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You can now perform trace measurements with your spectrophotometer!
- Usable with most commercially available UV/Vis spectrophotometers - High measurement accuracy and high measurement reproducibility - Minimum required sample volume: 2 μL - Easy to measure and clean - Excellent cost performance
Custom design available upon request! We can accommodate everything from prototypes in single units to mass production.
"Gas cells" are products that encapsulate inert gases or reactive gases in various glass containers. At Yamamura Photonics, we provide appropriate gas cell products for devices that require high airtightness and high reliability, thanks to our advanced processing technology and precise gas encapsulation pressure management. We can achieve high-precision encapsulation at a pressure of 133 Pa (1 Torr), and by pre-treating to remove impurities and outgassing from the glass container before gas encapsulation, we can maintain stable performance over long periods. 【Features】 - Integrated production from glass container molding to gas encapsulation - Two standard shapes - Custom design - Standard samples: All available through custom design *For more details, please refer to the PDF document or feel free to contact us.
This is a K-cell type evaporation source developed for organic materials (organic EL, high vapor pressure materials) for thin films.
Precise control can operate extremely stably. The direct heating method provides excellent temperature responsiveness and stability in low-temperature ranges.
RoHS compliant products! A wide range of industrial components such as screws and fasteners available!
The "Cell Catalog" is a comprehensive catalog introducing nuts, spacers, and other products manufactured by Cell Japan Co., Ltd. It features products such as "Cell Fasteners," which provide easy access to complete fixation and screw guarantees, as well as "Cell Studs" and "Cell Spacers," which offer a smooth surface finish without protrusions. Dimension tables and performance charts are also included. [Featured Products] ■ Cell Fasteners ■ Cell Studs ■ Cell Spacers ■ Cell Panel Fasteners ■ Cell Lock Fasteners *For more details, please refer to the PDF materials or feel free to contact us.
![[Technical Column #04] What is a Fuel Cell?](https://image.mono.ipros.com/public/product/image/3b5/2000999111/IPROS28832468125756662301.png?w=280&h=280)
Generating electricity with oxygen and hydrogen! Introduction to the basic structure, applications, and plating processes.
Fuel cell cells are essential for generating electricity through the chemical reaction of oxygen and hydrogen. In this column, we will thoroughly explain the structure of the cells and the principles behind electricity generation. We will also introduce why the development of fuel cells is being advanced for general use, along with their applications. [Content Overview (Excerpt)] - Fuel cell cells are the basic units of composition - A thorough explanation of the structure of cells that generate electricity using oxygen and hydrogen - Structure of the cells - Principles of electricity generation *For detailed content of the column, you can view it through the related links. Please feel free to contact us for more information.
The closed-type fluid cell enables sample imaging in a fluid within a completely sealed environment.
The Closed Fluid Cell (CFC) is designed to statically hold gas or liquid inside the cell or allow for circulation through injection and extraction ports. Its unique design enables the cell, sample, and cantilever holder to be fully assembled and sealed in a controlled environment (such as inside a glove box or fume hood), after which it can be transported to the AFM. Two versions are available: 1) Fluid Cell Lite: A cost-effective type that minimizes evaporation (not fully sealed) and does not have injection and extraction ports. 2) Electrical Closed Cell: Allows for electrical connection to the sample.
Temperature control accessory for heating and maintaining a liquid sample at 80°C.
The BioHeater is a sample temperature control stage for the MFP-3D AFM, designed based on a sealed fluid cell, which heats samples in liquid from room temperature to 80°C. It is an ideal product for many applications such as protein conformational changes, enzyme activity, and lipid phase transitions.
Sealed sample cell for AFM/SPM with built-in humidity sensor.
- The humidity detection cell is a sensor located inside a sealed sample cell that measures humidity levels. - It is designed with grooves surrounding the sample, allowing for humidity control using saturated salt. - Humidity control is also possible by flowing dry/wet mixed gas through the cell's access port. - It is ideal for experiments where relative humidity plays a crucial role, such as in crystal growth.
