Ultrapure Water Machine

Industrial-grade EDI water purification system delivering 15-18 meg-ohm ultrapure water with 90-95% recovery efficiency. Features chemical-free operation, continuous regeneration, and robust construction for power generation, semiconductor, and pharmaceutical applications. Available in 25-200 GPM capacities with advanced ion exchange technology.

Advanced EDI electronic ultrapure RO skid system combining reverse osmosis and electrodeionization technologies. Achieves ultra-pure water with conductivity below 0.1 µS/cm, desalination rate of 96-98%, and recovery rate of 50-75%. Features full stainless steel 304 construction, multiple voltage options (110V/220V/380V), and capacities up to 18,000 GPD. Ideal for semiconductor, pharmaceutical, and food manufacturing applications.

Industrial-grade reverse osmosis water purification system with EDI technology producing ultrapure water (

Chemical-free EDI water purification system producing 1-7 GPM ultrapure water for power generation, pharmaceutical, and semiconductor industries. Features modular design, 90% recovery rate, and continuous operation without regeneration requirements. Available in four models with power consumption from 200W to 600W.

Advanced EDI electrodeionization module combining electrodialysis and ion exchange for continuous ultrapure water production. Delivers >15 MΩ·cm resistivity with 85-95% recovery rates and ≥99% silicon/boron removal. Eliminates hazardous chemicals and batch regeneration cycles for environmentally friendly operation across 5 capacity models from 0.5 to 5.5 m³/h.

Advanced electrodeionization water treatment system delivering ultrapure water up to 18 MΩ-cm without chemical regeneration. Features 14 standard models with flow capacities from 2-220 GPM, chemical-free operation, and compliance with USP and Ph. Eur. standards for pharmaceutical, power generation, and electronics applications.

Compact electrodeionization system producing ultra-pure water up to 18.2MΩ/cm. Chemical-free operation with continuous 2 GPM flow rate. Ideal for pharmaceutical, power generation, and microelectronic applications. Features modular design, minimal maintenance, and reduced operating costs compared to traditional DI systems.

Produces ultrapure water up to 18 MΩ-cm using RO+EDI technology. No chemical regeneration needed, continuous operation, and low maintenance. Fully customizable for industries like electronics, power generation, and pharmaceuticals. Compact modular design with monitoring control.

Produces high-purity water up to 18 MΩ-cm with continuous EDI technology. No chemicals required, stable and reliable operation. Customizable 220V/380V, compact modular design. Ideal for USP purified water, lab, and pharmaceutical applications.

Produces ultrapure water up to 18 MΩ-cm via two-pass RO and EDI. Ideal for electronics, pharmaceutical, and lab use. Features automatic operation, low maintenance, and no chemical regeneration. Customizable voltage and capacity available.

Produces 2000L/h ultrapure water up to 18 MΩ-cm. Combines electrodialysis and ion exchange for chemical-free desalination. Features compact modular design, low maintenance, and continuous operation. Ideal for labs, power generation, and electronics. Customizable voltage and components.

Produces ultrapure water up to 18MΩ-cm for semiconductor and electronics. Features dual-stage RO and EDI for 99% salt removal, continuous operation, and low energy use. Compact, automated, and customizable for 110V-380V. Ideal for high-purity industrial applications.

Produces ultrapure water up to 18 MΩ-cm with consistent quality. Compact EDI module requires no chemicals, reduces waste, and offers easy maintenance. Ideal for USP purified water, laboratory, and electronics applications. Custom options available.

This 2000LPH ultrapure water system combines RO and EDI technology to remove conductive media, colloids, gases, and organics. CE certified, it offers customizable capacity and power options for reliable industrial and lab water purification.

Industrial-grade 1500LPH ultrapure water machine producing 18MΩ·cm resistivity water using advanced EDI technology. Features chemical-free operation, automatic controls, and SS304 construction. Ideal for electronics, laboratories, hospitals, and cosmetics industries requiring high-purity water with stable quality and low operational costs.

Chemical-free EDI water purification system producing ultrapure water up to 18.2 MΩ·cm quality. Available in 1-7 GPM models with 90% recovery rate, modular design for easy expansion, and serving pharmaceutical, semiconductor, and energy industries. Features include 5-micron pre-filtration, automatic quality monitoring, and no regeneration chemicals required.

Advanced 200GPM EDI water purification system delivering 15-18 meg-ohm ultrapure water with 90-95% recovery rate. Chemical-free operation eliminates regeneration chemicals and wastewater disposal. Ideal for power generation, semiconductor manufacturing, chemical processing, and research laboratories with robust construction and reliable performance.

Industrial two-stage RO+EDI water purification system producing ultrapure water with resistivity exceeding 15MΩ·cm. Features continuous processing, no chemical regeneration, and customizable configurations. Ideal for semiconductor, pharmaceutical, and power generation industries with capacities from 100-500 m³/d and operational voltages from 30-350V.

Industrial-grade 500LPH stainless steel RO water treatment system with EDI technology produces ultrapure water up to 18 MΩ-cm. Features include automated operation, no chemical regeneration, USA DOW membranes, and continuous quality monitoring. Ideal for pharmaceuticals, electronics, power generation, and laboratory applications with 90-99% TDS removal efficiency.

Industrial-grade 2000LPH RO EDI water purification system producing ultrapure water up to 18 MΩ-cm. Features chemical-free operation, automatic controls, online monitoring, and serves pharmaceutical, power generation, electronics, and cosmetic industries with reliable, low-maintenance performance.