CE-IEF - Convergent
The Convergent iCE280, with whole column detection, completely eliminates the need for a mobilization phase. This results in a unique combination of speed, resolution and reproducibility.
- Separation Technique: Free solution whole column detection capillary isoelectric focusing (cIEF)
- Separation column: 100 µm ID x 50 mm long fluorocarbon coated capillary
- Detection Method: whole column light absorption at 280 nm, Detection Linear Range > 100
- Focusing voltage: constant voltage, stepwise adjustable from 100 to 600 Volts/cm
- Automation: choice of PrinCE MicroInjector or Alcott 719AL Autosampler
- Sample Throughput: up to 7 injections per hour
- Ambient Temperature: 18 to 23 °C
- Relative Humidity: 40 - 80% non-condensing
- Electrical: 115/220 VAC ± 10%, 50 – 60 Hz ± 0.5%
- Size: 28 x 60.5 x 31 cm
the iCE280 sits on a stand (14.6cm high) when
used with the PrinCE MicroInjector
- Weight: 20 kg
ActiPix technology - Paraytec
Paraytec’s ActiPix technology introduces a new dimension to one of the most widely used techniques in analytical chemistry: ultra-violet (UV) absorbance detection. UV detection is used for the characterisation of a diverse range of liquid samples, including pharmaceutical and biopharmaceutical drugs, peptides, proteins and DNA.
The ActiPix D100 is the world’s first UV area imaging detector. Area imaging is the term which describes the unique capabilities of the 9 x 7 mm active pixel sensor array which is at the heart of ActiPix technology used to capture area images in real-time.
The active pixel sensor used in ActiPix technology has very high spatial resolution (7 µm). A benefit over charge coupled devices (CCDs) is that the processing and control functions are smaller and consume less power. The instrument design allows high speed detection across the entire imager area in real time with good signal-to-noise and a wide dynamic range.
ActiPix technology enables increased sensitivity without sacrificing spatial resolution.
