Infrared Heater for Pharmaceutical Development and Manufacturing "Technical Data" Giveaway!
Technical data giveaway! A clean, high-efficiency energy source that is also easy to control.
Infrared heaters are extremely efficient heat sources, with over 85% of the input power converted into heat rays. They have excellent features not found in other heat sources, such as "design flexibility according to usage environment and conditions," "easy thermal control through concentration or diffusion of heat," and "rapid heating and cooling, allowing for precise thermal control." They provide optimal "heat" for equipment used in pharmaceutical development and manufacturing processes, including analysis and inspection, as well as in fields such as film, resin, plastic, semiconductors, photovoltaics, liquid crystal, electronic components, and optical components. 【Features of Infrared Halogen Heaters】 ■ 85% of input power converted to heat rays! A highly efficient energy source ■ Rapid temperature rise and fall to nearly 800°C almost simultaneously with power input! ■ Achieves high-efficiency heating with a simple system thanks to light energy! ■ Compact and lightweight, suitable for installation in tight spaces! ━━ You can also view the comprehensive catalog! ━━━━━━━━━━━━━━ You can view the comprehensive catalog of infrared halogen heaters for free from the "Download" link below! Please use it to assist in selecting infrared heaters! ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━
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basic information
【Other Main Features】 ● Quick Response It can start up and shut down almost simultaneously with ON/OFF, and can handle complex heating programs with thermal control. ● High Control Capability Heat can be freely controlled through optical control using lenses and mirrors. ● Compact and Clean Heat Source Being small and lightweight allows for installation in tight spaces, and non-contact heating means it does not affect the target object or environment. ● Compatible with Various Heat Distribution Patterns and Heating Speeds By simply changing the shape of the lamp or filament design, it can flexibly adapt. ● Capable of Converting Wavelengths from Near Infrared to Far Infrared Various coatings and filtering can meet user requirements. ● Design Customizable to Usage Conditions and Environment By customizing the design, we propose the optimal heat source that matches the requirements. ● Maintains Consistent Performance It maintains almost constant energy radiation until the end of its lifespan.
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Applications/Examples of results
Main Uses ● Inspection and analysis (light source for inspection and analysis equipment) ● Processes such as heating, stretching, molding, and laminating ● Processes such as film manufacturing, printing, and paint drying ● Optical field (glass and plastic molding, lens molding) ● Various manufacturing processes for thin films, semiconductors, PV, liquid crystals, and electronic components
Detailed information
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Rich lineup Top row from left: circle shape, straight tube type, spot type, single-end type Bottom row from left: line type, circle type, flat type, spot type
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| Model number | overview |
|---|---|
| Heater lamps, heater units, line heater units, circle heater units, spot heater units, and more | We offer a variety of lamp and unit shapes that can be customized to suit your purpose and application. |
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Company information
For over half a century, we have continuously refined our technological and product capabilities. By integrating Ushio's unique proposal power with these strengths, we provide solutions that pave the way for the next generation to society and the market. In the business domain of light and industry, where further evolution is anticipated, we will maximize all our capabilities to contribute to the development of our customers and society.
