Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
76～90 item / All 650 items
Capable of dual-side alignment, proximity, and soft contact exposure.
It is a mask aligner that aligns a glass mask with a workpiece in photolithography processes such as wafers and glass substrates, and transfers a fine mask pattern onto the photoresist coated on the substrate.
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 "designed to suit the usage environment and conditions," "easy thermal control through focusing or diffusing," and "quick startup and shutdown, allowing for delicate thermal control." They provide optimal "heat" not only for thin film and film manufacturing processes but also for fields such as semiconductors, PV, LCDs, electronic components, optical components, resins, and plastics, as well as for analytical and inspection equipment. 【Features of Infrared Halogen Heaters】 ■ 85% of input power is converted into 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, can be installed 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! ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━
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 radiation. They have excellent features not found in other heat sources, such as "the ability to be designed according to the usage environment and conditions," "easy thermal control through focusing or diffusing," and "rapid heating and cooling, allowing for precise thermal control." They provide optimal "heat" for various manufacturing processes, including analysis and inspection equipment, semiconductors, photovoltaics, liquid crystal displays, electronic components, optical components, films, resins, and plastics. 【Features of Infrared Halogen Heaters】 ■ 85% of input power is converted into heat radiation! A highly efficient energy source ■ Rapid temperature rise and fall to nearly 800°C almost simultaneously with power input! ■ Thanks to light energy! Achieves high-efficiency heating with a simple system ■ Compact and lightweight, can be installed 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! We hope it helps you in selecting infrared heaters! ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━
LED stand light with adjustable angles and height in all directions.
This is an LED stand light that can uniformly illuminate the entire surface. It has a waterproof and dustproof design, making it safe for outdoor use.
[Free Sample Available] A heating material made by turning a new carbon nanotube (CNT) material into a paint and applying a thin film coating.
Unlike planar heating elements made of metallic materials such as nichrome wire, this is a material that heats uniformly across its entire surface. HEATNEX utilizes CNT as a resistive element and prints it onto a film, achieving a flexible heating material. By adjusting the transparency, it can be made close to transparent and can also accommodate specifications that allow light to pass through. 【Features】 ■ A flexible heating material that can heat uniformly across its entire surface. ■ Efficient heating through heat conduction and far-infrared radiation. ■ Excellent thermal conductivity and thermal radiation, allowing for instant heating and heat dissipation. ■ It is possible to create a lightweight planar heating element by forming electrodes with conductive paste, etc. ■ Capable of emitting approximately five times more far-infrared radiation than metallic heating elements. *Evaluation results are based on internal comparisons. 【Newly Developed Products】 High-Temperature Compatible Products - Heat Resistance: 200℃ (Standard Product: 80℃) Using polyimide as the substrate allows for heating at higher temperatures compared to standard products. Low-Voltage Compatible Products - Heat Resistance: 80℃ - Surface Resistivity: 30Ω/□ (Standard Product: 150Ω/□) Can be used at low voltage, making it widely applicable. *For more details, please download the materials or contact us.
High quality and long lifespan! We also have bending processing technology that can accommodate complex shapes.
We introduced the technology of the original sheath heater from the American company GE after World War II. Since then, our sheath heaters have built a track record in various industries and fields. We focus on custom products, which are in particularly high demand in the industrial sector, and have established a production system that allows us to consistently design and manufacture everything from large unit heaters to equipment. We have a strong track record in applications for power generation, petrochemicals, and nuclear energy, and in addition to high-quality and long-lasting products, we also possess bending processing technology that can accommodate complex shapes. *The sheath heater, which is now common, was named by our company. For more details, please contact us or download the catalog.
It is resistant to vibration and impact, efficiently supplying uniform heat to metal surfaces.
It has properties of vibration resistance, shock resistance, and durability for harsh use, making it ideal for cases where uniform heating is required on certain surfaces of various processing machines such as extruders and molding machines. Additionally, it is highly safe and suitable as an explosion-proof space heater. It can be manufactured in any shape that can be cast, such as flat, cylindrical, or semicircular, according to the application. For more details, please contact us or download the catalog.
It is possible to calculate heat dissipation without complex calculations!
"Auto Trace" can be easily designed by anyone if the heat dissipation amount can be calculated, thanks to its parallel circuit type and self-regulating characteristics. For this reason, we have prepared heat dissipation tables for piping, valves, and tanks, allowing for the calculation of heat dissipation without complex calculations. Additionally, the electrical output of Auto Trace is designed with a safety factor in mind, so it can be used as is. *For more details, please refer to the PDF materials or feel free to contact us.*
Suitable for process heating applications up to 65℃, freeze prevention heater.
The "Self-Regulating Heating Cable BTV Series" is a self-regulating electric heater primarily applicable for freeze prevention and process temperature maintenance up to 65°C! The heat resistance specifications of this product are 65°C for continuous operation and 85°C for intermittent operation. Depending on the specified BTV products and the configuration of accompanying components, it can be used as an electric heating system in hazardous locations of Class 1 and Class 2 in Japan. 【Features】 ■ Freeze prevention ■ Process temperature maintenance up to 65°C ■ Type approval system ■ Complies with JIS testing (JISC3651) 【Product Composition】 ■ Conductor ■ Self-regulating heating element ■ Polyolefin resin insulation ■ Tin-plated copper braid (shield) ■ CR: Polyolefin resin outer layer ■ CT: Fluoropolymer outer layer *For more details, please refer to the PDF document or feel free to contact us.
