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RO Plant for Kidney Dialysis Machine

Price 5000 USD ($)/ Piece

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MOQ : 1 Piece

RO Plant for Kidney Dialysis Machine Specification

Frequency
50-60 Hz

Usage Type
Hospital & Clinic use

Shelf Life
10-15 Years (with proper maintenance)

Storage Instructions
Keep in dry, covered area, protect from direct sunlight

Function
Removes ions, minerals & impurities from water

Features
High-grade filtration, integrated pre-treatment, sterilization, user-friendly controls, low maintenance

Measurement Range
Feed water TDS up to 2000 ppm

Instruments Type
Medical Water Treatment Equipment

Accuracy
Up to 98% salt rejection

Display Type
Digital (for control panel models)

Equipment Type
RO Plant for Kidney Dialysis Machine

Material
Stainless Steel, FRP

Condition
New

Technology
Reverse Osmosis (RO)

Portable
Semi-Portable

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Low

Operating Type
Automatic

Use
Purification of water for medical dialysis application

Power Source
Electric

Power Consumption
2-4 kW

Voltage
220-440V AC

Dimension (L*W*H)
Customizable as per requirement

Weight
Approx. 150-300 kg (depends on capacity)

Color
White/Blue/Steel

Feed Water Requirement
Municipal / Borewell Water

Design Pressure
8-12 Bar

Recovery Rate
Up to 70%

Membrane Type
Thin Film Composite (TFC) RO Membrane

Compliance
AAMI/ISO 13959 Standards

Control System
PLC Controlled System (optional)

Water Output Capacity
250-500 Liters per hour (LPH) or as per demand

Pre-Treatment Stages
Multi stage (Sand filter, Carbon filter, Micron filter)

Disinfection Unit
UV Sterilization or Chemical Dosing

Conductivity Meter
Provided

Connection Size
Inlet/Outlet: 1 to 2 inch NPT/BSP

After-Sales Service
Available nationwide

Piping Material
UPVC/SS 316

Alarm Indication
Yes (for low/high pressure, tank full/empty, etc.)

About RO Plant for Kidney Dialysis Machine

Advin Health Care provides a highly efficient RO Plant for Kidney Dialysis Machine engineered to meet the stringent standards of dialysis water quality. This system utilizes a multi-stage purification process that includes pre-filtration, activated carbon filtration, softening, reverse osmosis, and post-treatment. Built with durable stainless-steel construction, automatic flushing, and real-time conductivity monitoring, it ensures stable and continuous operation. Advin Health Careas RO Plant provides safe, contaminant-free water that enhances dialysis performance and safeguards patient health. Ideal for hospitals, nephrology units, and dialysis centers, it combines efficiency, reliability, and easy maintenance in one compact system.

Advanced Features:

Multi-stage purification for ultrapure water
High-efficiency RO membranes for superior performance
Stainless-steel frame for hygiene and strength
Real-time TDS and conductivity monitoring
Automatic flushing and self-cleaning operation
Compact, modular, and energy-efficient design
Long service life with minimal maintenance
Consistent dialysis water quality output
Complies with AAMI and ISO dialysis standards
Ideal for hospitals and dialysis treatment centers

Integrated Multi-Stage Filtration System

This RO plant is equipped with advanced multi-stage filters, including sand, carbon, and micron filtration, ensuring that feed water from municipal or borewell sources is pre-treated for optimal reverse osmosis performance and extended membrane life.

Robust Construction & User-Friendly Operation

Manufactured using high-quality stainless steel, FRP, and UPVC/SS316 components, the system guarantees durability and low maintenance. The digital control panel and PLC options allow easy management of settings, real-time monitoring, and quick access to operational alerts.

Compliance & Safety Assurance

The equipment complies with stringent AAMI/ISO 13959 standards for medical water treatment, featuring built-in safety alarms for pressure, tank status, and more. Disinfection using UV sterilization or chemical dosing further enhances water purity and patient safety in dialysis applications.

FAQ's of RO Plant for Kidney Dialysis Machine:

Q: How does the RO Plant purify water for kidney dialysis machines?

A: The system uses a multi-stage filtration process consisting of sand, carbon, and micron filters, followed by a Thin Film Composite (TFC) reverse osmosis membrane. This setup removes ions, minerals, and impurities from feed water sourced from municipal or borewell supplies, ensuring it meets the purity standards required for dialysis.

Q: What are the benefits of the PLC controlled system in this RO Plant?

A: The optional PLC control system allows for automatic operation and monitoring of various parameters such as pressure, conductivity, and system alerts. It ensures real-time management, improved safety, and consistent water quality for dialysis applications.

Q: When should the RO Plant undergo maintenance or servicing?

A: Regular maintenance should be performed as per manufacturer guidelines, typically including filter replacement and system checks every 3-6 months. National after-sales service is available to ensure peak performance and compliance with medical standards.

Q: Where can this RO Plant be installed in a healthcare facility?

A: The RO Plant is suitable for installation in hospitals and clinics due to its semi-portable design and customizable dimensions. It should be placed in a dry, covered area away from direct sunlight to maintain optimal operation and longevity.

Q: What is the usage process for operating the RO Plant for kidney dialysis?

A: The process involves connecting the feed water source, setting the system via the control panel or PLC, and allowing the automated stages of filtration, reverse osmosis, and disinfection to purify the water. The digital display provides real-time operational status and alerts.

Q: What are the main benefits of using this RO Plant for dialysis water purification?

A: Benefits include high-grade filtration, compliance with global safety standards, up to 98% salt rejection accuracy, low maintenance, and reliable real-time operation. This ensures a safe and consistent supply of pure water, vital for patient care during dialysis procedures.