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Overview

	Our optics form the backbone of many types of scientific imaging and analytical products manufactured all over the world. Companies developing innovative life science and industrial instruments rely on Olympus because of our experience, reputation for quality, and commitment to helping them deliver high-quality products to their customers. Trust our experts to help your equipment designers integrate Olympus components into your equipment. Get in touch

Our optics form the backbone of many types of scientific imaging and analytical products manufactured all over the world. Companies developing innovative life science and industrial instruments rely on Olympus because of our experience, reputation for quality, and commitment to helping them deliver high-quality products to their customers. Trust our experts to help your equipment designers integrate Olympus components into your equipment.

Get in touch

Technical Support from Development to Manufacture

From product development through integration and manufacture, our technical support team assists equipment designers and manufacturers worldwide within the industrial and life science markets. Our technical teams are locally based and work closely with our R&D and manufacturing teams to quickly handle your requests and provide ongoing support throughout all project phases.

Our experts will help you select the right components and provide you with technical data, such as dimensions and transmittance values to accelerate your time to market. We’ll work with you to select objectives to maximize your product’s overall performance.

And once your product is ready to be manufactured, our component team coordinates with our factory so you know your components will arrive when you expect them, keeping schedules on time.

Flexible Supply Chain Management

Olympus' dedicated component team works closely with our factory personnel so that manufacturers know that Olympus product will be on their dock when they expect it to be, keeping production and development schedules on time.

Simple Integration Modular Design Our components’ modular design makes it easy to integrate them with other optical-mechanical systems, saving time and money on project development. Infinity-Corrected Optics Olympus' infinity-corrected optics make it easier to add or remove intermediate components in the parallel rays between the objective and the tube lens. Users can freely add prisms and sliders without affecting optical performance, something finite optical systems cannot offer. All Olympus objectives have a 45 mm parfocal length with standardized threads, and the focal length of the tube lens is only 180 mm, enabling compact integration into custom assemblies.

Simple Integration

Modular Design

Our components’ modular design makes it easy to integrate them with other optical-mechanical systems, saving time and money on project development.

Infinity-Corrected Optics

Olympus' infinity-corrected optics make it easier to add or remove intermediate components in the parallel rays between the objective and the tube lens. Users can freely add prisms and sliders without affecting optical performance, something finite optical systems cannot offer. All Olympus objectives have a 45 mm parfocal length with standardized threads, and the focal length of the tube lens is only 180 mm, enabling compact integration into custom assemblies.

Infinity-Corrected Optics

	Dimensions of Olympus Optical Systems The separation distance between the tube lens and objective lens in our optical components ranges between 50–170 mm to maintain performance without affecting illumination uniformity and image quality. _{*Dimensions of the Olympus nosepieces and illuminators, where illumination performance is maximized.}

Dimensions of Olympus Optical Systems

The separation distance between the tube lens and objective lens in our optical components ranges between 50–170 mm to maintain performance without affecting illumination uniformity and image quality.

_{*Dimensions of the Olympus nosepieces and illuminators, where illumination performance is maximized.}