Ultrasonic microscope observation of transistors! It is possible to check the peeling conditions at various locations even with the same focus.
Organic acid analysis will be conducted using HPLC and LC-MS/MS.
Observing the structure of cellulose nanofibers (CNF) using scanning electron microscopy (SEM) and transmission electron microscopy (TEM)!
We will conduct evaluations of adhesion and scratch susceptibility using three types of scratch testing machines with different measurement ranges.
There are many modules for arranging solvent water molecules and neutralizing the system! It is also possible to refine NMR structures.
Reverse engineering that reveals the information engineers want through accurate circuit restoration.
We provide consistent support from the analysis of minute stains on the sample surface to the investigation.
It is possible to observe and evaluate the crystalline structure and dispersion state of the resin!
It is effective to differentiate between the two methods depending on the surface structure of interest.
Building the optimal AI environment for your company with advanced security and research and development expertise.
Observe the bearing and evaluate the presence of rust on a scale of 1 to 5! The target oil type is grease.
Microbiome testing using advanced biotechnology! A sample collection kit for periodontal-related and bacterial testing.
Measurement of the relative molecular weight and molecular weight distribution of polymers and oligomers.
From precision component micro-assembly to assembly wiring and electrical testing, leave it all to us!
Contracted services for genetic analysis, morphological observation, physiological and biochemical trait testing, and chemical testing / Selecting and conducting effective tests for taxonomic characterization based on the results of genetic analysis.
Cooling and hardening the soft sample to make it machinable.
HAADF-STEM: High-Angle Annular Dark Field Scanning Transmission Electron Microscopy
A mass spectrometry method that allows monitoring of gases generated by vacuum heating/warming at different temperatures, with high sensitivity for detecting hydrogen and water.
DSC can evaluate the physical properties of a sample based on the heat changes that occur during heating.
Evaluation of thermal properties by DSC (Differential Scanning Calorimetry) measurement.
Testing of content using HPLC method with fluorescence detector (official method)
Detailed structural analysis of condensation polymers is possible.
A method for removing the surface of a sample by utilizing the sputtering phenomenon, where sample atoms are ejected from the sample surface.
We will conduct customized analysis based on structural understanding for diverse point cloud data.
We conduct contract testing using Siemens testing equipment! We can also handle the production of various necessary jigs.
Evaluate the friction characteristics of the sample! Measurements will be taken while repeating the specified number of times.
You can use it for investigating the applicability of odor, taste, and appearance analysis equipment, or for one-time data collection purposes.
GDMS is a method suitable for evaluating trace impurities (ppm-ppb wt) and can simultaneously measure almost all elements except for gas components with stable isotopes.
Development of SOH diagnostic technology! Shall we build technology to assess long-term operation and reuse of storage batteries and EVs?
From stopping inspections to continuous monitoring. Kyushu Electric Power's patented technology protects the future of factories.
Using the periodontal disease testing kit "Perioscore"! Here is an introduction to oral bacterial analysis.
We investigate and analyze the causes of strange odors and smells. We have a track record of 3,000 cases from 450 companies (food, chemicals, machinery, construction, transportation, etc.).
Identification of differences at the strain level of bacteria and yeast / Contract testing that is faster and more cost-effective than traditional identification methods such as PFGE analysis and MLST analysis / Also effective for screening.
X-ray photoelectron spectroscopy (XPS) is ideal for analyzing surface contamination, discoloration, and other evaluations because it provides elemental information from the outermost surface of the sample (a few nm).
We select the optimal non-destructive analysis from lock-in infrared thermal analysis, 3D X-ray tomography, ultrasonic testing (SAT), etc., and narrow down the abnormal areas.
Effective for evaluating the types, quantities, and chemical bonding states of elements on the sample surface (at a depth of about several nanometers).
We will conduct an evaluation that combines various methods to solve the problem.
This is a processing method for cutting bulk samples using a diamond knife to produce ultra-thin sections for transmission electron microscopy with a thickness of less than 100 nm.
Observation of cross-sectional structure of liquid samples using cryo-SEM.
Cross-sectional mapping allows for the evaluation of the crystal growth of GaN.
Evaluate the difference between glossy surfaces and matte surfaces.
It is possible to perform elemental analysis with a shallow detection depth while conducting SEM observation.
High-precision band gap evaluation is possible through combined analysis of XAFS and XPS.
