See Optical Analysis Equipment's detailed category ranking
- UV/visible spectrophotometer
- Infrared Spectrophotometer
- Near-infrared spectrophotometer
- Photoelectric emission spectrometer
- Inductively coupled plasma emission spectrometer
- Atomic Absorption Spectrometer
- Fluorescence spectrophotometer
- Raman Spectrophotometer
- Turbidity Meter
- Light Scattering Photometer
- Colorimeter
- Refractometer
- Chemiluminescence analyzer
- Luminometer
- Photoanalytical equipment
- Other photoanalytical instruments
[Process Monitoring Sensors] We will be exhibiting at Plant Show 2026!
Portable Raman Spectrometer MIRA P: A handheld type Raman spectrometer that allows for raw material verification tests to be conducted in seconds with one hand, the size of a smartphone.
Spectrometer for high-resolution spectral applications
A portable Raman analyzer for the safe and rapid detection and identification of drugs, hazardous materials, and explosives.
Technical Data 11 for Near-Infrared Spectrometer: Simultaneous measurement of acid value, hydroxyl value, and moisture content in polyols, which are the raw materials for polyurethane, using near-infrared spectroscopic analysis.
Explaining the similarities and differences between dispersive analyzers and Fourier transform (FT) analyzers in near-infrared spectrometers (NIR).
The Metronome near-infrared analyzer (NIR) can perform continuous automatic measurements of up to 500 samples when combined with a sample robot!
Ultraviolet range - Continuous irradiation of wavelengths up to the near-infrared range to promote the activation of UV adhesives!
The measurement results can be output to a data analysis and easy-to-manage EXCEL format!
Do you want to check if dust collection is effective? Are you struggling with compliance to specialized regulations? Our fine particle visualization technology can solve this!
[Web demo in progress] Things that are invisible become visible! Visualizing particles and airflow in clean rooms and manufacturing equipment.
[Web demo in progress] Ideal for easily visualizing airborne dust, airflow, and surface foreign objects!
Fiber-type laser light source 'Parallel Eye F' with a tiny head for airflow experiments using tracers and visualization of fine particles in water [Web demo in progress].
The quality inspection of the formulation process is changing! Introducing "A New Form of Quality Inspection" through a manga.
The quality inspection of the formulation process is changing! Introducing "A New Form of Quality Inspection" in a manga.
We provide support to ensure that even very complex samples can be measured!
Creating the power to measure together. ODM/OEM services that support the development of medical analysis devices with 40 years of experience.
I will explain the method and precautions for attaching the filter of the plate reader clearly with illustrations.
Raman spectroscopy might finally be within reach.
The SM240/440 is a compact CCD spectrometer designed for use with a PC.
High-precision measurement of a range from 0.01 to 4000 NTU with new technology.
High-precision measurement of 0.01 to 4000 NTU using new technology.
High-precision measurement of a range from 0.01 to 4000 NTU with new technology.
High-precision measurement over a wide range of 0.01 to 4000 NTU.
From drinking water to wastewater! We will introduce products that can be easily measured for various applications.
Screening of new chemical substances (NCE) and evaluation of physicochemical properties.
A microplate reader boasting high sensitivity and a wide measurement range! It can flexibly accommodate various applications.
An introductory NIR technology booklet that explains the principles of near-infrared analyzers (near-infrared spectrometers) in an easy-to-understand manner without using formulas.
An article translated into Japanese published by Metronome in an overseas magazine about the advantages of portable Raman analyzers and orbital horizontal scanning (ORS).
Pharmaceutical-related applications: Uniformity testing of tablet content using Near Infrared Spectroscopy (NIR).
【Raman Spectroscopy Application 1】 Discrimination of Structurally Similar Sugars Using Handheld Raman Spectroscopy
Application 3: Short-term measurement of methane potential (BMP) in biogas production using near-infrared spectroscopy (NIRS).
Application 4: Synergistic Effect of Karl Fischer Moisture Measurement Method and Near-Infrared Spectroscopy
Explaining the similarities and differences between decentralized analyzers and Fourier transform (FT) analyzers in near-infrared analysis (NIR).
Technical documentation on a portable Raman spectrometer capable of rapidly identifying drugs and explosives in defense and security fields.
Technical explanation document 2 on portable Raman spectrometers capable of rapidly detecting explosives remotely at fire scenes and identifying illegal drugs.
Technical document introducing the mechanism of Surface-Enhanced Raman Scattering (SERS) and examples of using the Mira system for metrology Raman.
Optimization of the polyurethane manufacturing line using a combination of near-infrared spectroscopy (NIR) and Raman spectroscopy.
