The EA010 is a General Purpose module used to connect voltage signals or isoPods to an ER825 system.

Fit 1 to 8 modules inside the ER825 C4D multi-channel Detector. Allows connection of C4D headstage to ER825

The CellStatz Electronic Microbial Growth Analyzer is an intelligent research instrument that integrates constant temperature culture and real-time display of microbial growth processes. By non-invasively and continuously monitoring the capacitively ...

ER818 Octal Contactless Conductivity System

• Ready operation in an automated system
• Low volume, low waste, no cross contamination
• 100 µS/cm to 10 mS/cm conductivity range*
• Pipette tips, melting point tubes, NMR tubes or capillaries

ER825 Multi-Channel Contactless Conductivity Detector

• Multichannel Configurable Chemistry Workstation
• One to eight input channels
• Use with either third-party or eDAQ software
• Measure pH, temperature or other detector signals

ER815-OEM OEM C4D Detector

• Contactless conductivity detector for third-party instruments
• Flexible configuration for CE, HPLC, FIA
• Analog input channel for second detector
• RS232 serial port
• Low cost, small size

ER815 Contactless Conductivity Detector

• For electrophoresis and chromatography techniques
• Works with both eDAQ and third-party software
• Wide settings range for optimum conductivity detection

ER225 Contactless Conductivity C4D System

• For electrophoresis and chromatography techniques
• Includes software for data collection and analysis
• Second input channel for recording from other detectors
• Digital outputs to control external devices

• Based on Capacitively-Coupled Contactless Conductivity Detection (C4D) technology.
• Designed for using NORELL™ Standard Series™ NMR Tubes, 5 mm OD, 1.8-2.2 mL.
• Designed for small conductivity change detection with high resolution.
• Automated monitoring growth of uniformly and non-uniformly dispersed microorganisms in simple substrates (e.g. liquid culture media) and complex substrates (e.g. blood, yogurt, minced meat, sewage, and sludge) with real-time display of growth kinetics curves.

• Zero consumables: The entire analysis process does not require microbial separation or purification, nor any physical, chemical, or biological additives or consumables.
• A simple and user-friendly operating system that completes the entire analysis process automatically, with easy operation, good versatility, low application cost, and high accuracy.

• Eight-channel C4D headstage
• Measure conductivity in pipette tips, melting point tubes, NMR tubes or capillaries

Headstage for Capillary Electrophoresis

General Purpose C4D Monitor Headstage

• General purpose conductivity monitor
• Measures a wide range of conductivities

• Conductivity detector for IC, HPLC and FIA
• Conductivity range: 150 µS/cm to 15 mS/cm
• Excellent peak resolution

IC/HPLC C4D Detector Headstage

• Conductivity detector for IC, HPLC and FIA
• Conductivity range: 150 µS/cm to 15 mS/cm
• Excellent peak resolution

Micronit MCE Chip with C4D Electrodes (90 mm)

• Integrated C4D electrodes on the chip
• Made from durable, chemically inert, non-porous glass
• Long channel for improved peak separation

Microchip Platform with C4D Electrodes

• C4D detector for microfluidic chips
• Use with glass or polymer microfluidic chips

Zeonor Chip for Microchip Electrophoresis

• Made from chemically resistant Zeonor
• Double-T junction
• With luer interfaces

Micronit MCE Chip with C4D Electrodes (45 mm)

• Integrated C4D electrodes on the chip
• Made from durable, chemically inert, non-porous glass
• Short channel for fast analysis (< 1 minute)

Micronit Microchip Electrophoresis Platform

• Compatible with chips with integrated C4D electrodes
• Supplied with cables (high voltage and C4D)
• Design allows for use of optical and fluorescence detectors