MK type crucible furnace
MK type crucible furnace
We design and manufacture tilt furnaces, reflective furnaces, drying furnaces, and control panels, and we handle everything from installation to maintenance in-house.
- Company:共栄
- Price:Other
Last Updated: Aggregation Period:Jul 16, 2025~Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Jul 16, 2025~Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Jul 16, 2025~Aug 12, 2025
This ranking is based on the number of page views on our site.
91~105 item / All 910 items
MK type crucible furnace
We design and manufacture tilt furnaces, reflective furnaces, drying furnaces, and control panels, and we handle everything from installation to maintenance in-house.
The Instron temperature chamber and atmospheric furnace are compatible with temperature environments up to 1600°C.
We would like to introduce our "constant temperature bath" and "atmospheric furnace," which can test the mechanical material properties of materials and components in temperature environments up to 1600°C. The "constant temperature bath" is a device used to evaluate material properties in a wide range of test temperature environments other than room temperature. In the "atmospheric furnace," the three-zone resistance wire winding (furnace) allows for quick and easy attachment of test specimens due to its segmented structure. 【Product Lineup】 ■ Constant Temperature Bath ■ Atmospheric Furnace ■ Custom Environmental Equipment *For more details, please refer to the related links or feel free to contact us.
Compact yet capable of reaching temperatures from room temperature to 1000°C in about 10 minutes. It is an electric furnace that allows for the installation of heated materials, can accommodate them inside the furnace, and is capable of vacuum and gas replacement within the furnace.
It is an electric furnace equipped with a liftable stage, allowing the heated object to be placed on a ceramic fiber base and housed inside the furnace, which can achieve vacuum and gas replacement. 【Features】 ○ Compact design that allows for easy firing tests ○ Complete with connection ports necessary for firing tests ○ User-friendly manual operation For more details, please contact us or download the catalog.
By making the degreasing chamber, sintering chamber, and cooling chamber independent and automatically transporting them, the waiting time for changes in processing conditions for each stage is significantly reduced.
By making the degreasing chamber, sintering chamber, and cooling chamber independent and automatically transporting them, we significantly reduce the waiting time for changing processing conditions in each step. While processing the preceding work, we can prepare the processing conditions for the next work, enabling rapid consecutive condition changes for works with different processing conditions, which is effective for producing a variety of small lots. The hydraulic press mechanisms equipped in each chamber minimize thermal expansion during the degreasing, sintering, and cooling processes, and the atmosphere in each chamber is purged with N2 or H2 gas, preventing oxidation of the workpieces along with the high sealing performance of the entire system.
We will design the specifications specifically to meet your requirements!
The "Walking Beam Type Continuous Hardening Furnace / Conveyor Chain Type Continuous Tempering Furnace" can burn at the same air ratio throughout the combustion area using the nozzle mix method. It adopts a transportation method suitable for products with special shapes, such as cylinders. With a systematized operation, it does not require skill or intuition for operation. 【Features】 ■ Adopts a transportation method suitable for products with special shapes, such as cylinders ■ Can burn at the same air ratio throughout the combustion area using the nozzle mix method ■ Improves temperature distribution with temperature control in 4 zones for the hardening furnace and 5 zones for the tempering furnace ■ Systematized operation does not require skill or intuition for operation *For more details, please refer to the PDF document or feel free to contact us.
Achieving automation from the application of moisture-proof agents to drying! Contributing to improved production efficiency and odor control within the factory.
In the drying process after applying moisture-proof agents (such as HumiSeal) to substrates, many sites are considering switching from traditional natural drying to automation to improve production efficiency. By using application machines and drying ovens in such cases, automation can be achieved. 【Features】 ■ Conveyance height (effective height of components) adjustable up and down by 100mm It is possible to directly load substrates with tall components into the drying oven. ■ Conveyance speed can be adjusted from 0.5 to 2.0 m/min, accommodating a wide range from short drying times to extended drying periods. ■ Odor recovery is possible through exhaust ducts, contributing to odor control within the factory.
Mold cure bake oven
It is used for heating large quantities of the same quality material under the same conditions at a temperature of 250°C. By connecting the loading and unloading sections with a conveyor or similar system, and setting the furnace temperature and residence time, it can operate as an automated production line for 24 hours without human intervention. Even during unmanned operation, the furnace temperature is recorded by a temperature recorder, allowing for responses to various troubles. Additionally, safety measures such as abnormal temperature alarm systems and emergency stops are fully equipped. This furnace is designed to save space by being elevated, as a conveyor type would take up more room.
Resin heating furnace
By using a ceramic far-infrared heater, it is possible to heat and soften the resin plate uniformly in a very short time, regardless of the material, color, etc.
High-temperature cavity blackbody furnace
The cavity blackbody furnace from CI SYSTEMS, which we handle, has been chosen for over 30 years as an infrared reference light source by public research institutes, corporate laboratories, and production lines in both the space defense industry and civilian sectors around the world. It is a reliable product that boasts high precision and high stability in compliance with NIST standards. It features a high-temperature blackbody of 1000°C (with an option for 1200°C), a diameter of 1 inch, and a high emissivity of 0.99 (with an option for 0.999).
For low temperature range and large area applications.
A high emissivity paint is applied to the blackbody surface, and the temperature of the blackbody surface is controlled using electronic cooling elements and resistance heating heaters. We offer models ranging from 2 inches to 20 inches in diameter, with a wide temperature range, high uniformity, and high emissivity among various options. The differential temperature blackbody furnace controls the temperature difference between the target and the blackbody surface, making it ideal for testing infrared cameras such as NETD and MRTD. When used in combination with a collimator, the target wheel and stage of the collimator can be controlled from the blackbody furnace's controller.
Ideal for UV and heating under vacuum and low oxygen concentration atmospheres!
The "PU-201-V type" is a vacuum UV irradiation batch furnace that can handle a maximum temperature of 200°C. It is a compact batch furnace type, ideal for heating and UV irradiation of small process items under vacuum and low oxygen concentration, as well as for research and development. It employs a thin heater as the heating source, allowing for high-speed temperature profile processes. The temperature controller, being a dedicated type, can obtain the necessary data for process verification (analog output). ● For more details, please download the catalog or contact us.
Optimal for soldering processes in vacuum environments and low oxygen concentration atmospheres for metals, wafers, etc.!
The "PH-224-S model" is a vacuum soldering batch furnace that supports a maximum temperature of 400℃. It is a compact batch furnace type, ideal for small-scale soldering processes and research and development. It uses a thin heater as the heating source, enabling it to accommodate high-speed temperature profile processes. An observation window allows for visibility of the workpiece's condition. The temperature controller, designed specifically for this purpose, can obtain necessary data for process verification (analog output). It supports a maximum temperature of 400℃ with air cooling. ● For more details, please download the catalog or contact us.