Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
601～615 item / All 624 items
It is a portable microscope that can be easily started and used for children and learning purposes.
It is a portable microscope that can be easily started and used for children and learning purposes.
It has a wide depth of field, sharp imaging, a wide field of view, a beautiful appearance, and easy operability.
It has a wide depth of field, sharp image quality, a wide field of view, a beautiful appearance, and easy operability.
A routine biological microscope that remembers the brightness of the illumination light for each objective lens, enabling efficient observation.
The illumination intensity can be set for each objective lens, and when the magnification is changed, it automatically adjusts to the pre-set illumination brightness. This provides simple and efficient operability. The color temperature of the light source can be set in 100K increments from warm to cool tones, allowing observation in the optimal hue for the specimen. It features an infinity-corrected optical system that provides a sharp image with uniform brightness and high contrast even at the periphery of the field of view. The wide-field eyepiece is designed with a high eye point, allowing observation even while wearing glasses. The ergonomic design reduces fatigue during long periods of observation. By attaching a microscope camera, it is possible to record microscope images. The simple operability makes it ideal not only for routine and research purposes but also for educational use. It has a worldwide power supply specification, making it usable overseas. *For more details, please download the PDF or feel free to contact us.
A simple upright fluorescence microscope equipped with a single fluorescence filter. It features a fluorescence filter from Chroma and an LED light source from Nichia.
A vertical fluorescent microscope with a high-brightness LED light source. The fluorescence unit is equipped with a single LED light source and one fluorescence filter (single channel). It has a simple structure, is easy to use, and offers high cost performance for a fluorescent microscope. To accommodate representative fluorescent dyes such as DAPI, GFP, FITC, Alexa Fluor, Rhodamine, TRITC (Rhodamine), Texas Red, and Cy3, the single-channel fluorescence unit comes in a total of eight types (four types with long-pass filters and four types with band-pass filters). Please choose the one that suits your application. It comes standard with infinity-corrected optical system plan achromat objective lenses (4x, 10x, 40x), providing clear and sharp images even at the periphery of the field of view. An optional plan fluorite objective lens with low autofluorescence is also available. The wide-field eyepiece is designed for high eye-point specifications, allowing for observation while wearing glasses. It is also possible to attach a microscope camera. We offer high-sensitivity cameras and cooled cameras that are ideal for capturing fluorescent images. The eyepiece is at a comfortable height for observation, and the stage is low, providing excellent operability and allowing for easy observation in a relaxed posture.
A fluorescence microscope with an upright design equipped with three fluorescent filters and featuring Chroma fluorescent filters and Nikkai LED light source.
This is an upright LED fluorescence microscope equipped with three types of fluorescence filters. It features a turret design that allows for easy switching of fluorescence filters. The LED excitation light source includes three types: UV, B, and G, which can be switched according to the fluorescence filter in use. We offer two sets: an LP set with three types of long-pass filters and a BP set with three types of band-pass filters, compatible with typical fluorescent dyes. You can also customize the filter configuration to your preference. It uses high-quality Chroma fluorescence filters, providing excellent fluorescence images. The microscope features an infinity-corrected optical system and comes standard with plan achromat objective lenses, delivering clear and sharp images even at the periphery of the field of view. Optional low autofluorescence objective lenses are also available. Brightfield observation is also possible, allowing for switching between fluorescence and brightfield observations. The eyepiece lenses are wide-field and designed for high eye-point use, making it possible to observe while wearing glasses. The eyepiece section is at a convenient height for observation, and the stage is low, providing excellent operability and allowing for comfortable positioning during observation. It is also possible to attach a microscope camera. We offer high-sensitivity cameras and cooled cameras that are ideal for observing fluorescence images.
An inverted fluorescence microscope equipped with three fluorescent filters and a high-quality Chroma fluorescent filter.
This is an inverted LED fluorescence microscope equipped with three types of fluorescence filters. The LED excitation light source includes three types: UV, B, and G, and can be switched according to the fluorescence filter used. We offer the following two sets: - LP set: Equipped with three types of long-pass filters - BP set: Equipped with three types of band-pass filters It is compatible with representative fluorescent dyes such as API, GFP, FITC, and Alexa Fluor. The excitation light source uses a high-brightness LED (made by Nichia) and allows for adjustment of the excitation light intensity. It features an infinity-corrected optical system and is equipped with plan achromat objective lenses, providing clear and sharp images even at the periphery of the field of view. In addition to fluorescence observation, it also allows for bright field and phase contrast observation, enabling examination of the same area using different observation methods. Additionally, optional low-autofluorescence objective lenses for fluorescence are available. The wide-field eyepiece is designed for high eye-point specifications, allowing for observation while wearing glasses. It is also possible to attach a microscope camera, and we offer high-sensitivity cameras and cooled cameras that are ideal for observing fluorescence images. The eyepiece section is at a convenient height for easy observation, and the stage is low, providing excellent operability and allowing for comfortable examination posture.
