Inverted Biological Microscopes | Biological Microscope

Olympus CKX31 - inverted microscope for routine laboratory applications

Olympus CKX31 Compact inverted microscope for routine use

Key Features:
Suitable for brightfield, phase contrast and relief contrast observations
UIS2 Advanced optical system
Multifunctional stages
Easy operation and transport
Very best in it’s class of microscopes

The Olympus CKX31 is a low-cost inverted microscope with a fixed binocular observation tube that delivers high optical performance together with convenient operation. It accommodates a wide variety of special cell culture and imaging needs making it ideal for cell culture in clean benches and simple micromanipulation.

Raising the standard
The new UIS2 PlanCN Series of objectives replaces the UIS Achromat objectives as the standard for this microscope. Benefit from the plan correction over the complete field of view for efficient observation and documentation.

Ergonomic
The optional tilting binocular tube reduces neck strain, and the low positioning of stage handle, focus knob, and frontal light control make long term use comfortable.

Easy Contrast
Speed up your microscopic work with the precentered phase contrast, because you can visualise your specimen under different magnifications without time-consuming adjustments.

Easy 3D
Increase visibility and contrast with relief contrast in living and unstained material particularly when plastic cell culture vessels are used. The relief contrast technique creates apparent three-dimensional images for easy cell viability checks.

Documentation
Olympus Camedia Cameras can be adapted via the optional eyesleeve adapter. Transfer data via USB to a PC or use the optional available combination of frame grabber and DP-Soft software for easy data archiving and image processing.

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Published in Olympus Microscopes

Olympus CKX41 - inverted laboratory microscope with trinocular tube for documentation

Olympus CKX41 - The compact inverted microscope for routine use

Key Features:
Suitable for brightfield, phase contrast and relief contrast observations
Enhanced image clarity
Outstanding flat images
Cost-effective

The Olympus CKX41 is an inverted microscope with tilting and trinocular head options and fluorescence upgrade capability for more advanced techniques including GFP and other fluorescence applications. High performance optics produce images that are outstanding in contrast and resolution.

Raising the standard
The new UIS2 PlanCN Series of objectives replaces the UIS Achromat objectives as the standard for this microscope. Benefit from the plan correction over the complete field of view for efficient observation and documentation.

Ergonomic
The optional tilting binocular tube reduces neck strain and the low positioning of stage handle, focus knob, and frontal light control make long term use comfortable.

Easy contrast
Speed up your microscopic work with the precentered phase contrast, because you can visualise your specimen under different magnifications without time-consuming adjustments.

Easy 3D
Increase visibility and contrast with relief contrast in living and unstained material particularly when plastic cell culture vessels are used. The relief contrast technique creates apparent three-dimensional images for easy cell viability checks.

Cost effective fluorescence
Fluorescence labeling methods find more and more their way in routine observations. Olympus offers for this promising methods a cost-effective 50 Watt Mercury illumination system suitable for fluorescence and GFP observations.

Documentation and analysis
Olympus digital cameras can be adapted via the optional available trinocular tubes. Choose the camera model which fits best your needs. Add one of our software packages ranging from easy archiving up to thorough analysis and reporting of your data.

Published in Olympus Microscopes

Olympus IX51 inverted routine microscope

Olympus IX51 inverted biological microscope

Key Features:
Easy, convenient operation
Superb UIS2 optics
Slim and compact design saves space
Suitable for a large variety of applications

The Olympus IX51 is designed for many routine and research applications including advanced fluorescence techniques, phase contrast, relief contrast and Nomarski/DIC. The slim frame enables easy attachment of multiple accessories for cell culture and imaging applications. Excellent optical performance and mechanical quality have been combined into a microscope system of outstanding value.

UIS2 - making the invisible visible
The new milestone in optical evolution - UIS2. See what you never saw before and protect your cells against harmful radiation. Superb signal to noise performance and enhanced spectral range deliver maximum signal with minimum excitation power. And the once more improved chromatic aberration correction guarantees highest colour fidelity.

Slim and Rigid
Reduced to the Max without any compromise for stability. The IX2 inverted research frames are unsurpassed in compactness with concurrent rocklike stability.

Fluorescence
Olympus fluorescence illumination combined with Olympus high definition ion coated filters. Highest signal to noise performance incorporating the wavelength accuracy, edge steepness and low autofluorescence of the UIS2 HQ-fluorescence-filters offer the potential for new discoveries. Innovative fluorescence detection methods like total internal reflection fluorescence (TIRF) and the disc scanning confocal unit (DSU) expand your view to surface phenomena (TIRF) and produce life 3D images (DSU).

