Hardware & Mechanical

• Multi‑stage purification workflow: pretreatment, ZC/UF ultrafiltration, imported Dow RO membrane, intelligent‑voltage‑controlled EDI module and UP polishing column filled with imported mixed‑bed resin.
• Dual‑wavelength (185 nm / 254 nm) UV lamp plus 0.22 μm terminal filter (160 cm² filtration area, 99.99 % efficiency) for control of microbes, TOC and particulates.
• Production capacity: RO permeate 20 L/h, EDI high‑purity water 15 L/h, UP ultrapure water 15 L/h. UP effluent reaches 18.20 MΩ·cm resistivity at 25 °C.
• 7‑inch 1024×600 colour capacitive touch‑screen, bilingual Chinese‑English UI; compact injection‑moulded main unit (W450 × H550 × D515 mm, 35 kg).
• Front‑door consumable replacement; each purification column embedded with smart chips for model, batch and service‑life recording plus mis‑operation warning, achieving full‑lifecycle traceability.
• Integrated flow‑path board with infrared heating friction‑welding sealing to reduce leakage risk; 4‑channel water‑quality & flow real‑time monitoring and automatic flow calibration.
• Multiple water‑intake modes: routine, quantitative, rapid; optional foot‑pedal hands‑free sampling and remote multi‑tap water‑dispensing (max. 60 m distance).
• Optional PE water tanks (20 L / 50 L /100 L) with UV sterilisation, air‑filter and overflow‑protection alarm.
• WIFI / 4G IoT modules supporting cloud data storage, fault diagnosis and remote device management via “Persee Water Purification Manager” Mini‑Program.
• Low‑noise operation (<40 dB@1 m); rated power 300 W, wide‑range AC input 100‑240 V.

Software & Functions

• Real‑time display of four‑channel water‑quality data, tank level and consumable status.
• Local storage for up to 10 000 water‑intake, alarm and consumable‑replacement records with cyclic over‑writing.
• Lifecycle operating data synchronised to cloud platform for traceability, statistical reports and remote fault analysis.
• Automatic anti‑scaling flushing for RO membrane, automatic startup flushing for pretreatment units; configurable circulation‑flushing timing.

IPW‑1000 transforms municipal tap‑water into graded‑grade laboratory water by sequential physical‑chemical purification, membrane separation and continuous electrodeionization.
Tap‑water firstly passes ZC pretreatment and UF hollow‑fiber ultra‑filtration to remove particles, colloids and macromolecular contaminants. Then imported Dow reverse‑osmosis (RO) membrane eliminates most dissolved salts, organics, bacteria and viruses. The RO permeate flows into the intelligently‑regulated EDI module, where DC‑driven continuous electrodeionization removes residual ions without chemical regeneration to produce >10 MΩ·cm high‑purity water. Water further enters the UP polishing column filled with high‑purity mixed‑bed resin to achieve ultrapure‑water resistivity up to 18.20 MΩ·cm. Dual‑wavelength UV lamp decomposes organic pollutants and suppresses microbial reproduction, while the 0.22 μm terminal filter serves as final sterile filtration. Real‑time sensors monitor feed‑water, RO, EDI and UP water quality throughout the whole process.

• Routine laboratory uses: glassware rinsing, sample dilution, reagent preparation, general qualitative‑quantitative chemical analysis.
• Analytical instrument feed‑water: HPLC, spectroscopic measurement, autoclaves, biochemical and immunoassay analysers, salt‑spray / aging test chambers and humidifiers.
• High‑end trace‑level instrumental analysis: GC‑MS, ICP‑AES, ICP‑MS, AAS, GFAAS, TOC analysis, ion‑chromatography and electrochemistry tests requiring ultra‑trace inorganic & organic detection.
• Life‑science laboratories: PCR analysis, DNA sequencing, mammalian cell culture, monoclonal‑antibody preparation, electrophoresis and gel analysis, microbiology assays.
• Educational, pharmaceutical, environmental and material‑research laboratories for multi‑grade on‑demand pure‑water & ultrapure‑water supply.