A portable Raman spectrometer from B&WTek that achieves "micro-Raman measurement" without carrying a microscope!
The new Raman spectroscopy technology can identify powdered samples inside white plastic containers or paper envelopes and measure active ingredients within tablet coating layers.
With a near-infrared analyzer (NIR), you can easily and reliably measure polyethylene density in under one minute!
With a near-infrared spectrometer (NIR), polyethylene density can be easily and reliably measured in under one minute!
[Near Infrared Spectrometer Technical Data 9] Simple non-destructive measurement of melt index (melt flow rate) using near infrared spectrometry without conducting rheology tests.
Easily measure the cetane number, flash point, CFPP, D95, and viscosity of diesel oil within one minute using a near-infrared analyzer!
Easily measure the cetane number, flash point, CFPP, D95, and viscosity of diesel oil using a near-infrared spectrometer in under one minute!
Measure research octane number, motor octane number, anti-knock index, aromatic content, and density all at once with a near-infrared analyzer!
Simultaneously measure research octane number, motor octane number, anti-knock index, aromatic content, and density with a near-infrared spectrometer!
With a near-infrared analyzer, the diene value (anhydrous maleic acid value) of pyrolysis gasoline (pygas) can be measured in under one minute!
With a near-infrared spectrometer, the diene value (anhydrous maleic acid value) of pyrolysis gasoline (pygas) can be measured in under one minute!
Introduction of measurement examples for liquid raw material acceptance tests using Raman spectroscopy.
Technical documentation introducing the analysis of cetane index, total acid number (TAN), bromine number, aromatics, and sulfur in petroleum products using near-infrared spectroscopy.
A portable surface-enhanced Raman scattering spectrometer (SERS) capable of detecting trace contaminants in food and pharmaceuticals.
A portable Raman spectrometer for security and defense that can safely detect and identify hazardous materials such as illegal drugs and explosives in just a few seconds.
Rapid measurement of caffeine, water activity, and moisture using a near-infrared analyzer.
Simultaneous measurement of sugar content (Brix), sucrose, fructose, and glucose using a near-infrared analyzer.
Simultaneous measurement of sugar content (Brix), glucose, fructose, and sucrose in fruit juice using near-infrared analyzer.
Easily measure the density, water activity, and moisture of green coffee beans all at once with a near-infrared analyzer.
Easily measure the moisture content in fertilizers in just a few seconds using a near-infrared analyzer.
Rapid quantification of calories, fat, saturated fat, carbohydrates, sugar, and protein in chocolate bars using near-infrared analysis (NIR)!
Rapid and easy measurement of cannabinoid content using near-infrared analysis (NIR)!
Efficiency testing without chemical reagents in under one minute using near-infrared analysis (NIR)!
Raman spectrometer for inline process monitoring
Combining electrochemical measurements (potentiostat) with Raman spectroscopy for battery charge and discharge testing!
Rapid quality control of zero-calorie sweeteners such as stevia and sucralose using near-infrared analysis (NIR).
Accurate monitoring of cell proliferation inside a bioreactor using Raman spectroscopy.
Easily identify chemical substances, explosives, narcotics, and many other harmful chemicals and raw materials on-site!
Application for identifying microplastics in seawater using a micro-Raman spectrometer.
Rapid management of cetane index, flash point, CFPP, D95, and viscosity of diesel oil using near-infrared analyzer (NIR).
Inline monitoring of the presence of potato starch contamination in the wheat flour manufacturing process using near-infrared analyzers.
A camera with the same sensitivity as the human eye is adopted as a sensor! It can capture the colors of the entire measurement target, including three-dimensional objects. [Free explanatory materials are currently available.]
Creating optical devices based on "interesting ideas" and "incredible inspirations"!
A compact and lightweight solar simulator that complies with JIS Class A standards!
Introducing various analytical instruments owned by Ueda Plating Co., Ltd.!
Supports "multicolor assays" that can simultaneously monitor up to three types of gene expression!
Real-time monitoring of gene expression in living cells over time with multiple samples! Reporter assays while culturing cells.
Real-time sample analysis and observation of supersaturation maintenance in elution tests using fiber optic.
High-speed inspection of all tablet interiors using NIR! For ingredient quantity analysis and cross-contamination and foreign matter intrusion measures.
Rapid analysis of the components inside tablets and detection of foreign substances.
All items are inspected for foreign matter contamination and cross-contamination. Non-destructive testing of the interior of tablets is performed using transmitted NIR, contributing to labor saving and automation.