Contrast tailored to your needs
With the flexible and new UIS2 DIC system you can adjust the contrast to your needs. From thin to thick specimen you will surely find the right contrast in every required magnification. The Olympus Relief Contrast delivers clear 3D-like images for accurate and easy manipulation across all magnifications with optimised visualisation of cellular membranes.

Modular Motorisation
Motorisation is essential for full process automation. The Olympus modular motorisation concept allows you to choose the automation level depending on your requirements. Motorised modules for IX81 and the manual IX51/71microscopes include fluorescence and transmitted light condensers, filterwheels for illumination and observation light paths, shutters and stages. Everything controlled by a convenient hand switch or by our imaging software.

System Solutions
No matter if you just would like to archive your images, analyse multistained specimens or run automated experiments etc., the familiy of Olympus Imaging software packages has the right solution ready for you. From basic packages up to highly integrated solutions for imaging, microdissection, high content screening and more. Our field- and in-house specialists support you in finding the best solution.

Published in Olympus Microscopes

Olympus IX71 - inverted research microscope

Olympus IX71 for versatile routine work and research

Key Features:
Improved fluorescence illuminator, CoolLED compatible
V-shaped optical path for brighter primary images
Exceptional ease of use and comfort
System versatility

The Olympus IX71 is an advanced inverted microscope system for cell imaging, the Olympus IX71 has a unique two-tiered multi-port design for maximum flexibility. Superb fluorescence, DIC, phase contrast and Olympus Relief Contrast modes are available. The microscope sets new standards in inverted microscopy with its stable compact frame and outstanding optical performance.

UIS2 - making the invisible visible
The new milestone in optical evolution - UIS2. See what you never saw before and protect your cells against harmful radiation. Superb signal to noise performance and enhanced spectral range deliver maximum signal with minimum excitation power. And the once more improved chromatic aberration correction guarantees highest colour fidelity.

Slim and Rigid
Reduced to the Max without any compromise for stability. The IX2 inverted research frames are unsurpassed in compactness with concurrent rocklike stability.

Multiport Concept
No other microscope system offers you greater flexibility. The IX71/IX81 frames are equipped with several illumination and detection ports, with your specific port configurations for each microscope being possible.

Fluorescence
Olympus fluorescence illumination combined with Olympus high definition ion coated filters. Highest signal to noise performance incorporating the wavelength accuracy, edge steepness and low autofluorescence of the UIS2 HQ-fluorescence-filters offer the potential for new discoveries. Innovative fluorescence detection methods like total internal reflection fluorescence (TIRF) and the disc scanning confocal unit (DSU) expand your view to surface phenomena (TIRF) and produce life 3D images (DSU).

Contrast tailored to your needs
With the flexible and new UIS2 DIC system you can adjust the contrast to your needs. From thin to thick specimen you will surely find the right contrast in every required magnification. The Olympus Relief Contrast delivers clear 3D-like images for accurate and easy manipulation across all magnifications with optimised visualisation of cellular membranes.

Modular Motorisation
Motorisation is essential for full process automation. The Olympus modular motorisation concept allows you to choose the automation level depending on your requirements. Motorised modules for IX81 and the manual IX51/71microscopes include fluorescence and transmitted light condensers, filterwheels for illumination and observation light paths, shutters and stages. Everything controlled by a convenient hand switch or by our imaging software.

System Solutions
No matter if you just would like to archive your images, analyse multistained specimens or run automated experiments etc., the familiy of Olympus Imaging software packages has the right solution ready for you. From basic packages up to highly integrated solutions for imaging, microdissection, high content screening and more. Our field- and in-house specialists support you in finding the best solution.

Published in Olympus Microscopes

Olympus IX81 inverted research microscope

Olympus IX81 - for fully motorised advanced microscopy

Key Features:
Flexible platform for automated solutions
Fully automated platform for live cell imaging
Primary images can be obtained from all four camera ports simultaneously
Complete customisation for individual needs
Accepts CoolLED fluorescence excitation modules
Independent motorised units
Provided with powerful software

The Olympus IX81 provides the highest standards of observation and functional operation as well as the performance required for accurate research applications. The motorised system has the flexibility to be readily adapted to different research purposes and provides excellent performance in imaging, analysis and manipulation. Applications include brightfield, phase contrast, Nomarski/DIC and fluorescence.

UIS2 - making the invisible visible
The new milestone in optical evolution - UIS2. See what you never saw before and protect your cells against harmful radiation. Superb signal to noise performance and enhanced spectral range deliver maximum signal with minimum excitation power. And the once more improved chromatic aberration correction guarantees highest colour fidelity.

Slim and Rigid
Reduced to the Max without any compromise for stability. The IX2 inverted research frames are unsurpassed in compactness with concurrent rocklike stability.

