The sample part is vacuumed for insulation! Heating stage unit for transmission measurement.
The "TP-HEA-1" is a heating stage unit for transmission measurements that can be mounted on the terahertz spectrometer "TeraProspector." The sample section is used under vacuum for insulation. The vacuum is manually created after the sample is set, and the unit, sealed under vacuum, is placed in the sample chamber for measurement. The temperature is monitored at the metal part that contacts the sample and controlled by an electric heater. A chiller is used for heat dissipation, circulating cooling water. 【Features】 ■ The sample section is used under vacuum for insulation. ■ The temperature is monitored at the metal part that contacts the sample. ■ A chiller and circulating cooling water are used for heat dissipation. *For more details, please refer to the PDF document or feel free to contact us.
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【Specifications】 ■Model: TP-HEA-1 ■Temperature Range: Room temperature +10℃ to +300℃ ■Stability: ±1.0℃/h or less ■Heating Method: Electric heater ■Temperature Sensor: K thermocouple ■Sample Measurement ・Standard: 1 sample, φ12mm to φ30mm, t: 3mm or less ■Opening Diameter: Standard: φ10 ■Vacuum: 50Pa or less ■Power Supply ・Single-phase AC100V (50/60Hz) 5A (for temperature control) ・Single-phase AC100V (50/60Hz) 8A (for chiller) *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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Nihon Precision Co., Ltd. started with the aim of designing and manufacturing semiconductor manufacturing equipment, inspection equipment, and peripheral automation devices, and has received high praise for its technological capabilities in this field. Since then, the technologies and know-how cultivated here have also been applied to the fields of scientific instruments such as infrared spectrometers and infrared microscopes. Currently, we are steadily achieving results in a wide range of advanced mechatronics products, including computer-aided automatic inspection systems, FA, transport robots, and control devices, thereby establishing our customers' trust as a technology group that plays a significant role in the manufacturing processes of semiconductors and liquid crystals. In response to the rapidly changing business environment and to strengthen our competitiveness, we have newly constructed and completed an additional building alongside our existing two factory buildings and have commenced operations. We are now capable of increasing production of various semiconductor manufacturing equipment, as well as manufacturing next-generation large liquid crystal panel manufacturing equipment and CVD manufacturing equipment for thin-film solar cells. We have embarked on a new journey to meet the diverse needs of our customers.