Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
166～180 item / All 355 items
This is a flexible binocular stereo microscope that allows for the observation of sharp three-dimensional images with excellent operability and functionality!
There are two types available: the S-type, which is convenient for portability, and the M-type, which is fixed with magnets. As optional items, we also offer: 1. Ring fluorescent lighting 2. Adjusters (with installation tools) 3. Dustproof glass
One method to observe neuronal activity under free behavior is the head-mounted fluorescence microscope.
One method to observe neuronal activity under free movement is the head-mounted fluorescence microscope. The main body of the fluorescence microscope weighs only 3 grams and is equipped with a CMOS sensor, an electronic focus mechanism (with a depth of focus of 0-300μm), and filters. An imaging cannula (GRIN lens) is inserted into the animal's head, capturing images at the lens tip with the CMOS sensor. The microscope body and the imaging cannula (GRIN lens) are securely and easily fixed with screws, and no special fixtures are required for fixation. Four types of imaging cannulas are available, depending on the depth of the target to be observed and the diameter of the GRIN lens. By using an imaging cannula equipped with a prism at the tip, it is also possible to observe sagittal or coronal sections.
Introduction of a microscope that expands new possibilities for the future of research in the fields of biological sciences and medicine.
The "Ni Series" is a biological microscope that has achieved improvements in basic performance beyond the conventional upright microscope framework and expanded the freedom of system upgrades. It opens up new possibilities for the future of research in the fields of biological sciences and medicine. We offer a lineup that includes the fully electric model "Ni-E," which excels in expandability, and the manual model "Ni-U," which focuses on observation and digital camera shooting. 【Features】 ■ Outstanding optical performance and basic functionality ■ A wide range of electric accessories to support advanced observation ■ Automatic control tailored to observation methods *For more details, please refer to the PDF materials or feel free to contact us.
Raman imaging captures the state of chemical reactions and the distribution of molecules inside cells in an "instant," like taking a photograph.
The multi-focal Raman microscope Phalanx-R is the world's first Raman microscope that can capture 2D Raman images "in an instant," just like taking a photograph. It enables real-time imaging of dynamic chemical reactions, which was previously impossible, and allows for high-speed observation of molecular distribution and changes within cells while minimizing light damage to the samples.
An innovative cell observation method that overturns conventional wisdom: label-free 2D, 3D, and 4D imaging.
In general bioimaging, 3D images are obtained by continuously measuring 2D images in the depth direction. However, this product, the "Holographic Microscope for Cell Observation 3D Cell Explorer," utilizes holography and tomography technologies to measure the differences in refraction within cells in three dimensions with a single measurement, producing high-resolution digital images on the nanometer scale that exceed the diffraction limit of light almost instantaneously. High-resolution images can be captured in just a few seconds, and by digitally staining them, it allows for comprehensive observation of the cell interior from various perspectives. The laser light used is a weak laser that does not impact the cells, enabling non-invasive measurements to observe the cells in their natural state. Once powered on, it starts up immediately, and measurements can begin right away. Sample preparation, staining labels using expensive reagents, and the configuration of the optical system are all performed automatically, eliminating the need for complex adjustments. Additionally, user-friendly software is provided, allowing for intuitive operation despite its high functionality, making it easy to use.
Measurement of wounds and foreign objects is also possible! It is suitable for internal observation of silicon chips!
This is an infrared transmission microscope system that displays clear images of various silicon device interface inspections using a high-resolution infrared CMOS camera and enhancement software!! ~Features~ ● Obtain clear images from unclear images under reflection/transmission lighting using enhancement software. ● Capable of observing and saving defect images of voids, scratches, and foreign objects at the device interface. ● Allows for dimension and area measurements on the screen. *For more details, please download the catalog.
It is an infrared microscope specialized in the observation and measurement of the oxidation region of VCSELs.
This is an infrared transmission microscope system that displays the oxidized part of the VCSEL in clear images using a high-resolution infrared CMOS camera and real-time enhancement software!! ~Features~ ● Improves unclear images under reflection/transmission lighting to clear images in real-time with enhancement software. ● Allows for image observation and storage of the oxidized and boundary parts of the VCSEL. ● Enables dimensional and area measurements on the screen. ● Allows for variation of the wavelength of the reflected lighting.
Manual operation type! Each dimension of the interface of various silicone devices can be measured with clear images.
