, InSb, and MCT) and ​Integrated Dewar Cooler Assemblies (IDCAs) complement our single element infrared detector portfolio​​​​​.

• the CFI S Plan Fluor series, which supports fluorescence and brightfield imaging by combining high NAs, long WDs, and peak transmission efficacy—the large FOVs and image flatness maximize throughput for high-content scanning applications;

• the CFI Plan Apochromat λ series, which features chromatic aberration correction over a wide wavelength range, superior image flatness, and Nikon’s exclusive Nano Crystal Coat technology for high optical transmission through the multiple lens elements;

Nikon was first established as an optics company, and remains the only microscopy manufacturer to formulate glass for its imaging products. Vertically integrated manufacturing and uncompromising quality standards enable Nikon to produce components that meet narrow tolerances with reliable, longlasting stability. Significant technological advances to support digital imaging and analysis have resulted in additional specialized objectives with enhanced optical quality and functionality. Today, Nikon’s objectives continue to provide exceptional clarity and resolution to enable cutting-edge research and technologies.

InGaAs detectorwavelength range

Judson's NIR arrays have a parallel output format with common substrate and one pinout for each element. This format allows for independent readings from each channel.

To support diverse imaging applications and requirements, Nikon provides a staggering range of objectives to choose from. Technical imaging specifications, such as the magnification, numerical aperture (NA), field of view (FOV), working distance (WD), depth of focus, and aberration correction, should be prioritized for the desired application. Additional functionality, such as a correction ring, ceramic tip, integrated phase ring or iris, or retraction stopper, is also available with certain objectives designed for particular applications.

Michelle N. Adan, National OEM Manager, Nikon Instruments, Inc., Melville, NY, USA, Tel: +1-631-547-8500, Website: www.microscope.healthcare.nikon.com/products/oem

Nikon offers a wide range of components of the highest standard—from design to manufacture—to fulfill almost any optical requirement for any life sciences application. In particular, Nikon leverages its glass and optical manufacturing facilities to develop precision-crafted objective lenses (Fig. 1), the most important element in an optical train.