[INQ. NO. 1703M30] PSK’s flagship product, Supra V, is the latest generation of ashing system. With increased productivity, it is designed with the smallest footprint for 300 mm ashing systems. The system provides improved throughput, consistency, and increased precision, compared to existing previous models. The newly revised ferrite coupled induction plasma (FCIP) source offers enhanced processing capacity compared to microwave plasma, in which plasma damage has been significantly minimized.
A multi-source platform is designed for installing FCIP or point inductively coupled plasma (PCIP) depending on the user’s application purpose. PCIP can be used for both front-end and back-end applications. In addition to Supra V’s innovative process advancements, major improvements in the reliability of the system have been achieved through easier maintenance and field-proven customizable software.
In today’s ever changing environments, PSK will quickly adapt to changes and
lead the industry by creating value toward a more sustainable and systematic growth. Furthermore, the company will continue to intensively invest in R&D in order to improve technological processes and deliver quality products.
In the past, the company has focused on asher processing and semiconductor equipment manufacturing. However, the vision and goal of PSK is to ultimately become the global leader in the overall device processing sector across all semiconductor processes by 2021. Currently, the company is focusing on the development of innovative technologies to lead the inevitable paradigm shift of the semiconductor industry. With an aggressive R&D investment strategy, PSK will continue to achieve breakthrough innovations in technology and develop new cutting-edge equipment.
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achieving energy-saving of more than 40%, achieving 200 sets of dehumidifier and sales of 16 billion.
products through various efforts and has acquired U.S. and Japanese patents. It is expecting to establish more than 20 units in Korea. The geothermal heat pump hot-air dryer from the company will be commercialized in 2017. In 2015, it has obtained the New Excellent Technology (NET) certification. It provides energy saving more than 50% and cooling effect (COP 2.0). These products will also be developed as export strategy products.
Eco-friendly Architecture Materials Certificate.
bearings can be found in many applications, including stern tube bearings on ships, submarines and small craft, hydroelectric power plants and pumps.
as in heavy loads, low velocity, oscillating, and intermittent motions where formation of oil film can be difficult. LuBo Industries overseas network of offices includes China and Thailand, while the domestic network covers Changwon, Daegu and Ulsan.
production facilities improving dust and exhaust emissions of companies manufacturing air-conditioning related devices as well as product quality by developing the efficient, low-cost, high-productive fiber laser cutting machine by improving disadvantages of high-cost, low-productive plasma cutting machines. Therefore, we exhibit in Air-conditioning and Heating Air-Conditioning Exhibitions for the first time, both in name and reality.
air duster, not even with humid air. Er[INQ. NO. 1703M23] Nara Engineering & Controls has been supplying refrigeration and air-conditioning parts and components since 1990. Some of its main products include capillary tubes and fittings, vibration absorbers, and oil separators. Cooperating with a number of partners, the company also deals with other components and parts manufactured to international standards along with providing customized services. It has developed machines called NP-9 and NP-4 that pressure capillary tubes and fittings. Its vibration absorbers are certified by UL and CE, being recognized for their excellent quality.
T-shaped fittings that can be attached to hoses using NP-9, NP-4, or pliers.
to be sold. It is because of its comparatively superior merits to allure more potential buyers than the remaining players. It controls dampers of heater units and blower units at HVAC system of vehicle to control temperature, air direction and air circulation inside of vehicles. Mode and temp actuators are installed in the heater unit, and an intake actuator is installed in the blower unit. The intake actuator is designed to control incoming wind direction to move damper or circulating inside air. The mode actuator is to control incoming wind direction in 5 modes-vent, b/l, foot, def/foot and def. The temp actuator is used for inside temperature adjustment (air con/heater).

