No need for regeneration chemicals! This is a high-purity pure water production system suitable for long hours of operation.
August 7 (Wednesday) A must-see for PFAS analysts! We will introduce useful information in a series of PFAS analysis workflows.
Easily collect water just by connecting to the faucet! A cartridge-type pure water device characterized by its ease of use.
No need for external regeneration or backup machine! Achieve external regeneration with low-cost ion exchange resin replacement. Reduce running costs!
Introducing a pure water system for obtaining accurate and highly reproducible diagnostic test results!
Supplies pure water that controls endotoxins and bacteria. Also suitable for laboratory use: 'BIOPURE 7/15'.
Introducing the features of Elga products! You can choose a dedicated tank that can dock with the main unit!
It supports PFAS analysis and ultra-sensitive TQ ICPMS, so high-sensitivity analysis can be done with just this one device! It also contributes to cost reduction!
Unit proposals can be made according to the water volume and water quality needs of pharmaceutical factories and other facilities! Contributes to space-saving and shortened construction periods, making expansion and relocation easy!
Adopts mercury-free UV lamps! The device and tank are integrated, allowing installation in limited spaces.
Currently under development! An advanced water generator equipped with IoT that utilizes a new energy system.
We offer brand new ion exchange resin at a low price! It is a cartridge-type pure water system that contributes to cost reduction!
ICP-MS (ultra-trace element analysis), completely mercury-free ultrapure water production system for semiconductor cleaning.
Suitable for analyzing water, semiconductor cleaning water, pharmaceutical manufacturing, and blank water for trace analysis!
Ideal for precision cleaning water! We offer skid-mounted RO pure water systems and water supply tank units.
We have achieved a user-friendly lineup that includes not only size variations but also considerations for shape and operability.
With a private water supply system, it is possible to implement disaster prevention measures while reducing costs instead of spending money on disaster prevention measures.
Are you adequately responding to the increasing awareness of disaster prevention? During disasters, securing "water other than drinking water" is particularly difficult.























































































