A microscope for practicing suturing techniques such as vascular anastomosis under magnification. It has magnification and working distance similar to medical microscopes. Allows practice in a working posture close to real-life scenarios.
Zoom magnification type (total magnification 2.6 to 18 times), working distance 217mm. Equipped with high eye point eyepieces, it can be used while wearing glasses. It features a flat and large microscope stand that makes it easy to set up organ and blood vessel models for practice. The practice blood vessel models and organs have a smooth and wet surface, which can easily reflect lighting such as ring lights. However, this product uses a single-source LED lighting system that reduces reflections on the samples. The included control unit allows you to adjust the light intensity to the optimal level for work (with a stepless light intensity adjustment mechanism). The power supply is compatible with worldwide voltage specifications (100-240V). With video output capabilities in the SUP-920C and SUP-920E models, the work being done under the microscope is displayed in real-time on a monitor. This microscope is ideal for educational purposes, allowing instructors to show students the techniques of skilled practitioners or to check students' work conditions. The video output on the monitor closely approximates the field of view seen through the binocular eyepiece (the SUP-920C provides a wider shooting range compared to the SUP-920E). *This product is not a medical device.
Microscope for pathological examination and diagnosis at an animal hospital (parasites, bacteria, skin diseases, urinary stones). It is a digital microscope, making it useful for informed consent as well.
In recent years, the thorough implementation of informed consent has been demanded in the field of veterinary medicine. Additionally, the necessity for the preservation of diagnostic materials has been increasing, making the recording of microscopic images and videos important. This digital microscope can be used for pathological examinations and diagnoses, and it is a useful product for informed consent and material preservation, as it allows the microscope images to be displayed on a monitor for pet owners to see and enables the saving of images to a medical record system. It comes standard with five types of objective lenses that cover the magnifications commonly used in veterinary pathology examinations. The lenses are designed for excellent flatness, allowing for high-contrast and clear observation of the entire field of view. Equipped with a 4K resolution camera, it enables the observation of beautiful real-time images and the capture of very high-resolution still images and videos. The camera's footage can not only be projected onto the included HDMI monitor but can also be output and saved to tablets and smartphones such as iPads, iPhones, and Android devices via wireless Wi-Fi connection. It is also compatible with computers (Windows and Mac). Simultaneous observation on an HDMI monitor and a tablet is also possible.
Equipped with an adjustable semi-transparent LED light source! The optical components have special treatment and coating.
The "OSK 97UO 80MN" is an upright microscope with a modular structure that can accommodate various industries and materials science fields. It features metal objectives designed for long working distances and high magnification objectives that utilize semi-apochromatic technology. With various observation methods, it is possible to obtain clear, sharp, and high-contrast microscope images. 【Features】 ■ Optical components are treated and coated with special processes ■ Equipped with an adjustable semi-transparent LED light source ■ Metal objectives for long working distances and high magnification objectives utilize semi-apochromatic technology ■ Capable of obtaining clear, sharp, and high-contrast microscope images *For more details, please refer to the PDF materials or feel free to contact us.
![[Measurement Example] Evaluating the Thickness of Metal Thin Films with Heat [TM]](https://image.mono.ipros.com/public/product/image/b9b/2001224164/IPROS43361692386462169950.jpeg?w=280&h=280)
By measuring thermal properties, the thickness of the thin film can be evaluated!
By using the Bethel Corporation's thermal microscope TM3, the "thickness of thin films" can be evaluated.
Free participation! Report on the determination of absolute stereochemistry using MicroED.
We will hold a webinar titled "Fundamentals and Applications of MicroED Crystal Structure Analysis Part 2 - Determining Absolute Stereochemistry Using MicroED." This time, referred to as "Part 2," we will introduce the determination of "absolute stereochemistry" while fully considering the effects of multiple scattering of electrons. This method is an excellent technique that demonstrates remarkable power in determining absolute stereochemistry in molecules composed solely of light elements. As a case study, this webinar will report on the determination of absolute stereochemistry using MicroED for complex natural products and synthetic pharmaceutical raw materials. [Event Overview] ■ Date and Time: October 15, 2024 (Tuesday) 14:00 - 14:45 ■ Participation: Free ■ Venue: Webinar held via Microsoft Teams *For more details, please refer to the related links or feel free to contact us.