Self-regulating heater capable of maintaining a process temperature of up to 110℃.
The "Self-Regulating Heater Cable QTVR Series" is an electric heater cable for process temperature maintenance capable of maintaining temperatures up to 110°C. It can also be used for freeze prevention in areas with significant heat loss. The heat resistance specification of this product is 110°C for both continuous and intermittent operation. Additionally, it can be used as an electric heating system in hazardous locations of Class 1 and Class 2 in Japan, not only in general areas exposed to acids, alkalis, and organic materials but also through the specific configuration of QTVR products and their associated components. 【Features】 ■ Effective freeze prevention in areas with significant heat loss ■ Capable of maintaining process temperatures up to 110°C ■ Type approval system ■ Complies with JIS testing (JISC3651) 【Product Composition】 ■ Conductor ■ Self-regulating heating element ■ Fluoropolymer outer layer coating ■ Tin-plated copper braid (shield) ■ CT: Fluoropolymer outer layer coating *For more details, please refer to the PDF document or feel free to contact us.
Compliant with JIS standards (JISC3651)! Capable of process temperature maintenance up to 120℃!
The "Self-Regulating Heater Cable XTV Series" is an electric heater cable for process heating that can maintain a maximum temperature of 120°C. The heat resistance specifications of this product are 120°C for continuous operation and 215°C for intermittent operation. It can be used as an electric heating system in hazardous locations of Class 1 and Class 2 in Japan, not only in general areas exposed to acids, alkalis, and organic materials but also in systems configured with specific XTV products and their associated components. 【Features】 ■ Capable of maintaining process heating up to 120°C ■ Type approval system ■ Complies with JIS testing (JISC3651) 【Product Composition】 ■ Conductor ■ Fluoropolymer resin insulating spacer ■ Self-regulating heating element ■ Fluoropolymer resin insulating coating ■ Tin-plated copper braid (shield) ■ CT: Fluoropolymer resin outer layer coating *For more details, please refer to the PDF document or feel free to contact us.
Support energy saving and cost reduction, compatible with various heaters!
Our company is a certified sales and engineering agent for Raychem's self-regulating heaters (auto-trace heaters), supporting energy-saving, cost-reduction, and CO2 reduction for systems. The Raychem brand is recognized for its technical leadership as the inventor of self-regulating heating cables. Additionally, Raychem's cables adjust their output according to surrounding and process conditions, accurately delivering the right amount of heat to the necessary location at the necessary time, making them ideal for heat management systems. [Features] ■ Authorized primary engineering agent for Raychem, handling self-regulating heaters and more ■ Supporting energy-saving, cost-reduction, and CO2 reduction for systems *For more details, please refer to the PDF document or feel free to contact us.
Output changes according to the surrounding temperature, providing uniform insulation! High quality with no maintenance needed for the heater! Aiming to reduce costs by 90% from approximately 10 million per month. *Example of problem-solving included.
Seido Electric provides a safe, self-regulating heater that has a long lifespan, can adjust its output according to ambient temperature, and can be used in hazardous areas. Since it saves temperature at the upper limit, it does not overheat and can maintain warmth evenly. Being electric, it does not require a boiler operator, offering significant cost advantages compared to hot water and steam systems, and has recently gained attention! **[Challenge]** A confectionery manufacturer was spending 10 million yen per month to melt chocolate and jam, which was costly and required a boiler operator. They requested to reduce costs, including labor expenses. **[Solution]** We replaced the existing hot water and steam systems with our self-regulating heaters, achieving a 90% cost reduction. The electric system can operate 24 hours a day, and since it only incurs costs for the necessary energy, the monthly cost dropped from 10 million yen to about 1 million yen, roughly one-tenth of the usual cost. Additionally, since a boiler operator is not needed, expenses were significantly reduced, much to their satisfaction. *You can download the "Heater and Boiler Troubleshooting Guide" as a PDF!*
Introducing an overview of self-regulating heaters that provide reliable and safe electric heating and insulation!
We handle Raychem's "Self-Regulating Heater." It enables reliable and safe electric heating and insulation without the risk of abnormal heating or burnout, even without using a thermostat. Additionally, due to its continuous parallel circuit structure, it can be cut to the necessary length on-site for use. 【Features (Self-Regulation)】 ■ The amount of heat generated increases or decreases with temperature changes, controlled by the heating element itself. ■ It will never operate above the self-regulating heater's rated temperature, even with continuous use. ■ No need to install a thermostat for overheating prevention. ■ It will not create hot spots (overheated areas) even when used in a crossed configuration. ■ There is no risk of the heater burning out due to abnormal overheating. *For more details, please refer to the PDF document or feel free to contact us.
A must-see for chemical plants! A new high-quality fully self-regulating heater that can be used in explosion-proof areas is now available!
Seido Electric is a company that specializes in the installation and sale of industrial self-regulating heaters, leak detection devices, and other heaters that have obtained explosion-proof certification. The "Self-Regulating Heater HTV" is a high-quality self-regulating heater designed for industrial use by Raikem. It can maintain process temperatures up to 205°C and can be used at temperatures up to 260°C. The product features a robust structure with a heating element and insulator that are extruded and molded together. Additionally, it is integrated with a sturdy metal blade and a chemical-resistant fluoropolymer outer coating. The Self-Regulating Heater HTV has a maximum continuous exposure temperature of 205°C and retains over 95% of its output even after 10 years of operation. It complies with JIS testing standards (JIS C 3651). *For more details, please contact us or download the PDF.*
