Compared to conventional products, it is 53% smaller! It has become more compact, allowing for flexible layout of the units to fit the system!
It can be used as a heating source for heat treatment systems. ○ Versatility Easily controlled from commercially available PLCs and temperature controllers. ○ Layout Freedom With a new structure, the arrangement of units can be freely laid out to match the system. ○ Easy Installation Supports DIN rail mounting with the adoption of connector terminal blocks. ○ Easy Operation Parameter settings and changes can be easily operated from the operation unit (sold separately). ○ Safety Achieves high safety with abundant safety measures. ○ Atmosphere Control Supports vacuum and atmosphere heating in combination with peripheral devices. For more details, please refer to the PDF document or feel free to contact us.
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**Features** - Rapid heating is possible - Heating efficiency is very high - Non-contact, so there are no disconnections or short circuits, and the device itself does not have high-temperature areas like electric heating wires, making it safe (a heat source for areas requiring explosion-proof structures) - Non-contact heating makes it easy to heat in a vacuum or gas atmosphere - Localized concentrated heating is easy - Power control through electric power control is easy (temperature control) - High-precision temperature control is possible with temperature feedback from thermocouples and radiation thermometers - Very low power consumption and cooling water usage, reducing running costs - Compact, lightweight, and space-saving (miniaturization of production equipment) - No generation of exhaust gas or soot during combustion like oil or gas, keeping the heated objects and environment extremely clean - No idling required like induction heating with oil, gas, electric furnaces, or vacuum tube methods, allowing for immediate heating (reducing setup time for production equipment) - Indirect heating of inorganic materials (glass, ceramics, etc.) is possible using carbon crucibles, etc. - Heating in ultra-high temperature ranges is possible (over 1800°C) For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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● We are a design and manufacturing company that utilizes know-how cultivated in medical devices to create compact and high-performance "high-frequency induction heating devices" and "electric furnaces." ● We easily achieve ultra-high temperatures (over 2000°C), rapid heating (2000°C/min), and atmosphere-controlled heating, contributing to space-saving solutions. In addition to high-frequency power supplies and electric furnaces, we also support the design and manufacturing of various peripheral devices. *Examples of peripheral devices include alloy production (metal melting), pouring casting chambers, and heat treatment (carburizing quenching, annealing, preheating, brazing, etc.) ● Please visit our company website for various case studies. ● Consultations before purchase (in-person or via web) Proposals for current challenges Heating tests of samples as performance verification Explanation of product functions and operation methods ** Please feel free to contact us for inquiries or consultations. ** Technical inquiries: Phone number: 0749-63-7773 Email: info@sk-medical.jp