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31～60 item / All 87 items
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Case study on the use of infrared heaters: Preventing filter freezing.
Not only does it help with efficient freeze prevention and energy saving, but it can also be incorporated into filtration systems!
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Case study of infrared heater utilization: Heating of wooden products
Heating is possible only at the necessary temperature and for the necessary time when needed! Here are examples of its application in woodworking products.
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Case study of infrared heater utilization: Heating food
Excellent control, capable of heating only when necessary! Here are examples of its use in food processing.
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Heating and drying using infrared heaters in the automotive field.
It leads to increased efficiency in processes such as reducing process time, cutting costs, and saving energy in the automobile manufacturing process!
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Case studies of infrared heater utilization: Heating in the medical field
Usable in clean rooms and under vacuum! Introducing the use of infrared in medical supplies.
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Case study of infrared heater utilization: Layered manufacturing of powder materials in 3D printing.
Always possible to maintain consistent heating conditions and a stable process! Contributes to improving production quality.
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Drying and sintering of metal ink using infrared heater.
Both drying and sintering processes are possible in one operation! Here are examples of utilization using infrared heaters.
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Case Study of Infrared Heater Utilization: Drying of Printing Inks
Shorten the time required for the drying process! Smartly solve challenges by combining with an air knife (air).
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Case study of infrared heater utilization: Powder coating of metal products
High thermal conductivity to the coating film allows for fast drying and rapid curing! It improves productivity and finish quality.
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Case studies of infrared heater utilization: Coating with water-based paints and powder coatings.
Uniform drying and curing is possible! It significantly accelerates the drying process and contributes to increased production efficiency.
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Case study of infrared heater utilization: Rapid heating of glass
Heating up to 700-900℃ is possible! High power and rapid heating in an open environment.
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Case studies of infrared heater utilization for heating and drying building materials and construction materials.
Effective utilization of thermal energy is possible! It can accurately heat materials in shapes such as cylindrical or flat plates.
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Case studies of infrared heater utilization: embossing and laminating processes.
Heating through non-contact means eliminates the need for media! Significantly improves line speed and system operability.
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Application of infrared heating in plastic processing
Can be heated without contact! The process can be automated even for deburring complex-shaped workpieces.
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Case study of infrared heater application: Thermal welding of plastics
Supports high melting point materials and low viscosity substances! The realization of an efficient process eliminates the need for large equipment zones.
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Molding heating process of carbon fiber reinforced plastic (CFRP) using infrared radiation.
Can be precisely adjusted according to the customer's products and processes! We are proposing solutions using infrared technology.
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Case study of infrared heater utilization: Preheating of molds
Increase production efficiency! Achieve reduced preheating time for heavy objects and energy savings.
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Case Study of Infrared Heater Utilization: High-Temperature Heating of Aluminum Alloy Using Infrared
Even high-reflectivity aluminum alloys can withstand heating at 400 to 600°C! Contributes to energy savings with a tact process.
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High-temperature and high-speed heating process of metals using infrared heaters.
High-speed heating to 900°C within tens of seconds! High energy density can also be achieved.
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Light processes for hardening, drying, lamination, embossing, and stretching.
Introducing examples and benefits of converting! What are the UV (ultraviolet) curing process and infrared heating and drying process to improve productivity?
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Infrared Light Processes Contributing to Decarbonization That You Should Know About
Utilizing electric heating and drying systems in production sites contributes to decarbonization! Productivity is improved with an irradiation efficiency of 95%.
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What are the infrared devices that can be incorporated into a robot cell and how can they be used?
[Case Study Presentation] The excellent responsiveness of the infrared heater is suitable for the robot cell production cycle!
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Improve the quality of springs for automobile suspensions! "Infrared Booster"
Can be installed in front of the powder coating equipment! There is almost no need to change the existing production line.
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Improving the flexibility of the production process for flooring materials! Infrared booster.
Good adhesion is achieved for the application of PVC paste, preventing bubbling!
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What are the advantages of the vacuum lamination process using infrared heaters?
After adoption, standby control that requires preheating of up to about 30% is no longer necessary!
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When heating is required for plastic processing.
What methods can increase production speed through heating? How should one choose an infrared heater? We will answer such questions!
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How is the infrared heating process applied?
What are suitable heating methods for increasing production speed? How should one choose infrared heaters? We will answer these questions!
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Infrared heating technology makes plastic processing easy to achieve!
Suitable for molding and processing thermoplastic plastics. Introducing infrared heating and drying technology used for bending, stretching, curing, welding, and drying!
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Important aspects of heat treatment in plastic processing.
Introducing the heating process essential for the manufacturing of various plastic (resin) products and its key points.
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Noble Light Infrared Heater Heating and Drying Solution Catalog
A wide range of products including short-wavelength infrared heaters and medium-wavelength carbon heaters are featured.
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