Olympus IX81 Inverted Microscope

Advanced, fully motorized system for superior performance.

The IX81 is Olympus' most advanced motorized microscope, providing high standards of observation, measurement and functional operation. A V-shaped optical path, improved fluorescence illuminators and further expanded UIS optics provide excellent performance for research applications. A modular system of motorized accessories allows for complete customization to individual research needs. Multi-dimensional analyses can be performed automatically or even remotely via computer control. Additionally, the IX81 features numerous input and output ports allowing the use of several light sources and detectors. The IX81 is the optimum imaging platform for research and automation.

*Note: UIS optics: The original Olympus infinity-corrected optical system. This system expresses the superb Olympus optical technology, provides high resolution, high contrast images and the flexibility to meet current and future applications.

A flexible motorized platform for automated system solutions.

A selection of independent motorized units for convenient operation. All major microscope functions can be motorized, including focus, illumination, objectives and optical path selection. The motorized units for the IX81 can be operated via a remote handset or buttons on the microscope body. All controls are close to the operator's hand, maximizing user comfort while minimizing needed bench space.

Also accepts 32mm filters.

Computer control for routine and research applications. All motorized functions are also controllable via computer. Imaging software can be used to facilitate microscope operations ranging from routine to complex. Buttons on the microscope body and remote handset can be programmed for custom  operation.

High quality images meet the demands of advanced analytical applications.

New fluorescence accessories for improved sensitivity Improvements in the performance of the UIS optical system have resulted in sharper, clearer images. Two reflected light fluorescence illuminators are now available. l An L-shaped illuminator includes centerable aperture and field stops with convenient controls close    to the user. L-shape also permits the mounting of a large bodied camera to the back port. l A straight illuminator designed for maximum intensity provides the brightest possible images.

High quality images of living cells

The IX2-LWUCDA motorized universal condenser enables standard brightfield, phase contrast and DIC observations.  Three series of DIC prisms are available for optimum contrast enhancement with a wide variety of specimens. Standard prisms are best for most observations, while HighContrast (HC) prisms provide maximum  contrast for thin specimens, and High Resolution (HR) prisms provide maximum detail with thicker specimens.

Optimum images for Microinjection

Relief Contrast Condenser provides long working distance (W.D. 45mm) for injector access and a high numerical aperture (N.A. 0.5) for excellent images with plastic dishes. With a long working distance and high N.A. Phase contrast and DIC are also possible. Unique Relief Contrast objectives feature rotatable modulators for consistant shading for all magnifications.

Computer controlled multi-color and time-lapse applications

Motorized precise internal Z-drive, objective nosepiece and accessories allow multidimensional, multi-spectral imaging via a computer. A thermally and structurally stable frame design combine to create an ideal system for long term time-lapse and deconvolution observations.

Fully automatic confocal system to meet a wide range of needs

The Fluoview confocal scan unit can be attached to the back port, leaving ample space for manipulators and electrophysiological equipment. Combining the IX81 with the Fluoview FV500 provides a fully capable, multi-channel, motorized system. Both confocal and  fluorescence observation equipment can be attached simultaneously, and port changing  can be performed automatically.

* Special microscope body available for Fluoview