1～7 item / All 7 items
The multifunctional vacuum furnace MetalMaster combines high-quality performance with proven technology, continuously producing highly reproducible processing results.
Vertical vacuum furnaces can utilize heating chambers made of all-metal or graphite, among other materials. Furthermore, this technology is cost-effective, versatile, and highly adaptable, making it easy to meet various process and application requirements.
Proposal for internal inspection to vacuum furnace users affected by the state of emergency and other circumstances impacting business!
For all heat treatment processes, it is important to achieve accurate processing and metal properties. In many cases, these depend on the performance of the vacuum furnace. If the furnace fails, unexpected equipment downtime and unplanned expenses occur. To avoid such costs, departments involved in heat treatment are required to always monitor the condition of the vacuum furnace. Regardless of whether it is the aerospace industry, automotive, power generation, medical, tools, or any other industry, the goal remains to operate the furnace with reliable performance for as long as possible. This time, we will introduce five basic inspection items. It is recommended to start with these.
Active in fields such as aerospace, medical devices, and 3D printers. Prevents discoloration and achieves high-quality heat treatment. Currently offering materials that explain the inspection points of vacuum furnaces.
If you are struggling with heat treatment of materials that are prone to discoloration, such as titanium, nickel superalloys, and PH stainless steel, please consider the "All Metal Hot Zone." Inside the furnace, instead of merely covering the surface with metal materials, we reduce the surface area with multi-layered insulation using metal shields, significantly reducing the adsorption of water vapor from the air into the furnace during the loading and unloading of treated items. As a result, stable processing is possible even in high humidity environments during the rainy season or summer. 【Benefits of Heat Treatment with the "All Metal Hot Zone"】 ■ Heating is possible up to 1315°C with a maximum heating rate of 41°C/min ■ Reduces post-processing of fine and complex layered structures from 3D printers ■ Easier to address overshoot as specified in the aerospace standard AMS2750 F ★ Currently, we are offering a document explaining the "5 Inspection Items" for vacuum furnaces. You can view it immediately via "PDF Download."
A low-temperature vacuum furnace utilizing the TITAN series platform!
The "TITAN LT" is a low-temperature vacuum furnace manufactured using Ipsen's unique flow production process. It is a cost-effective vacuum furnace in terms of productivity, short delivery times, and operability, making it particularly suitable for bright annealing through vacuum heating. [Applications] Annealing, brazing, bright aging treatment, stress relief, tempering [Features] ■ Equipped with unique control software ■ Easy temperature measurement and management ■ Ipsen's proprietary heater structure ■ Capable of pressurizing up to 2 bar for convection heating during temperature rise *For more details, please refer to the PDF document or feel free to contact us.
Supports versatile processes! It is a compact type with good temperature distribution performance and can be transported in containers with a short delivery time.
The "TITAN Series" is a compact vacuum furnace that boasts powerful performance, equipped with cutting-edge technology and predictive maintenance features. It comes standard with the predictive maintenance software PdMetrics. Additionally, based on customer feedback, improvements have been made while maintaining the product's characteristics of reduced installation space and short delivery times. 【Features】 ■ Horizontal vacuum furnace with a maximum cooling pressure of 2 bar ■ Supports over 20 languages ■ Touchscreen with a high-resolution display that allows viewing of important parameters from a distance, along with a text scrolling function ■ Supports standard heat treatments such as quenching, tempering, annealing, and brazing ■ Functionality can be expanded by adding standard options, among others *For more details, please refer to the PDF document or feel free to contact us.
We provide solutions that match applications in various industries such as aerospace, plants, automotive parts, and precision equipment!
Ipsen's "High-Performance Vacuum Brazing Furnace" is designed not only to consider the temperature distribution in an empty furnace but also to minimize temperature variations within the furnace when processing actual products. Additionally, products utilizing a center element structure that pursues efficient productivity are also available. Software that facilitates the measurement and control of the actual temperatures of critical processing items during heat treatment is standard equipment. The design is based on the premise of temperature measurement and temperature management. It is suitable for establishing production conditions and improving reproducibility within increasingly stringent tolerances. <Product Features> - Compatible with AMS2750F and AMS2769C - Custom furnace manufacturing for experimental use (for research and development), etc. *For more details, please download the PDF or contact us.
Active in fields such as aerospace, medical devices, and 3D printers. Prevents discoloration and achieves high-quality heat treatment.
If you are having trouble with heat treatment of materials that are prone to discoloration, such as titanium, nickel superalloys, and PH stainless steel, please consider the "All Metal Hot Zone." Inside the furnace, instead of merely covering the surface with metal materials, we reduce the surface area with multi-layered insulation using metal shields, significantly reducing the adsorption of water vapor from the air into the furnace during the loading and unloading of treated items. As a result, stable processing is possible even in high humidity environments such as during the rainy season or summer. 【Benefits of Heat Treatment in the "All Metal Hot Zone"】 ■ Heating up to 1315°C with a maximum heating rate of 41°C/min ■ Reduction of post-processing for fine and complex layered structures from 3D printers ■ Easier to address overshoot as specified in the aerospace standard AMS2750 F *For more details, please refer to the materials. Feel free to contact us with any inquiries.
