For your photochemistry application the LED Conti flow & tube Photoreactor 500 is an ideal device to evaluate various wavelength and power levels when adapting light sources from conventional types to energy efficient LEDs. The larger design offers a varieties of set ups while the cavity has been designed to accommodate different  shapes of lab vessels like flask reactors, glass bulbs, Erlenmeyer flasks and test tubes with a filing capacity of up 2 liters and a diameter of up to 95 milimeters.

With multi-wavelengths you can test which wavelength provides in your process the best results. The single wavelength reactors offers maximum power to gain understanding how long it will take to process your chemistry, how fast it may flow and how much light intensity you really need.

Ask us for your preferred scenario to move over to energy efficient, precise LED based light for your chemical processes.

Applications

  • Isomerization
  • Addition
  • Substitution
  • Polymerization
  • Singlet-oxygen reactions
  • Photoflow

Technical Specifications

Available Wavelength (nm) 265, 280, 310, 365, 375, 385, 395, 405, 415, 425, 435, 455, 470, 505, 525, 565, white, others on request
optical power depending on configuration
Cooling option active water cooled
Main material stainless steel
Reactor Size 190 mm Diameter
500 mm Hight
Dimensions
Length/Width/Hight
600/600/750 mm
Weight 45 kg

LED Reactor System

The LED CONTIFLOW system covers a spectral range from 260 to 1100 nanometers. Up to eight wavelengths are combinable. The software control offers a 10bit intensity resolution. The system comes with an overheat protection and it includes LED degradation compensation.

Reactor Types

Modular containers such as sling flask reactor, glass bulb, erlenmeyer flask and test tubes with a filing capacity of up to 0.3 liters and a diameter of up to 95 milimeters are available so you can choose the ideal reactor geometry for your individual need and experimentel setup.

Spectromter

BIOspec modular spectrometers and accesssories comprise a flexible toolkit for chemists seeking to understand and monitor how light interacts with matter. Chemical composition, analyte concentration and molecular structure are all ready measured with spectroscopy. Easily configure setups for UV-Vis and NIR absorbance, fluorescence and Raman.

Software

Choose and control single LED-systems as well as definied groups in your application. Adjust the spectrum as needed with10bit resolution. All data can be imported and exported from/to an excel controlled data base. Compose spectra and spectrum regimes to a scenario. The timer function comes with in-line brightness adjustment (rising/descending) or brightness curve.

LED wavelength variety

wavelength (nm) light output max. single wavelength (W) light output max. multi wavelength (W) full width at half maximum (nm)
265 nm 9,6 1,2 12nm
280 nm 34 4,2 12nm
310 nm 24 3 12nm
365 nm 1008 126 18nm
375 nm 960 120 22nm
385 nm 864 108 22nm
395 nm 864 108 26nm
405 nm 1008 126 24nm
415 nm 384 48 25nm
425 nm 744 93 25nm
435 nm 456 57 28nm
455 nm 1152 144 25nm
470 nm 480 60 25nm
505 nm 360 45 30nm
525 nm 408 51 30nm
565 nm 600 75 90nm
White 576 72 300nm
600 nm - 1100 nm on request on request on request