Choose your region:

en_GB English
en_GB English nl_NL Dutch fr_FR French
Modular Reactor for Batch & Flow Photochemistry
ThalesNano

PhotoCube Plus

Designed for photochemical applications in both batch and flow mode
LED light source with four standard wavelengths
Touchscreen-controlled light intensity adjustment
Simultaneous operation of multiple wavelengths
Plan a meeting
Contact
Description
Applications
Downloads
FAQ

PhotoCube Plus

Advanced photochemistry in batch and flow

The PhotoCube™ Plus is designed for photochemical applications in both batch and flow mode. Building on the original PhotoCube™ platform, it introduces enhanced cooling capabilities, expanded light source customization, and compatibility with ThalesNano systems to support reaction scalability and reproducibility.

The system combines flexible wavelength selection, precise light intensity control, and advanced software functionality within a platform designed for safe and efficient photochemistry.

Features of the PhotoCube Plus

  • Operates in both batch and flow mode
  • LED light source with four standard wavelengths
  • Custom wavelength options available
  • Simultaneous operation of multiple wavelengths
  • Touchscreen-controlled light intensity adjustment
  • Adjustable magnetic stirring for batch reactions
  • Optional cooling module with cold-finger technology
  • Compatibility with THS ReAction® Software
  • Automatic light shutdown when the door is opened
  • Designed to support scalable and reproducible photochemical processes

This combination of wavelength flexibility, batch and flow operation, cooling capability, and advanced software control makes the PhotoCube™ Plus a versatile platform for modern photochemistry.

Batch and flow chemistry 

The PhotoCube Plus supports both batch and continuous flow photochemical processes.

For batch applications, the system includes magnetic stirring with adjustable stirring speed. For flow chemistry, it can be integrated into continuous synthesis workflows where photochemical reactions benefit from improved reaction efficiency and faster processing.

Advanced software control

The PhotoCube Plus can be operated through THS ReAction® Software, providing additional control and monitoring capabilities.

Software functionality includes:

  • In-line analytics
  • Manual remote control
  • Automated remote control

Applications

Use the PhotoCube Plus for a variety of photochemical and analytical applications, including:

  • Bromination
  • C–C coupling
  • Minisci reactions
  • Thiol-ene click reactions
  • Atom transfer radical addition
  • Photocatalytic activity testing
  • Spectrophotometry

Photochemistry in flow 

Photochemistry uses light to initiate chemical reactions and transformations. Continuous flow technology can accelerate photochemical reactions compared to traditional batch procedures, reducing reaction times and improving workflow efficiency.

Flow reactors also make it possible to combine multiple synthetic steps into a single continuous sequence, which can contribute to improved overall efficiency and higher yields. The PhotoCub Plus supports these photochemical workflows in both research and synthesis applications.

Technical specifications 

Light source LED
Wavelength types Basic configuration: 365 nm, 457 nm, 523 nm, 625 nm
Custom wavelengths available upon request
Maximum light capacity 24 W per color
Multiple wavelengths at once Yes (high and low intensity)
Medium temperature at max. LED power 10–15 °C with cooler
40–50 °C without cooler
Batch mode 4 × 4 mL or 4 × 30 mL vials
Magnetic stirring with adjustable speed
Flow mode 8 mL loop (other sizes on request)
Flow rate: 0.1–10 mL/min
Cooling Cooler module with cold finger technology
Dimensions (H × W × D) 270 × 244 × 420 mm
Dimensions without cooler module (H × W × D) 200 × 244 × 420 mm
Mains voltage 110–230 V AC, 50–60 Hz
Power input Device: 12 V, 150 W
Cooler: 12 V, 250 W
Unit weight 12 kg (with cooler module)

Questions about your application?

Our Xperts are happy to answer your questions and provide additional information about this instrument and its applications.

Ask our Xperts

Frequently asked questions

PhotoCube™ Plus PhotoCube™
LED wavelengths Any commercially available wavelengths from 257 to 650 nm 365, 395, 457, 500, 523, 595, 623 nm, and white
Multiple wavelengths at once? Yes Yes
Number of wavelengths at high intensity 4 1 (simultaneous use only recommended at low intensity)
Cooling to room temperature Optional cooler module with built‑in cold fingers External fan
User interface Attached to the device External
Compatibility ThalesNano instrument fleets and third‑party devices via THS ReAction® software Standalone
 
The PhotoCube Plus is a photochemical reactor designed for both batch and flow chemistry. It enables light-driven reactions using controlled wavelengths, adjustable intensity, and integrated cooling, making it suitable for scalable and reproducible photochemical workflows.
The system supports a wide range of photochemical reactions, including bromination, C–C coupling, Minisci reactions, thiol‑ene click reactions, atom transfer radical addition, and photocatalytic activity testing. It can also be used for spectrophotometry applications.
The system allows batch reactions with magnetic stirring and flow reactions through integration into continuous flow setups. This dual functionality enables researchers to switch between exploratory batch experiments and scalable flow processes within the same platform.
Photochemistry uses light to initiate chemical transformations, often enabling reactions that are difficult or inefficient under traditional conditions. It can improve selectivity, reduce energy input, and open new synthetic pathways.
Flow photochemistry increases efficiency by improving light penetration and mass transfer. It can reduce reaction times, enhance reproducibility, and allow multiple reaction steps to be combined in a continuous process.
The system includes LED light sources with four standard wavelengths and offers custom wavelength options. It also supports simultaneous operation of multiple wavelengths for more complex reaction conditions.
Automation allows consistent control of reaction parameters such as light intensity and timing. It reduces manual intervention, improves reproducibility, and supports scalable experimental design.
Different reactions require specific wavelengths to activate reagents or catalysts. Having multiple wavelength options allows researchers to optimize reaction conditions for different chemical systems.

Downloads

Brochure PhotoCube Plus
Download

Related instruments

No data was found.

Last viewed products

No products found

Contact our Xperts

Prefer to give us a call?

Belgium & Luxembourg
+32 (02)2 334 22 70

The Netherlands
+31 (0)294 280 599

Please select your country

By selecting your country, we can show you the products that are available for you and your organisation.

Netherlands Belgium / Luxembourg