Photochemical reaction system for laboratory use
Discover advanced photochemical processing with precise control over light and temperature, enabling complex chemical transformations. Ideal for streamlining synthesis processes, this versatile solution supports both batch and flow reactions, ensuring rapid and efficient production of specialized compounds.
Executes Precise Batch and Flow Photoreactions
The PhotoCube Photochemical Reactor System from ThalesNano is designed for laboratories specializing in complex chemical synthesis. This versatile system allows for precise control over batch and flow photoreactions, utilizing up to eight wavelengths for targeted applications. Ideal for producing Minisci reaction products and photoactivated pharmaceuticals, the PhotoCube operates between 20 and 80°C, with user-defined parameters for light intensity, wavelength, and stirring speed. It supports both fine chemical and pharmaceutical applications by efficiently merging multiple synthetic steps into a continuous flow process, significantly reducing reaction times and boosting yields. Constructed from materials such as FEP and PFA, it ensures chemical compatibility and durability. For energy efficiency, its LED input power reaches up to 128 W per color. Designed for seamless integration into existing R&D and laboratory environments, it offers optional external temperature control and built-in safety features to prevent light exposure. This reactor system is an essential tool for pharmaceutical manufacturers, research laboratories, and academic institutions aiming to push the boundaries of photochemical synthesis.
Benefits
- Enhances synthesis speed by integrating batch and flow processes, reducing reaction times significantly.
- Offers precise control over photochemical parameters, increasing end-product yield and quality.
- Operates efficiently in chemically aggressive environments with corrosion-resistant materials.
- Minimizes energy consumption through optimized LED wavelength and intensity use.
- Ensures user safety with integrated features against high-intensity light exposure.
- Applications
- Organic compounds,Chemical synthesis,Fine chemicals,Pharmaceuticals
- End products
- C(sp2)-c(sp3) bonded compounds,Light-induced fine chemicals,Photoactivated pharmaceuticals,Minisci reaction products,Specialty photoinitiators
- Steps before
- Compound Preparation,Solution Dispensing,Sample Loading
- Steps after
- Product Isolation,Purification,Yield Analysis
- Input ingredients
- batch reagents,flow reagents,photochemical reactants,organic chemicals
- Output ingredients
- photochemical products,synthesized compounds,C(sp2)-C(sp3) bond formations,chemical transformations
- Market info
- Thalesnano is known for manufacturing advanced flow chemistry solutions, particularly in catalyst and hydrogenation technologies. They are recognized for their expertise in continuous processes, enhancing safety and efficiency in chemical synthesis.
- Batch reactor volumes
- 4 mL and 25 mL glass vials
- Loop volumes
- 5-25 mL
- Loop materials
- FEP or PFA
- Temperature range
- 20 to 80 °C
- LED input power
- up to 128 W/color
- Wavelengths available
- 365,395,457,500,523,595,623 nm and white
- User-defined parameters
- wavelength,light intensity,speed of stirring
- Batch vs. continuous operation
- Batch / Flow
- Automation level
- User-defined parameters
- Temperature range
- 20 to 80 °C
- Light intensity control
- Adjustable
- Wavelengths available
- 365,395,457,500,523,595,623 nm,and white
- Temperature feedback
- Yes
- Built-in safety features
- To prevent user exposure to high-intensity light
- Reactor volume
- 4 mL and 25 mL glass vials
- LED input power
- Up to 128 W/color
- Temperature tolerance
- 20–80 °C
- Batch reactor volume
- 4 mL and 25 mL glass vials
- Loop volume
- 5-25 mL
- Loop materials
- FEP or PFA
- Temperature range
- 20 to 80 °C
- LED input power
- Up to 128 W/color
- Control panel type
- User-defined parameters
- Integration possibilities
- External temperature control option
- Light source customization
- 7+1 wavelengths available
- Reactor type
- Batch and flow
- Reactor volume
- 4 mL and 25 mL glass vials
- Loop materials
- FEP or PFA
- Temperature range
- 20 to 80 °C
- LED input power
- Up to 128 W/color