The JYEC series laboratory ultrapure water system is an integrated device that directly produces ultrapure water from municipal tap water. It serves dual purposes, simultaneously producing both pure water and ultrapure water to meet various water usage needs.

Application Areas:

High-Performance Liquid Chromatography (HPLC), Gas Chromatography (GC), Ion Chromatography (IC), Inductively Coupled Plasma (ICP), PCR, Atomic Absorption Spectroscopy, physics, electrochemistry and interface research applications and analysis, meteorological analysis, precision instrument analysis, amino acid analysis, analytical reagent preparation and dilution, etc.

Technical Features:

Direct connection to tap water, no need for distilled water as feed water; no special water source requirements;

Dual-purpose machine, capable of producing both pure water and ultrapure water simultaneously to meet different user needs;

Microcomputer-controlled, fully automatic operation; stops automatically when water is full and restarts when water level drops;

The system features startup and standby flushing maintenance functions, effectively extending the service life of filter membranes;

Automatic alarm and standby mode when feed water is interrupted or pressure is low;

Blue LCD screen displays real-time operating status and relevant parameters;

Dual-channel (pure water, ultrapure water) real-time online water quality monitoring to ensure water safety;

Built-in time display and setting function;

Touch-sensitive buttons, multi-level menu operation; multiple function settings can be customized as needed;

Startup cleaning time, pure water, and ultrapure water alarm values can be set according to requirements;

Comprehensive system self-check function, automatic fault diagnosis, and UV failure alarm function;

Automatic alarm and reminder for replacement when water quality exceeds standards or consumables expire;

Equipped with a UV sterilizer to effectively kill bacteria and reduce TOC;

Equipped with a 0.22-micron terminal sterilizing filter to ensure sterile terminal output;

All control and power supplies use 24V DC safe power; device power consumption is only tens of watts;

Chassis made of ABS material, aesthetically pleasing and refined, corrosion-resistant, with safety insulation meeting GLP safety requirements;

Optimized process design ensures not only water quality but also reduces consumable replacement costs for customers;

Uses high-quality reverse osmosis membrane elements and premium mixed-bed polishing resin as core components;

Pre-treatment, reverse osmosis treatment, and post-stage ultrapurification are all integrated into the chassis, making the device more concise, elegant, and stylish;

Pressure-sealed system design; pipelines and connectors made of inert materials to avoid secondary pollution;

Standardized and parameterized product design makes the ultrapure water system structurally more reasonable, highly interchangeable, and stable in quality;
Technical Parameters:

Note: Feed water quality will affect the quality of pure water and the lifespan of filter cartridges.