MEDICA™ 15/30 Clinical Laboratory Water System
Space-saving system delivering clinical laboratory reagent water (CLRW) to diagnostic analyzers.
- Get stable CLRW-grade water 24/7thanks to continuous recirculation that prevents stagnation, with a built-in tap for convenience
- Save lab space with a compact footprint, ideal for confined analyzer rooms, with bench-top or wall-mounted installation options
- Lower energy costs with ECO Mode, reducing energy consumption during periods of low demand
- Reduce environmental impact and maintenance demands with mercury-free UV technology, featuring a 2-year lamp lifespan
- Stay in control with an intuitive interface showing status and alarms, plus optional Hubgrade connectivity for remote monitoring
- Analyzers requiring up to 1.8 L/min of CLRW-grade water on demand
- Labs running single or multiple clinical analyzers requiring up to 30 L/h water
Reliable clinical lab water supply, compatible with all leading diagnostic analyzers
The MEDICA 15/30 delivers consistent CLRW-grade water to diagnostic analyzers, with output up to 30 L/h and a maximum flow rate of 1.8 L/min at 1 bar.
Designed with sustainability in mind, the MEDICA 15/30 offers energy-efficient operation with ECO Mode, longer lifespan thanks to mercury-free UV technology, and lower water consumption through enhanced reverse osmosis (RO) recovery.
Compatibility with all major clinical analyzer manufacturers, including Siemens, Roche, Abbott and Beckman Coulter, and responsive support from our global service network keep your lab up and running, wherever you operate.
Tech Specs
| PRODUCT SPECIFICATIONS | MEDICA 15 | MEDICA 30 |
|---|---|---|
| Dispense flow rate | 15 L/h | 30 L/h |
| Inorganics (Resistivity @ 25°C) | > 10 MΩ.cm | > 10 MΩ.cm |
| Organics (TOC) | < 30 ppb | < 30 ppb |
| Bacteria (CFU/ml) | < 1 CFU/mL* | < 1 CFU/mL* |
| Pore size | 0.2 μm filter | 0.2 μm filter |
| Silica | < 0.5 mg/L | < 0.5 mg/L |
| Delivery Flow Rate | Up to 1.8 L/min | Up to 1.8 L/min |
| *Subject to correct operating and maintenance procedures. System should be installed and regularly sanitized following ELGA LabWater guidelines. | ||
| PRODUCT SPECIFICATIONS | MEDICA 15 | MEDICA 30 |
|---|---|---|
| Dispense flow rate | 15 L/h | 30 L/h |
| Inorganics (Resistivity @ 25°C) | > 10 MΩ.cm | > 10 MΩ.cm |
| Organics (TOC) | < 30 ppb | < 30 ppb |
| Bacteria (CFU/ml) | < 1 CFU/mL* | < 1 CFU/mL* |
| Pore size | 0.2 μm filter | 0.2 μm filter |
| Silica | < 0.5 mg/L | < 0.5 mg/L |
| Delivery Flow Rate | Up to 1.8 L/min | Up to 1.8 L/min |
| *Subject to correct operating and maintenance procedures. System should be installed and regularly sanitized following ELGA LabWater guidelines. | ||
Consumables
Increase in airborne contaminants and potential recontamination of purified water
Chlorine, chloarmine and organics remain, increasing the burden on downstream consumables which will need more frequent and expensive changes
Ions will remain in the water
Reduced flow-rates and bacterial specification will not be maintained
Increase in airborne contaminants and potential recontamination of purified water
Chlorine, chloarmine and organics remain, increasing the burden on downstream consumables which will need more frequent and expensive changes
Ions will remain in the water
Reduced flow-rates and bacterial specification will not be maintained
FAQs
- What's the difference between the MEDICA 15 and MEDICA 30?
The MEDICA 15 produces up to 15 L/h of CLRW-grade water, with a typical daily volume of 120 L and a maximum of 360 L, making it ideal for labs running one or two analyzers. The MEDICA 30 doubles output to 30 L/h, with a typical daily volume of 360 L and a maximum of 720 L, suited to labs running multiple analyzers or higher-throughput workflows.
Both models have a maximum flow rate of 1.8 L/min at 1 bar, scalable reservoir capacities of 30 to 75 L, and environmentally friendly, mercury-free UV LED technology.
- What's the difference between electrodeionization (EDI) and non-EDI variants?
Both variants deliver CLRW-grade water. The electrodeionization (EDI) variant uses an EDI stack to remove significant ionic content before water reaches downstream consumables, reducing consumable change-outs and lowering long-term running costs. The non-EDI variant delivers the same water quality without the EDI stack, offering a lower upfront cost for labs with low-to-moderate throughput.
EDI performance depends on feedwater quality. High ionic content can saturate the EDI stack, nullifying its benefits. Talk to our lab water experts to discuss the best solution for your lab.
- What is ECO Mode?
ECO Mode is a new MEDICA feature for systems that do not require 24/7 operation. ECO Mode allows a system that is not in use to have scheduled downtime (e.g. evenings, weekends, etc.), extending the lifetime of the consumables and system as a whole.
- What is clinical laboratory reagent water (CLRW) and why does it matter?
Clinical laboratory reagent water (CLRW) is a water purity standard defined by the Clinical and Laboratory Standards Institute (CLSI). It specifies strict limits on inorganics (resistivity > 10 MΩ·cm), total organic carbon (TOC < 500 ppb), bacteria (< 10 CFU/mL), and particulates.
CLRW-grade water is the recognized standard for clinical diagnostic analyzers because contaminants can interfere with test reagents and skew results. Using CLRW-grade water helps ensure accurate, reproducible diagnostic results, which clinicians rely on for patient care.
- What feedwater does the MEDICA 15/30 require?
Potable mains water is normally sufficient as feedwater, though quality can vary between countries and regions. Full feedwater specifications are listed in the product data sheet. If your feedwater falls outside specification, suitable pre-treatment should be installed to bring it within range. Get in touch for site-specific guidance.
RELATED RESOURCES
Protecting Clinical Output from Water Risks
70% of all medical decisions depend on lab results, and almost every lab result is impacted by water quality.
This report explores:
- The role of high-purity water in clinical diagnostics
- Potential sources of contamination
- How MEDICA helps labs safeguard water purity regardless of feedwater conditions
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