Multiport Concept
No other microscope system offers you greater flexibility. The IX71/IX81 frames are equipped with several illumination and detection ports, with your specific port configurations for each microscope being possible.

Fluorescence
Olympus fluorescence illumination combined with Olympus high definition ion coated filters. Highest signal to noise performance incorporating the wavelength accuracy, edge steepness and low autofluorescence of the UIS2 HQ-fluorescence-filters offer the potential for new discoveries. Innovative fluorescence detection methods like total internal reflection fluorescence (TIRF) and the disc scanning confocal unit (DSU) expand your view to surface phenomena (TIRF) and produce life 3D images (DSU).

Contrast tailored to your needs
With the flexible and new UIS2 DIC system you can adjust the contrast to your needs. From thin to thick specimen you will surely find the right contrast in every required magnification. The Olympus Relief Contrast delivers clear 3D-like images for accurate and easy manipulation across all magnifications with optimised visualisation of cellular membranes.

Modular Motorisation
Motorisation is essential for full process automation. The Olympus modular motorisation concept allows you to choose the automation level depending on your requirements. Motorised modules for IX81 and the manual IX51/71microscopes include fluorescence and transmitted light condensers, filterwheels for illumination and observation light paths, shutters and stages. Everything controlled by a convenient hand switch or by our imaging software.

System Solutions
No matter if you just would like to archive your images, analyse multistained specimens or run automated experiments etc., the familiy of Olympus Imaging software packages has the right solution ready for you. From basic packages up to highly integrated solutions for imaging, microdissection, high content screening and more. Our field- and in-house specialists support you in finding the best solution.

Published in Olympus Microscopes

Olympus IX81 ZDC2 Z drift compensation system

Key Features
Flexible platform for automated solutions
Integrated laser-based Z-drift compensation system
Continuous and ‘One-shot’ drift compensation mode
Compatable with CoolLED fluorescence excitation systems
Independent motorised units
Provided with powerful software

Z-Drift Compensation – keeping your research in focus
The new laser-based Z-drift compensator (ZDC2) ensures that your samples are always in focus, providing the sharpest images possible. The system features two working modes – continuous and ‘one-shot’ which enable the completion of any time-lapse experiments. The ZDC2 continually monitors the distance between the objective lens and the sample surface, thus maintaining accurate focus during even the fastest time-lapse experiments. In contrast, the ‘one-shot’ mode facilitates applications requiring multiple focal positions. Providing superior speed, accuracy and flexibility, the ZDC2 Z-Drift compensation microscope system is perfect for any live-cell imaging, maintaining optimal focus image after image, regardless of experiment length or complexity.

UIS2 - making the invisible visible
The new milestone in optical evolution - UIS2. See what you never saw before and protect your cells against harmful radiation. Superb signal to noise performance and enhanced spectral range deliver maximum signal with minimum excitation power. And the once more improved chromatic aberration correction guarantees highest colour fidelity.

Slim and Rigid
Reduced to the Max without any compromise for stability. The IX2 inverted research frames are unsurpassed in compactness with concurrent rocklike stability.

Fluorescence
Olympus fluorescence illumination combined with Olympus high definition ion coated filters. Highest signal to noise performance incorporating the wavelength accuracy, edge steepness and low autofluorescence of the UIS2 HQ-fluorescence-filters offer the potential for new discoveries. Innovative fluorescence detection methods like total internal reflection fluorescence (TIRF) and the disc scanning confocal unit (DSU) expand your view to surface phenomena (TIRF) and produce life 3D images (DSU).

Modular Motorisation
Motorisation is essential for full process automation. The Olympus modular motorisation concept allows you to choose the automation level depending on your requirements. The fully automatable IX81 comes with integrated motorised high-precision Z-drive, motorised nosepiece, motorised lightpath changer and programmable frame keys. Motorised modules for IX81 and the manual IX51/71microscopes include fluorescence and transmitted light condensers, filterwheels for illumination and observation light paths, shutters and stages. Everything controlled by a convenient hand switch or by our imaging software.

System Solutions
No matter if you just would like to archive your images, analyse multistained specimens or run automated experiments etc., the family of Olympus Imaging software packages has the right solution ready for you. From basic packages up to highly integrated solutions for imaging, microdissection, high content screening and more. Our field- and in-house specialists support you in finding the best solution.

Published in Olympus Microscopes

Motic AE20 inverted microscope

Motic AE20 - Established to bring inverted microscopy to levels of routine clinical preparation, the AE20's functionality exceeds the expectations of a basic inverted microscope.

