Tankless Reverse Osmosis Systems
Capable of removing over 1,000+ contaminants from drinking water through their multi-staged, all-in-one pre-filter and 0.0001-micron ultra-fine membranes, our modern tankless reverse osmosis systems provide innovative filtration with direct-flow capabilities.
Benefit from our rapid delivery services when you order now, assuring the elimination of tough-to-remove contaminants from your drinking water, including bacteria and microplastics.
Innovative Direct-Flow Tankless Reverse Osmosis Systems
Our efficient tankless RO systems conserve 34% more water than traditional systems. The 600GPD offers 1.6 litres per minute, while the 800GPD excels at 2.1 litres per minute. You can also save up to 70% of storage space under your sink, making it a popular option for domestic RO systems.
We have both 5 and 6 stage options available, including:
- Finerfilters 5 Stage Compact Tankless RO System
- Finerfilters 6 Stage Tankless RO System with Alkaline Post Filter
- Finerfilters 6 Stage Tankless Hydrogen Water Generator
Most of our options include a faucet, but you can also check out our separate RO filter taps if there is a different finish you’d prefer.
How do tankless reverse osmosis filters work?
A tankless RO system provides on-demand purified water without a storage tank. Ideal pressure is created by an internal pump which processes a steady output of filtered water. In contrast, traditional RO systems store water in a tank before dispensing.
Are tankless reverse osmosis systems worth it?
Tankless RO systems are a great investment for those looking to enjoy clear water in a convenient way. These modern systems reduce wastewater compared to traditional filters and are easy to use and maintain. Being more compact and energy-efficient, they are a worthwhile cost-effective investment.
What Does ‘Direct Flow’ Filtration Mean?
"Direct flow" filtration refers to a water filtration system that doesn't involve a storage tank. It operates by immediately filtering and delivering purified water when needed, making it a continuous and on-demand filtration process.