Reaction systems and automation provide a comprehensive solution for research and development laboratories, enabling chemical and biochemical reactions to be performed under precise and automated controlled conditions. This equipment integrates advanced reactors with automation capabilities for controlling critical parameters, automated reagent dosing, and continuous data collection. Implementing these systems significantly increases the efficiency, accuracy, and reproducibility of experiments, accelerating optimization and development processes.
The core of these systems is the combination of reaction vessels (such as glass or metal reactors of various sizes) with automation components. Automation capabilities include precise temperature control (heating/cooling) using sophisticated circulators, pressure control (vacuum/high pressure), stirring with controlled torque suitable for different liquids and solids, and precise automated dosing of liquid and/or gaseous reagents using dedicated pumps or gas controllers. Automated multi-reactor models (Automated Multi-Reactor) allow for performing several different reactions or variations of the same reaction simultaneously in separate cells, which is especially valuable for rapid optimization (High Throughput Experimentation – HTE).
Control over all parameters is managed through central software that enables the design of complex protocols, real-time monitoring, automatic data collection (temperature, pressure, pH, conductivity, etc.), and comprehensive documentation. Automation reduces the need for prolonged manual involvement, frees up valuable researcher time, minimizes errors, and enhances safety when working with hazardous substances or exothermic reactions. The integration of collected data allows for deeper analysis and better understanding of the reaction kinetics and mechanisms.
The advanced capabilities of these automated reactor systems make them essential in a wide range of applications:
They enable chemists and researchers to understand the reactions they perform in depth and control them with unprecedented precision, leading to more predictable and successful outcomes.
Labotal brings you a carefully selected range of reaction systems and automation from the world’s leading suppliers in chemical reaction equipment and laboratory automation. We offer software and integrated solutions tailored to the unique needs of your laboratory and its existing equipment. Whether you need software to control a single reactor or automated module, a system to manage complex workflows combining multiple instruments, or a comprehensive solution that integrates with your information systems – the Labotal expert team has the experience and knowledge to provide you with the right solution. We work with suppliers who offer intuitive interfaces, programming flexibility, and comprehensive integration capabilities.
Choosing a reaction system and automation solution from Labotal means partnering with a team that has extensive experience in laboratory automation and process chemistry. We provide in-depth professional consultation in planning your automation solution, assistance in specifying requirements, professional installation, comprehensive staff training, and ongoing technical support and laboratory services. We are committed to helping you effectively implement automation software, maximize the capabilities of your automated equipment, and achieve significant improvements in the efficiency and reproducibility of your laboratory experiments and processes, supporting your scientific and development goals.
We invite you to explore Labotal’s full catalog of reaction systems and automation solutions and discover how we can help you upgrade your laboratory’s automation capabilities. For professional consultation and personalized tailoring of the most suitable system for your specific needs, please do not hesitate to contact the Labotal team.
Accessibility Tools