Comparison of the amount of thin film components adhered between samples.
C-SAM is a non-destructive method for observing defects such as delamination within a sample.
The evaluation of the crystal structure can be performed based on the STEM images and the results of atomic composition measurements.
The internal structure of the product can be evaluated non-destructively using X-ray CT.
Basic explanations of non-destructive analysis methods (ultrasonic microscopy and X-ray CT) and representative analysis cases are provided.
Check the leak path by 3D visualization of SEM images.
Non-destructive measurement of the distance between electrodes inside batteries and defect investigation is possible.
You can evaluate the sample in its original state, from the binder and coating to the active substance.
EELS analysis for element identification allows for the comparison of the bonding states of materials!
Fine cracks are easy to see! No conductive treatment is required, allowing for quick and detailed observation.
Visualizing the internal structure of large aluminum castings.
Simulation of the functions exerted on the skin and their mechanisms of action.
Same-day report at the shortest! The lowest price in the industry! For asbestos analysis, choose Vester!!
Oxidize the sample at 165.5℃ for 24 hours! Determine the increase in viscosity ratio and acid value.
We conduct smoke measurements, as well as factory noise, vibration measurements, and odor index measurements!
We will conduct measurements of electrical conductivity using a conductivity meter.
A trial version of logistics simulation software suitable for improving and optimizing productivity in production lines and logistics sites is available for anyone to use!
The purpose is to clarify the characteristics of airflow within the power supply unit.
Nano to angstrom resolution! Observation of fine morphology and composition analysis at the atomic level.
Abolition of specific facilities, real estate transactions, conversion of factory land, etc.! Various services based on the Soil Contamination Countermeasures Act.
This is a course for those who want to learn surface analysis from the basics. It explains the principles and spectrum examples of TOF-SIMS, RBS, and XPS.
The electrical properties and film quality of the SiO2 film on the Si substrate were investigated in detail for each deposition method.
Not only can image analysis be performed from TEM images, but it can also be done from SEM images! Various mechanical property evaluations can also be conducted.
Quantitative analysis based on optical properties comprehensively supports the quantitative analysis of fulvic acid and humic acid!
Conducting STR analysis using the GenePrint24System! Determining the STR genotypes at 24 specific locations.
Analysis of elements (mainly metallic elements) in the sample and in the eluent. We also accommodate pre-treatment.
It is a flexible substrate that combines heat resistance and transparency. FPC
We are conducting evaluations of HDD/SSD (temperature/humidity/cycles/failure analysis).
The forced opening and closing mechanism allows for quick attachment and detachment of test specimens, making it ideal for conducting numerous tests with the same shape!
High resolution and high-speed image processing are its features!
Promote strict quality control at each processing stage and the development of new recycling technologies.
By simply sending a stool sample, you can analyze organic acids (short-chain fatty acids) and the gut microbiome. A stool collection kit that can be stored at room temperature is also available for purchase!
Is there any foul odor or contamination around the piping? We will take responsibility for addressing the measures!
Are you having trouble with the resin opening of power modules such as IGBTs, which contain a high amount of filler in the package sealing resin for high voltage and large current components?
It is an analytical method that detects ions with a detector and performs qualitative and quantitative analysis.
Measurement of weight change, differential thermal analysis, heat quantity, and mass of volatile components resulting from heating the sample.
Low-acceleration STEM observation allows for contrast even in low-density membranes.
X-ray reflectivity measurement (XRR) allows for non-destructive analysis of film thickness and density.
I have summarized how to send samples for analysis to MST.
XAFS is a method for analyzing the absorption spectrum obtained by irradiating a substance with X-rays.
OBIRCH is a method that utilizes the change in resistance caused by the heat generated at defect locations when light is applied, to identify abnormal areas.
Structural estimation of degradation components by LC/MS/MS analysis.
A lineup of AlGaN standard samples with various Al compositions.
Imaging SIMS allows for the evaluation of localized elements.
It is possible to evaluate the structure of the Si anode after charging through sample cooling.
It is possible to capture molecular information of inorganic substances in the depth direction using TOF-SIMS.
Visualizing the in-plane distribution of impurities such as atmospheric components with a field equivalent to SEM.
Estimation of film thickness using the average free path of photoelectrons.
Capable of highly sensitive evaluation of the distribution of additives at the ppm level.
Mapping the conductivity of cathode materials using SSRM.