A multifunctional platform for conducting electrochemical experiments using AFM/SPM.
The electrochemical cell (EC cell) dedicated to the MFP-3D AFM/SPM from Asylum Research enables in situ observation of the deposition, oxidation, corrosion, and mass transport of metals and other substances. It allows for high-precision monitoring of nanoscale shape changes caused by electrochemical reactions. The cell has a heating function (optional) that operates from room temperature up to 60°C and can function in a fully sealed environment.
With over 30 years of experience in the manufacturing of molecular beam cells, we provide products that are optimal for our customers' usage environments and purposes, based on our extensive experience and knowledge.
In addition to standard products, we design and manufacture according to customer specifications by utilizing our extensive experience and CAD. To date, we have a wealth of delivery records, including standard products, special specification cells, and alternatives for various MBE devices, ranging from research and development to large-scale production equipment.
Subsidy for Labor-Saving Investment in Small and Medium Enterprises (Catalog Order Type) Target Products | Contributing to Quality Improvement, Cycle Time Reduction, and Cost Reduction with All-in-One Deburring Machines!
The compact deburring robot cell 'FDM-001' from FINESYSTEM is an all-in-one deburring system equipped with a 6-axis small robot, capable of freely approaching tools in tight spaces! ■ Equipped with FINESYSTEM's patented air float deburring attachment ★ Flexibly responds to variations in workpiece shapes, no teaching corrections needed! ■ Adopts a turntable mechanism, suitable for high-cycle automated processing lines ■ Features a quick-change motor spindle that allows for tool exchange with a single touch, developed with unique technology ■ Compact design: W1000×D1800×H1542 【Options】 It is also possible to add functions for automatic exchange of two types of cutting tools, automatic application of cutting fluid, and a brush unit for automatic removal and cleaning of edge welding! 【Currently offering free trial verification for deburring!】 *Paid plans are also available depending on the content. ---Products eligible for the Small and Medium Enterprise Labor-Saving Investment Subsidy (Catalog Order Type)--- For more details, please feel free to contact our sales department.
Slim rail and swivel arm evolve robotic transport.
■Space-saving Design ROBO RAIL features a wall-mounted structure, with a running rail depth of only 300mm. Unlike conventional floor-running systems, it allows for ample floor space needed for setup tasks before processing, significantly improving work efficiency. ■Robot with Swing Arm Equipped with a swing function on the running carrier, even small robots can approach a wide range! The swing arm drive uses a hollow shaft roller drive that excels in motor efficiency, allowing for neat storage of the robot's cables and piping within the swing arm. ■Support Function for Enhanced Durability The support cylinder of the running carrier captures the stress generated during the swing arm operation or when the mounted robot is activated. This reduces uneven loading on the wall-mounted running rail, enhancing the machine's lifespan and improving repeat accuracy. ■Control is Solely via Robot Control Device The running drive and swing arm drive are additional axes of the robot, controlled by the robot control device. 【Compatible with FINESYSTEM's Compact Deburring Robot Cell!】 Flexibly accommodates various line layouts from product processing to deburring, further enhancing productivity and work efficiency.
"Free samples" are currently available! Please check the application method from the [PDF download] button, or apply directly from the related links.
The growing demand for sustainable and clean energy sources is one of the driving forces behind the growth of electrochemical cells. As addressing environmental issues and reducing greenhouse gas emissions has become urgent, electrochemical cells, including fuel cells and rechargeable batteries, provide a practical route for green energy generation and storage. Electrochemical cells can effectively convert and store renewable energy, such as solar and wind power, and continuously supply electricity even at low output levels. As governments, companies, and consumers pursue more environmentally friendly energy sources, the invention and proliferation of sophisticated electrochemical cells are accelerating, spurring technological innovation and investment in this field.
