Atomic force microscope, suitable for scanning probe microscopy! Soundproof box with a hollow multilayer sound insulation wall structure that has high soundproofing performance.
Achieving stable mode-locked oscillation over a wide wavelength range through mode-locking technology.
This is a laser oscillator boasting industry-leading reliability and performance due to our unique manufacturing technology, HTCure. The warranty period is up to 24 months.
World's smallest class, lightweight compact design. Easy-to-replace cell cassette system with one-touch operation.
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Ideal for simple photon imaging.
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Developed a lightweight spectrometer that can be held with one hand, consisting of an aluminum chamber with an ICF70 vacuum flange.
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A laser light source capable of optical experiments using two different wavelengths with minimal optical adjustments.
Equipped with image acquisition and analysis functions utilizing AI, it enables efficient acquisition of highly reliable data.
High-sensitivity, compact, all-in-one Raman microscope with high cost performance. Suitable for routine measurements in quality control and for research and development purposes.
Modular Raman microscope with high sensitivity, high spatial resolution, and high cost performance. Available in three models of different sizes.
Ultra-compact and low power consumption! A lineup of products that are environmentally friendly and contribute to CO2 reduction.
Optimal for fluorescence lifetime measurement. The world's best time resolution of at least 1.6 picoseconds. High efficiency, fast measurement, and low-cost system construction are possible.
Shape observation of transparent samples (resin, film, organic EL) using Raman and fluorescence measurement!
We will conduct surface morphology observation at high magnification using SEM/FE-SEM.
Laser microscope suitable for mounting on automatic inspection machines.
This is a tablet press machine for X-ray fluorescence analysis (XRF). We offer various types, including manual, automatic, and those with safety features.
Adopting optical pumped semiconductor laser (OPSL) technology! Providing optimal laser solutions.
Compact, lightweight, and low-cost!! It is a high-performance micro-Raman device.
Compact package containing a maximum of 7 wavelengths of DPSS / LD laser modules (375 to 1550 nm). Up to 300mW per wavelength.
LED module with wavelengths from 365nm to 660nm, as well as white light. High wavelength and output stability achieved through TEC temperature control of the LED chip.
Outputs high-brightness diffraction-limited light across the entire wavelength range of 390 to 2400 nm. Also supports the construction of wavelength-tunable laser systems.
Single-photon detection confocal fluorescence microscope. It combines the highest data quality with ease of use, achieving a reduction in automatic measurement time. It can be easily installed in the laboratory.
Compact and highly stable single-frequency diode-pumped solid-state (DPSS) laser. Ideal for Raman spectroscopy, interference experiments, lithography, and quantum research.
Compact wide-field photoluminescence (fluorescence) microscope
Significantly reduce the optical axis adjustment time of the optical system! The optical axis center of the lighting components can be aligned with high precision.
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This laser incorporates laser light sources of different wavelengths, allowing for wavelength selection of the laser with a simple switch.
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Optimal for spectroscopy from 200 nm to the infrared region.
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Integrate the weak analog current and output it again as an analog signal from the BNC connector.
Protects the server from vibrations and supports stable operation.
It will be a stereo PIV for microscopes. It is ideal for measuring flow fields in microchannels in MEMS / Lab-on-a-chip applications.
Bringing surface analysis to a new dimension. Analyzing various surfaces with trusted measurement technology.
An interference-type 3D laser scanning microscope that achieves unparalleled high field of view and high resolution (field of view: 30x50 mm; resolution: 50 nm).
A dramatic improvement in operational efficiency is expected, as well as new applications!
Diverse sample environments such as gas filling and UHV! Hard and soft collaboration with the synchrotron beamline is possible.
We will explain from basic knowledge to examples of applications that leverage strengths.
Explaining the mechanism of broadband coherent light sources generated by nonlinear optical effects.
Quickly resolve your questions about heat! A heat professional will visit you at your desired date and location.
