The new Milli-Q EQ 7000 system produces consistent ultrapure water quality that can be easily customised to experimental requirements
Merck has expanded its benchtop ultrapure water system portfolio, launching its new Milli-Q EQ 7000 Type 1 water purification system in India. The new Milli-Q EQ 7000 system produces consistent ultrapure water quality that can be easily customised to experimental requirements. The system is convenient and effortless to use, while providing confidence that every dispense is of high quality.
Specific features of Merck’s new Milli-Q EQ 7000 system include:
- Flexible set-up options: The touchscreen display and dispenser may be installed in a compact benchtop configuration or wall-mounted up to 3 meters from system, saving valuable bench space.
New ‘Check & Dispense’ lights: Located on the Q-POD® dispenser arm, these system check lights rapidly confirm that every dispense is of high quality. - Redesigned total organic carbon (TOC) indicator: An inline, proprietary indicator measures TOC at the point of use, providing assurance that organic contamination is below 5 parts per billion.
- This new system strengthens Merck’s Milli-Q® ultrapure water offering that includes the advanced Milli-Q® IQ 7000 ultrapure water system. This intelligent system offers a full qualification program, advanced data traceability and accurate TOC monitoring.
As with all the latest generation Milli-Q systems, both Milli-Q IQ and EQ 7000 systems are equipped with similar modern design elements:
Powerful purification media: IPAK Meta and IPAK Quanta polishing cartridges ensure consistently high-quality ultrapure water.
Intuitive touchscreen control: High-definition digital displays simplify system operation.
Agile Q-POD dispensing: Convenient handling with a range of easily accessible dispensing options.
Reduced environmental impact: 25 percent smaller system footprint and 33 percent smaller purification cartridges versus Merck’s previous generation Milli-Q® systems. Hibernation mode minimizes water and energy consumption when the lab is closed for extended periods.
Space-saving design: Compact systems that are free of tubing and cables for a clutter-free workspace. Easy integration in the lab environment.