A compact film thickness gauge that can measure "coatings" and "coating thickness" in a "non-contact and non-destructive" manner! It is also capable of measuring materials such as rubber, ceramics, and metals, as well as curved surfaces.
Automation of measuring water hardness, metal salts in electroplating solutions, and metal concentrations in minerals using a potentiometric automatic titration device.
Simultaneous measurement of gold and copper in electroplating baths and alloys using a potentiometric titration device.
The diamond sizes range from #18 to #100,000.
Achieved results at JAXA! We can accurately control the thickness of the coating, allowing for plating on difficult materials only where needed! *Manga materials are currently being distributed!
Publication of 'Overview' and 'Classification by Equipment and Processing Methods'! Introducing the basics of electroplating.
Currently presenting 6 points of materials! Our company, a technical group specialized in roll-to-roll manufacturing equipment, will explain roll-to-roll processes!
We will introduce a case that was solved using know-how for cleaning the bonding surfaces and preventing seepage from tapped holes.
Automating quality control of the chloride ion concentration in the acidic copper plating bath used for Cu deposition on semiconductor wafers using a potentiometric automatic titration system.
Online analysis of nickel concentration and hypophosphorous acid content in a non-electrolytic nickel plating bath!
Palladium plating baths or the measurement of palladium(II) chloride can be easily performed using a potentiometric automatic titration device.
The measurement of zinc and magnesium in the solution can be performed using an automatic titration device through back titration.
An application for fully automated complexometric titration of zinc (II) in aqueous solution.
The FIB-SEM device allows for the observation of abnormal areas within the plating layer that are difficult to discern from the surface, and the Slice & View function enables the discovery of the origin of the abnormalities.
With GD-OES (Glow Discharge Optical Emission Spectroscopy), you can understand the film thickness and concentration of nickel plating. Please also use it for the analysis of other surface treatments.
We will conduct a multifaceted investigation of heating effects on plated components using AFM scanning probe microscopy and AES Auger electron spectroscopy.
The cost reduction of electrode catalysts is a future challenge! Introducing the materials used for the electrode part in fuel cells.

























































































