Long-term usage tests and strict quality control implemented! A desktop vibration isolation table suitable for atomic force microscopes and scanning probe microscopes.
No adjustments or tuning are needed, and it starts up in just a few seconds! Equipped with a fully automated load adjustment feature, it's easy to use.
Nikon's multiphoton confocal laser microscope system, which vividly visualizes the fine structures of deep biological tissues, has further evolved.
We can utilize both domestic and international networks to provide proposals tailored to our customers' needs.
High-end model: A top-level micro-Raman spectrometer with high sensitivity, high wavenumber resolution, and high expandability.
The adoption of a new method enables clear microscope images with a wide field of view and high resolution, free from halo phenomena.
Modular confocal microscope laser Raman / It is possible to build a custom Raman system using each module.
Pursuing sensitivity and spatial resolution approaching the limits, a hybrid system combining "Raman spectroscopy + α" with other systems, achieving diversification of Raman spectroscopy measurements.
Raman imaging captures the state of chemical reactions and the distribution of molecules inside cells in an "instant," like taking a photograph.
Non-destructive, no pre-treatment required, capturing 3D tomographic images inside samples! With ultra-high resolution comparable to a microscope (1 μm), fully automated 3D scanning is possible!
Imaging of subcutaneous tissue and internal samples of biological organisms.
Probe-type OCT system using high-speed swept source
High-resolution OCT system suitable for observing biological tissues and evaluating industrial materials.
High-resolution LC-OCT system for skin. Non-destructive and speedy observation through high-resolution imaging.
High-quality sample preparation equipment for X-ray fluorescence (XRF) measurement.
High-speed TTL modulation, analog modulation, and superimposed modulation possible.
Introducing Pavilion's low-noise semiconductor laser.
Excite the fluorophore at an optimal wavelength! Combine multiple plug-and-play wavelengths.
Kobold Corporation CW LD Excited Solid-State Laser
349nm solid laser light source available for Raman spectroscopy, flow cytometry, holography, and microscopy.
Leave the laser processing of materials centered on ceramics and resins to us.
The fluorescence microscope "MicroTime series" offers a variety of solutions for time-resolved confocal microscopy.
DPSS / LD laser module with up to 6 wavelengths. Wavelengths: 355 to 1550 nm in a compact single package.
Up to 6 wavelengths, the highest class of maximum 1W high-output LED light source on the market. Guarantees high stability and high reproducibility of output with temperature control of the LED chip and a highly stable current source.
A compact diode laser capable of both picosecond and continuous wave oscillation. Wavelengths are available in the range of 375 to 2090 nm. Maximum CW output is 500 mW.
The LaserNest series is a high-stability, high-performance CW laser. It offers a selection of over 30 wavelengths ranging from 375nm to 1550nm. It is suitable for microscopy.
Pico-second laser (MOFA method), high output and capable of external synchronization, ideal for stimulated emission (STED) light.
A diverse wavelength lineup from 375 to 830 nm. It is also possible to consolidate into a single housing. Output 25 mW to 260 mW.
Multiple wavelengths can be synchronized, allowing for complex excitations such as PIE (Pulse Interleaved Excitation).
PPDT (Photodynamic Therapy) PIT (Photoimmunotherapy) PTT (Photothermal Therapy) Laser light source is the optimal light source for research and development.
An imaging device that acquires both high-resolution steady-state luminescence spectra and time-resolved luminescence spectra.
A mobile device that is easy to introduce in research settings! A cell fusion and recovery device capable of direct manipulation of cells.
Instantly restore 3D shapes of biological samples such as microorganisms and cells, as well as surfaces of metals and glass, without any contact!
This is a cost-effective OPO. It is a wavelength-tunable light source that can be fully tuned using a computer. It is ideal for spectroscopy in the near-infrared and mid-infrared ranges.
MLE is a multi-color laser light source that integrates three different wavelength semiconductor lasers and one DPSS laser into a compact housing.