Introduction | From Safe Drinking Water to Practical Daily Use
In the global water purification market, expectations are evolving.
Water safety remains essential, but users increasingly focus on availability, temperature precision, and overall usability.
For kitchens, offices, and rental-friendly environments, countertop hot and cold RO water purifiers are emerging as a practical solution—balancing purification performance, convenience, and installation flexibility.
Why Hot and Cold Water Has Become Essential
Conventional purification systems typically focus only on filtration, leaving temperature control to refrigerators or kettles.
This separation reduces efficiency and disrupts daily routines.
By integrating purification, heating, and cooling into a single unit, a countertop RO water purifier provides immediate access to water at the appropriate temperature—without waiting or preparation.

Defining a Countertop Hot & Cold RO Water Purifier
Countertop hot & cold water dispenser is a self-contained system designed for plug-and-play countertop use.
Its defining features include RO membrane filtration, multiple temperature outputs, and independent water tanks.
This configuration delivers high purification standards while remaining suitable for spaces where plumbing modifications are impractical.
Full-Range Temperature Control from Chilled to Boiling Water
This PU-T01 countertop RO water dispenser is designed as a full-range temperature system, rather than a single-function heating or cooling device.
With six selectable temperature levels, it delivers stable output from chilled drinking water to boiling water, supporting a wide range of daily applications:
15°C (59°F): Chilled water for direct drinking and hot weather use
25°C (77°F): Near-ambient temperature for comfortable everyday hydration
45°C (113°F): Warm water for morning routines or functional drinking
65°C (149°F): Medium-hot water for beverage preparation
85°C (185°F): High-temperature water for coffee and tea
100°C (212°F): Boiling water for high-temperature use cases
By covering the complete temperature range from cooling to heating, the system effectively combines the functionality of a water chiller and a water boiler into a single countertop unit.
Preset Water Volumes for Efficient Dispensing
Water volume control plays an important role in usability and efficiency.
With four preset dispensing volumes—150 ml, 300 ml, 500 ml, and 999 ml—the countertop water filtration system supports both single-serve and larger-volume applications.
Preset volumes reduce manual adjustments and improve consistency during everyday use.
RO Membrane Filtration with a Five-Stage System
The countertop purification system is built around an RO membrane, supported by a five-stage filtration structure:
Pre-PP filter → Pre-carbon filter → RO membrane → Post-carbon filter → Post-PP filter
This configuration effectively reduces total dissolved solids (TDS) and removes contaminants such as PFOS, PFBS, chlorine, salts, sediments, lead, and odor-causing substances.
A 3:1 Pure-to-Drain Ratio for Improved Water Efficiency
Compared to conventional RO systems, a 3:1 pure-to-drain ratio significantly reduces wastewater output while maintaining purification performance, making it more suitable for long-term and efficiency-focused use.
Independent Water Tanks for Flexible Placement
The countertop RO water purifier features a 5-liter feed water tank and a 1.2-liter pure water pitcher, allowing operation without direct plumbing connections.
This design supports flexible placement across residential and commercial environments.

Compliance and Certifications for Global Markets
Certified to CE, CB, FCC, and FDA standards, the product meets key requirements for electrical safety, material compliance, and drinking water contact, supporting international market access.
Integrated Design for Improved Hydration Experience
A countertop hot and cold RO water purifier represents a more integrated approach to everyday hydration—addressing water quality, temperature control, efficiency, and installation flexibility within a single system.