米倉製作所 Product Lineup

Generation and disappearance of steel grain boundaries. The "In-situ Observation and Heating Device" series by Yonekura. In the low to high temperature range, "in-situ observation" of the sample state under stress loading is possible. 【Video Content】 - Appearance of grain boundaries (Objective lens: 40x) - Disappearance and generation of grain boundaries - Austenite with twinning → Appearance of grain - Start of martensitic transformation - End of martensitic transformation - Martensitic structure at room temperature For more details, please contact us or refer to the catalog.

Melting and solidification of aluminum alloys. The "In-situ Observation and Heating Device" series by Yonekura. In the low to high temperature range, "in-situ observation" of the sample state under stress loading is possible. 【Video Content】 ○ Melting of aluminum alloys → Color, objective lens: 40x ○ Solidification process → Color, objective lens: 40x ○ Melting of aluminum alloys → Monochrome, objective lens: 40x ○ Solidification process → Monochrome, objective lens: 40x For more details, please contact us or refer to the catalog.

Martensite structure at room temperature from greenhouse observation. Part of Maekura's "High-Dimensional In-Situ Observation and Heating Device" series. In both low and high-temperature regions, "in-situ observation" of the sample state during stress loading is possible. 【Video Content】 ○ Greenhouse Observation → Objective Lens: 20x ○ Cr compounds appearing at grain boundaries ○ Cr compounds disappearing from the similar phase ○ Appearance of austenite with twinning and crystal grains ○ Start of martensitic transformation ○ End of martensitic transformation ○ Martensite structure at room temperature → Objective Lens: 40x For more details, please contact us or refer to the catalog.

Grain boundary melting process of Al-Mg alloys. The "In-situ Observation and Heating Device" series by Yokokura. In the low to high temperature range, "in-situ observation" of the sample state under stress loading is possible. [Video Content] ○ Room temperature observation → Objective lens: 40x ○ Appearance of grain boundaries ○ Melting begins at the intersection of grain boundaries ○ Progress of melting For more details, please contact us or refer to the catalog.

The representative heating observation IR imaging furnace from Mikyo Manufacturing has been equipped with a digital violet laser microscope. It enables clear microscopic observation in ultra-high temperature environments of up to 1800°C. Compared to conventional models, the resolution and brightness have improved by about two times*, allowing for observations with high magnification and high contrast. Please utilize it for research on the behavior of fine structures and material development under high temperatures in steel, non-ferrous metals, ceramics, secondary batteries, and more. *Compared to our conventional model "VL2000DX-SVF17SP" ◆ Key Points ◆ - High-resolution in-situ observation Obtaining high-resolution images under ultra-high temperatures - Realization of diverse observation conditions Rapid heating and rapid cooling up to 1800°C - Excellent operability and controllability High-speed image acquisition accurately linked to temperature By using the optional load mechanism module "SVF12FTC," observations can be conducted under stress loading (up to 5kN) at high temperatures. For more details, please contact us.

The "OCT-equipped heating observation imaging furnace," which can directly observe changes in internal structures at high temperatures, has contributed to the study of changes in the internal structure of ceramics. It is a compact observation device that utilizes a focused heating method and is equipped with OCT (Optical Coherence Tomography) for internal observation. ◆ Key Points ◆ - Internal structure observation at high temperatures In-situ observation up to MAX 1800℃ - Understanding weight and thermal changes Clarifying the relationship between internal changes and temperature/weight changes - Excellent operability and controllability Data acquisition combining weight changes with temperature OCT is a technology that uses infrared laser light to visualize the interior of materials. It can be applied to materials such as ceramics and resins that allow infrared light to pass through. For more details, please refer to the catalog or contact us.

At Yonezawa Manufacturing, we manufacture equipment necessary for evaluating the durability and safety of battery materials and components for next-generation batteries, including all-solid-state batteries. We solve challenges in development and manufacturing with a custom-made approach. ◆ Small Vacuum Heat Seal Device for Glove Box This is a chamber-type vacuum heat seal device that thermally bonds laminated (pouch-type) lithium-ion battery cells through heating and pressurization. ◆ Large Heat Seal Device for 600mm A large heat seal device designed for prototyping pouch cells of a size intended for implementation. It can uniformly heat and compress long materials to achieve bonding. ◆ Precision Hot Roll Press Device for Prototyping This device compresses and rolls the cell using heated upper and lower rollers. It allows monitoring of whether the roller load is symmetrical. It enables evaluation of the uniformity of laminated cells after rolling. ◆ Heating Device for All-Solid-State Batteries Compatible with Glove Box IR-HP/GB According to the temperature characteristics of material screening, it heats and evaluates up to four solid-state batteries simultaneously without exposure to the atmosphere. For more details, please contact us.