Mirae ST Co., Ltd. products

They produce Type I grade water of which the quality satisfies relevant regulations, such as ASTM, ISO3696, CLSI, EP, and USP. The produced water can be utilized for precision analysis instruments, such as HPLC, AA, ICP, LC-MS, and ICP MS, as well as in the fields of electrochemistry, TOC analysis, molecular biology, and semiconductor engineering. By utilizing multiple (maximum 3 units) dispensers, final filters can be selected by application field to produce water free of particles, endotoxins (pyrogens), and heavy metals. In addition, it is possible to feed necessary quantity of water. The 4.3"-wide graphic display enables real-time identification of quality, TOC value, and PH of ultra-pure water, filter pack utilization condition, and level of storage tank.

Expe Series are the only products in Korea, which are being exported with verified water quality, its superior functions and international sense of design competing with world renowned makers. Produces the ASTM water grade I. Wide graphic LCD display. Easy to use and convenient maintenance. Volumetric time setting. Reliable & desired water quality. Printer for data output with interface. ISO9001 and certified CE and NEP.

They produce Types ? and ?, ? grade water, and the produced water can be utilized for formulating microbe culturing media, final rinsing of experimental equipment and materials, thermohygrostats, sterilizers, and as feeding water for ultra-pure water producing equipment. The 4.3"-wide graphic display enables identification of pure water quality, filter pack utilization condition, level of storage tank, etc.

Expe Series are the only products in Korea, which are being exported with verified water quality, its superior functions and international sense of design competing with world renowned makers. Produces the ASTM water grade III, IV Wide graphic LCD display Easy to use and convenient maintenance Compact design Printer for data output ISO9001 and certified CE.

Types I and III grade water can be produced in a system. The produced water quality satisfies relevant regulations, such as ASTM, ISO3696, CLSI, EP, and USP. The produced water can be utilized for precision analysis instruments, such as HPLC, AA, ICP, LC-MS, and ICP MS, as well as in the fields of electrochemistry, TOC analysis, molecular biology, and semiconductor engineering. By utilizing multiple (maximum 3 units) dispensers, final filters can be selected by application field to produce water free of bacteria, particles, endotoxins (pyrogens), and heavy metals. In addition, it is possible to feed necessary quantity of ultra-pure water. The 4.3"-wide graphic display enables real-time identification of quality and TOC value of pure and ultra-pure water, filter pack utilization condition, and level of storage tank.

Produces the ASTM water grade ?, ? by one system. Produces wide graphic LCD display. Easy to use and convenient maintenance. Reliable & desired water quality. ISO9001, ISO14001 and certified CE and NEP.

As they use Expe-RO EDI module, additional purification to use type ? water is no longer needed. Ion particles in the module are regenerated by electric current, and a little water and energy are required during the treatment process. This process does not require particular maintenance, repair, and chemical regeneration of ion.

Now, ERWEKA is supplying not only 8 hole dissolution testers but also 12 hole and 14 hole dissolution testers. The product is manufactured for customer convenience as top priority. It supports fast test start by adopting “Quick Lifter” and is faster and more convenient by using magnetic shaft.

Clean and convenient interface: It is a device to test the level of disintegration of tablets, and ERWEKA already introduced disintegration tester in 1951.

ERWEKA’s hardness tester can satisfy any demand of customers with its diverse product groups.Its performance and durability are already acknowledged by more than 100 domestic companies, and the new products that are being launched every year reflect the more complex demands from users.