Ultrapure Water System / Ultra Pure Water Systems

Ultra pure water is water nearly or completely devoid of contaminants. Ultrapure water systems are an important component for laboratories across markets including manufacturing and the semi-conductor industry. These ultra pure water systems remove chemical contaminants through de-ionization (DI) and reverse osmosis. An ultra pure water system eliminates bacteria with UV radiation. These laboratory water purification systems can achieve up to 18.2 MOhm-cm in resistivity (high resistivity indicating low levels of anionic contamination) and can reduce organic carbon to less than 50 ppb. An ultrapure water system is equipped with ultra filters to remove endotoxins, DNase and Rnase left over from bacteria destroyed by UV, resulting in extremely low total organic carbon (TOC). Additional carbon filters in these laboratory water purification systems reduces the need for pre-treatment, permitting tap water as a source.

Find, compare, and request a quote for ultrapure water systems across leading suppliers at Labcompare; including access to product citations, related published figures, and first-hand reviews from our scientific community.

CompanyStakpure GmbHStakpure GmbHStakpure GmbHStakpure GmbHStakpure GmbH
ItemOmniaTap IIOmniaLabED+OmniaLabUPOmniaPure xstouchOmniaTap xstouch
Price
DescriptionCompact pure water system with integrated reverse osmosis and deionization for Type II (ASTM II) pure water. Direct tap water connection, OptiFill touch dispenser standard, 6–20 L/h output, optional UV disinfection (254 nm), compatible storage tanks 10/30/60 L with recirculation. Applications: ... Read MoreThe OmniaLabED+ is a large all-round ultrapure and pure water system designed for high-demand laboratories requiring both Type I ultrapure water and Type II pure water. Features continuously self-regenerating electro-deionization (EDI), a 100-liter recirculating storage tank with pressurized outlet,... Read MoreThe OmniaLabUP is the reliable system for complete laboratory supply of high-quality Type II pure water. It holds 100 liters of pure water type II in a storage tank with quality recirculation and pressure outlet. OmniaLabUP supplies autoclaves, laboratory dishwashers, and ultrapure water systems. ... Read MoreType I ultrapure water system with intuitive touch screen (swipe and scroll functions), real-time TOC monitoring, integrated OptiFill touch dispenser, leakage sensor, and integrated pressure reducer. Available in UV-TOC and UV-TOC/UF variants. Part of the Blueline series. Supports bench, wall, and ... Read MoreThe OmniaTap xstouch (Blueline series) is an intelligent compact water purification system with intuitive touchscreen operation that simultaneously produces Type I ultrapure water and Type II pure water from a single unit connected directly to tap water. It combines RO, ion exchange, UV, TOC ... Read More
MethodReverse osmosis (RO) + ion exchange deionization; optional UV disinfection at 254 nm; sterile filter capsule 0.2 µm (included)Reverse Osmosis (RO) + Electro-Deionization (EDI) + UVReverse osmosis + ion exchange polishing cartridge + 0.2 µm sterile filtrationUV oxidation + TOC monitoring + mixed-bed ion exchange; UV-TOC/UF variant adds ultrafiltration (UF). Feed water prepared by ion exchange, reverse osmosis, electrodeionisation, or distillation.Reverse osmosis (RO) + ion exchange + UV irradiation + TOC monitoring; UV-TOC/UF model additionally includes ultrafiltration (UF) for endotoxin, RNase, DNase, and protease removal
Output6 L/h (OmniaTap II 6/6 UV); 12 L/h (OmniaTap II 12/12 UV); 20 L/h (OmniaTap II 20/20 UV) — all at 15 °C20 L/h or 40 L/h (Type II pure water); up to 2 L/min dispenser (Type I ultrapure water); 100 L/h at 2 bar pressurized tank outlet20 l/h (OmniaLabUP 20) or 40 l/h (OmniaLabUP 40) at 15°CUp to 2 L/min; individually adjustable dispensing volume 0.05 up to 25 liters8 L/h (Type II pure water at 15°C); up to 2 L/min dispensing (Type I ultrapure water)
Resistivity1–10 MO·cm (typical; varies with feed water quality)18.2 MO·cm (Type I); 10 MO·cm down to 1 MO·cm (Type II conductivity 0.1–1 µS/cm)10 to 15 MO·cm18.2 MO·cm at 25 °C (both UV-TOC and UV-TOC/UF variants)18.2 MO·cm at 25°C (Type I ultrapure water); 10–15 MO·cm at 25°C (Type II pure water)
DimensionsTower without tank: 390 x 720 x 525 mm (W x H x D); Tower with 10-liter docking tank: 390 x 720 x 615 mm (W x H x D)Tower: 511 x 1520 x 575 mm (W x H x D); Base cabinet (tank): 511 x 800 x 575 mm (W x H x D)Tower (W x H x D): 511 x 1520 x 575 mm; Base cabinet tank (W x H x D): 511 x 800 x 575 mmStandard unit (W x H x D): 240 x 530 x 435 mm; Production unit under table: 240 x 415 x 310 mm; Wall dispenser: 90 x 482 x 337 mm; Bench dispenser: 250 x 650 (750) x 380 mmWithout tank (with OptiFill touch dispenser): 240 x 530 x 435 mm (W x H x D); With 7 L docking tank: 253 x 530 x 520 mm; Production unit without tank (under-table): 240 x 415 x 310 mm; OptiFill touch wall dispenser: 90 x 482 x 337 mm; OptiFill touch bench dispenser: 250 x 650 (750 with extension) x 380 mm
Total Organic Carbon (TOC)< 30 ppb (typical; varies with feed water quality)< 10 ppb (standard models); < 5 ppb (UV-TOC monitoring models)Inquire< 2 ppb (UV-TOC variant); < 5 ppb (UV-TOC/UF variant)< 5 ppb (Type I ultrapure water, both models); real-time TOC monitoring included
Get Quote

Articles