Trinocular Laboratory Microscope | Infinity Plan | LED

An Infinity Plan objective corrects for both color aberration and field curvature using parallel light rays. It provides edge-to-edge sharpness across the entire field of view, making it the top standard for clinical and research microscopes that use digital cameras.

Standard achromatic objectives focus the center of the image perfectly but the edges can appear blurry. Infinity Plan objectives use highly complex internal lenses to completely flatten the image field, ensuring the very edges are just as sharp as the center, which is critical for photography.

Infinity optical systems project light rays in parallel between the objective and the tube lens. This creates a space where auxiliary components—like phase contrast rings, polarizers, or beamsplitters for a trinocular head—can be inserted without degrading the image focus or changing magnification.

Flat field imaging means the lens has been geometrically corrected so that your entire specimen is in focus simultaneously. When you look through the eyepiece or capture a photo via the C-mount, the image does not warp or curve at the margins.

A Seidentopf head lets you adjust the interpupillary distance (the distance between your eyes) by rotating the optical tubes up or down on an axis. Doing this does not alter the microscope's focal length, keeping your sample in perfect focus. The "trinocular" aspect means it includes a third vertical port for a camera.

WF stands for Wide Field. It magnifies the image 10 times and provides an expansive 22mm field of view. A 22mm FOV is considered "extra-wide" and allows you to see significantly more of the specimen at once compared to standard 18mm eyepieces.

The Abbe condenser gathers and concentrates the light from the LED source onto the specimen. An NA (Numerical Aperture) of 1.25 matches the high NA of a 100x oil immersion objective, ensuring maximum resolution and image brightness at 1000x magnification.

LED illumination provides a bright, pure white light that does not generate excess heat, protecting live specimens from thermal damage. LEDs also last up to 50,000 hours, eliminating the need for frequent bulb replacements common with halogen setups.

The dedicated third port features a standard C-Mount thread. It is used to securely attach digital microscope cameras, HDMI cameras, or Android tablet camera systems for live streaming, taking photos, and recording video for clinical diagnostics.

These highly advanced microscopes are utilized in top university research labs, clinical diagnostic centers, pharmaceutical testing facilities, pathology departments, and biotechnology institutes across India that require flawless digital image logging.

The Infinity plan trinocular microscope price India depends on specific bulk requirements and whether you are adding a digital camera package. Please request a quote using our contact form for the best B2B pricing and PAN India delivery.

A binocular microscope has two eyepieces for direct, ergonomic viewing. A trinocular microscope has the exact same two eyepieces, plus an integrated third vertical viewing tube specifically designed to mount a digital camera or display screen.

Both provide flat fields, but an "Infinity" Plan objective utilizes a parallel light path. This allows for better long-term resolution and the ability to insert modular components (like phase contrast rings) without distorting the image.

Yes, absolutely. Because of the modular infinity-corrected structure design, you can simply purchase our trinocular laboratory microscope for phase contrast upgrade kit to enable advanced biological viewing.

Simply remove the dust cap on the third vertical port, insert the included C-mount camera adapter, and screw on your digital USB, HDMI, or tablet microscope camera. It is a plug-and-play process.