Ultrapure water system for laboratory applications
Ensure uncompromised water purity for critical applications with a system that delivers 18.2 MΩ.cm ultrapure water, ideal for precise analytical and life science research.
Delivers Consistent Ultrapure Water
The PURELAB Chorus 1 from ELGA LabWater is an ultrapure water system tailored for laboratories demanding precise water quality for intricate applications. Equipped with advanced PureSure deionization and integrated UV treatment, it consistently provides Type I ultrapure water, essential for environments focusing on molecular biology and mass spectrometry. With a delivery capacity of up to 120 liters per day, it sustains continuous operations with manual interventions, ensuring constant readiness. The system’s automation features include TOC monitoring and real-time data capture—vital for compliance and validation purposes. Designed for easy integration into existing setups, it offers modular dispense solutions for specific lab needs. The PURELAB Chorus 1 system efficiently manages impurities through a combination of deionization and filtration, minimizing energy consumption and ensuring longevity of consumables, all while adhering to stringent industry standards.
Benefits
- Ensures consistent ultrapure water quality crucial for accurate laboratory results.
- Minimizes operational costs with optimized deionization and filtration systems.
- Enhances data reliability through continuous TOC monitoring and real-time performance validation.
- Adapts seamlessly into diverse lab environments with modular dispense options.
- Supports compliance and validation requirements with integrated system monitoring.
- Applications
- Cell culture,General science,Mass spectrometry,Molecular biology,Liquid chromatography,Analytical research,Electrochemistry,Gas chromatography,Qualitative analysis,Life sciences,Ultra trace analyses,Immunochemistry,Atomic spectroscopy
- End products
- Protein structure analysis,Lab-grade reagents,Dna sequencing results,High-performance liquid chromatography (hplc) output,Gas chromatography detectors,Biochemical assays,Antibody production,Analytical standards,Cell lines,Pharmaceutical compounds,Therapeutic proteins,Cell therapies
- Steps before
- Pre-treatment,Initial filtration,Reverse osmosis
- Steps after
- Quality assurance,Sterilization,Data capture
- Input ingredients
- pre-treated water,feed water,<50 ppb TOC water
- Output ingredients
- ultrapure water,Type I water,18.2 MΩ.cm resistivity water,water with 1-3 ppb TOC,<0.001 CFU/ml bacteria,<0.001 EU/ml bacterial endotoxin,effectively neutral pH,<0.01 µm particles,<5 pg/ml DNase,<1 pg/ml RNase
- Market info
- Dispense flowrate
- Up to 2.0 l/min
- Inorganics resistivity (at 25°C)
- 18.2 MΩ.cm
- Organics (TOC)
- 1-3 ppb
- Bacteria
- <0.001 CFU/ml
- Bacterial endotoxin
- <0.001 EU/ml
- PH
- Effectively neutral
- Particles
- <0.01µm
- DNase
- <5 pg/ml
- RNase
- <1 pg/ml
- Daily usage (max)
- 120 l/day
- Daily usage (min)
- 1 l/day
- Integrated Filtration
- Ultrafiltration or microfiltration
- Real-time TOC Monitoring
- Yes
- Fully Recirculating System
- Yes
- Automation Level
- Automatic with Manual Options
- Batch vs. Continuous Operation
- Continuous
- Purity Monitoring
- Real-time monitoring to point-of-use
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Machine footprint
- 660 (h) x 376 (w) x 340 (d) mm for 30l
- 570 (h) x 532 (w) x 522 (d) mm for 60l
- 806 (h) x 532 (w) x 522 (d) mm for 100l
- 470 (h) x 376 (w) x 340 (d) mm for 15l
- Flow rate
- Up to 2.0 l/min
- Reservoir capacity
- 15l,30l,60l,100l
- Control panel type
- Digital with real-time monitoring
- Integration possibilities
- Modular and flexible installation options