The Parallel Reaction Station by Wiggens is a high-efficiency laboratory solution designed to optimize productivity across multiple research environments. Available through Apex Scientific in South Africa, this system is ideal for laboratories looking to streamline parallel synthesis, evaporation, heating, cooling, and reflux condensation within a compact footprint. Whether you are conducting organic synthesis, testing reaction conditions, or accelerating screening processes, this system supports a wide range of scientific workflows.
Enhanced Design for Efficiency
The system’s thoughtful design offers several key features that contribute to long-term value and performance:
- Durable Construction: All wet-contact parts are made from high-quality materials such as PTFE and corrosion-resistant glass, ensuring chemical durability and long service life.
- Efficient Cooling Jacket: The integrated metal cooling jacket promotes effective reflux condensation, making it ideal for solvent recovery and heat-sensitive reactions.
- Independent Control: Each reaction position is independently controllable via a shared central vacuum and air supply. This allows researchers to run multiple experiments simultaneously under varied conditions, saving both time and resources.
- Versatile Stirring Mechanism: The micro stirring system adapts easily to various types of glass reaction vessels, enhancing the station’s versatility across research applications.
Modular and Scalable Setup
The Wiggens Parallel Reaction Station is modular, which means it can grow with your laboratory’s needs. Start with a smaller number of positions and expand as required. Furthermore, this adaptability makes it a smart investment for growing research teams, pilot labs, and industrial R&D centers.
Ideal for Research and Development
This system is especially suitable for applications in medicinal chemistry, combinatorial chemistry, and catalyst screening. Its user-friendly interface and robust construction allow for reliable, reproducible results, even under continuous operation. Additionally, the compact design saves valuable bench space—an important factor in busy lab environments.
For more product options and expert guidance, visit our Insights page. Don’t miss our article, Unlock the Potential of Laboratory Reactors for Your Research, where we explore how these systems can enhance your lab’s capabilities and improve your experimental throughput.