The "IR1300mea" is an infrared transmission and reflection microscope system that can measure the dimensions of various silicon device interfaces with clear images, thanks to its high-resolution infrared CMOS camera and image enhancement software. The focus axis has a long stroke, allowing for inspection and measurement of wafers while mounted on tall fixtures. 【Features】 - Equipped with linear scales on the X, Y, and Z axes for precise measurements outside the field of view. - Manual operation type for the X, Y, and Z axes. - Electric stage and electric focus can also be installed (optional). - The focus axis can be set to a long stroke, enabling wafer inspection and measurement while mounted on fixtures (long stroke up to 45mm). *For more details, please refer to the PDF document or feel free to contact us.
Ultra-high vacuum ultra-low temperature SPM with high scalability, expandable to near-field optical/Raman spectroscopy.
This device adopts a newly developed cryostat and is a state-of-the-art low-temperature SPM system equipped with STM and AFM functions, which can be used for entirely new applications such as near-field optical measurements and Raman spectroscopy.
✔ More than 10 days of LHe storage, continuous STM measurement, ✔ 1 day, less than 1 liter of LHe consumption
Sample pretreatment and probe cleaning are performed in ultra-high vacuum, allowing STM and AFM to observe with atomic and molecular level resolution at ultra-low temperatures. We are equipped with new probes and auxiliary devices to accommodate the expanding range of applications in recent years.
Laser microscope suitable for mounting on automatic inspection machines.
【Overview】 By using a laser as the light source for the microscope, stable measurements with a single wavelength are possible. The adoption of DMD (Digital Micromirror Device) for laser scanning enables high-speed and wide-angle deflection, allowing for high-speed image acquisition with a wider field of view than conventional laser microscopes. 【Features】 ● Full-focus images through confocal technology The confocal method is suitable for inspections that require measurements of both plane and height. ● Adoption of short-wavelength laser A 408 nm violet laser, approaching the limit of visible light, is used as the laser wavelength. ● Simultaneous observation function Real-time simultaneous observation of the real image from the laser light source and a 2D color CMOS camera is possible. ● High-speed measurement function With high-speed rendering at 30 frames per second, it is possible to output images and measurement data of the inspection area in almost real-time, making it suitable for implementation in automated inspections. ★ For more details, please request materials or download the catalog ★
A compact unit optimized for sampling work.
Despite its low price, this is a highly cost-effective stereo microscope. When combined with our Quick Pro and Rabbit 3D, it becomes a very compact and user-friendly microscope-integrated manipulator system. 《Product Features》 ■ Equipped with LED ring lighting (reflected) and C-mount adapter as standard ■ Observation magnification ranges from 7× to 45×, and with the use of auxiliary objective lenses, it can cover from 14× to 90× ■ Natural visibility with minimal distortion reduces fatigue during fine work ■ An XY stage is also available as an option * For more details, please contact us via the link below.
Available for a wide range of applications! Introducing cell imaging and microscopy.
BioTek's "Lionheart FX" is a compact system that supports a wide range of imaging workflows. It offers magnifications of up to 60x in dry mode and 60x and 100x in oil immersion. It also supports fluorescence, brightfield, color brightfield, and phase contrast imaging channels. With the optional environmental control cover, efficient containment for incubation up to 40°C and CO2/O2 control is possible. 【Features】 ■ Easy and quick to install and set up ■ Capable of supporting a wide range of imaging processes ■ Increases lab efficiency with flexible, fast, and highly stable assays ■ Can utilize over 20 types of filters/LED cubes ■ High flexibility in image capture enhances the efficiency of lab workflows ■ Generates high-quality images and excellent data in imaging workflows *For more details, please refer to the related links or feel free to contact us.
Set the sample and start the analysis to collect images and quantitative data for paper submission!
The "Lionheart LX" is designed as an affordable alternative to complex and expensive custom automatic microscopes, making it easier to learn and use. Its compact hardware design, which lacks an eyepiece, allows operators to use it comfortably and reduces ergonomic stress. When combined with the "Gen5 Software," it can fully automate the capturing, processing, and analysis of images through Augmented Microscopy. 【Features】 ■ Expands research outcomes while saving time and costs ■ Provides immediate access to publication-level images and data ■ Compatible with over 20 types of filters/LED cubes ■ Supports a wide range of applications ■ Quick and easy to set up and operate, with a simple learning curve *For more details, please refer to the related links or feel free to contact us.