Key Features:
CCIS optics
Field flatness up to F.N. 20
ELWD 0.30 N.A. condenser [WD=72mm]
Low-positioned focus controls
2 m minimum increments
Optional Phase constrast observation

The Motic AE20 is a fantastic inverted microscope and is not a stripped down version of its more powerful brother, AE30/31. The Motic AE20 is an inverted microscope equipped with the functions typically used by routine clinical preparation, instead of saddling the user with unused accessories and a heavy financial burden.

Equipped standard with the Colour Corrected Infinity Optical System [CCIS®] and an ELWD N.A. 0.30 condenser [WD=72mm] that incorporates a slider stop for the standard PH 1 annuli phase slider, the AE20/21 already is prepared for multiple tasks with an extra cost to user. Combining the long working distance condenser with a hard coated stage [for those accidental spills] that rests at 207mm from the bench, numerous samples and containers can be used with the AE20/21. The AE20/21’s standard CCIS® E Plan Achromat inverted objectives have a waterproof construction for those accidental spills, as mentioned before, in addition to providing the clarity needed in preparation up to a field flatness of F.N.20.

Making those long periods of observation and preparation less tiring and painful, the Motic AE20 rests at a comfortable 45° observation angle and a viewing height of 370mm [390 trinocular]while positioning its focus mechanisms low to reduce wrist strain. The overall focus system has a stroke of 10mm with a minimum increment of 2mm. Reducing eye fatigue is the intensity controlled 30W/6V quartz halogen illumination to provide adequate illumination plus the siedentopf system [50-70mm] and diopter adjustment [±5°] for further optical correction to the user.

Published in Motic Microscopes

Motic AE30 inverted microscope

Motic AE30 - A class leading inverted microscope offering upscale research functions in the routine realm

Key Features:
CCIS optics
Field flatness up to F.N. 22
Centrable ELWD 0.30 N.A. condenser [WD=72mm]
Standard centrable Phase Contrast slider [PH 1/PH 3]
Externally mounted and centrable 30W/6V quartz halogen illumination
Epi-fluorescence attachment available - Comptable with CoolLED fluorescence illumination systems

The Motic AE30 is an inverted microscope for the routine realm, but offers upscale research functions, such as fluorescence and an externally mounted and centrable 30W/6V halogen Koehler illumination. Complementing the uniform illumination is the ELWD 0.30 N.A. condenser with its 72mm working distance for large sample and carriers, which can be adjusted and centered to provide the optimum amount of illumination for each sample. Furthermore, the condenser is equipped with a slider stop for the equipped standard centrable PH 1 and PH 3 Phase slider. An optional LWD 0.50 N.A. condenser [WD=28mm] is available should the need arise.

Driven for applications, the Motic AE30 incorporates the Colour Corrected Infinity Optical System [CCIS®] to power system expansions and to produce, along with the CCIS® Plan Achromat inverted objectives, crisp, flat and high contrast images in field flatness up to F.N.22. These images can be viewed for hours upon hours in fatigue free manner thanks to the comfortable 45° observation angle and viewing height of 380mm [400mm – trinocular], which is the ideal height from the laboratory tabletop to the users’ eyepieces. Assisting the angle is the Siedentopf system [50-70mm] for setting the correct interpupillary distance and the adjustable high eye point WF10X eyepiece, which can be adjusted ±5° for individual astigmatism and aligning reticules.

Supporting all these applications and functions is the Motic AE30's stable inverted "Y" designed stand. The inverted "Y" provides the necessary stability and weight distribution to handle the attachment of Epi-fluorescence and other accessories. The stand features low position focus mechanisms to alleviate wrist strain while adjusting the focus at 1mm minimum increments throughout the 10mm stroke range. The stage sits at a height of 207mm for rapid sample changes. A universal mechanical stage [tilted adjustment] is available as an option plus a series of Petri dish holders.

Published in Motic Microscopes

Motic AE2000 inverted microscope

A revolutionary design packed with features, the Motic AE2000 sets a new benchmark in affordable inverted microscopy.

The new Motic AE2000 Inverted Microscope is designed for routine live cell inspection with an easy and flexible set up, ideal for University, routine-clinical, and lab environments. The model’s main applications offer superior image quality when viewing cell cultures in microbiology, living organisms and tissue culture samples.

The newly designed Binocular Ergo tubes with 360° swiveling “butterfly” design and optional telescopic feature offers the most comfortable observation position, especially useful for prolonged sample viewing. The auto on/off function of the power supply extends the lifespan of the sample and light bulb and at the same time saves energy. Another added feature, a modular interchangeable illumination concept, allows for the easy transition from Halogen to LED to fulfill a wide-range of customer viewing expectations. The improved phase contrast quality of the model makes the instrument suitable for a greater range of applications that demand precision optics.

The entire microscope including optical system is manufactured now completely Lead Free, following the International RoHS regulations.

Published in Motic Microscopes

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