The Julabo Presto A40 is a high-performance dynamic temperature control system engineered for external applications requiring rapid thermal shifts and exceptional temperature accuracy. Ideal for reactor temperature control, substance testing, and simulation processes, the Presto A40 combines efficiency and precision. Its advanced internal monitoring and self-lubricating pump system ensure extended durability and stable performance. The system’s compact design supports high flow rates and consistent pressure, while the integrated 5.7” industrial TFT touch screen offers a clear, intuitive user interface for seamless operation in demanding lab environments.
Product Features
- For highly precise, external temperature applications
- Rapid heating and cooling for fast thermal reactions
- Wide working temperature ranges without changing thermal fluids
- High performance with a compact, space-saving design
- Space-optimized layout for limited lab environments
- NEW 5.7” industrial color TFT touch screen for user-friendly control
- NEW USB (Host and Device) ports for data logging and device connectivity
- NEW Ethernet interface for easy integration with networked systems
- NEW SD-Card slot for direct data storage
- RS232 port with optional RS485 and Profibus DP communication protocols
- Stand-by input for flexible automation control
- Removable venting grid for simplified dust maintenance and service
Benefits
- Delivers extremely fast compensation for exothermic and endothermic reactions
- Provides stable temperature control within ±0.01 to ±0.05°C
- Supports high flow rates and constant pressure for consistent process performance
- Self-lubricating pumps and robust internal monitoring ensure long system lifespan
- Touchscreen control and multiple I/O options improve lab efficiency and usability
- Ideal for advanced research, pharmaceutical, and chemical processing applications
Why Choose the Julabo Presto A40?
The Julabo Presto A40 is a robust and intelligent temperature control solution for laboratories and pilot plants. Designed for high-demand applications, it ensures exceptional thermal stability, responsive temperature transitions, and seamless integration into automated environments. Its compact footprint, advanced electronics, and user-focused interface make it an indispensable tool for professionals requiring absolute control over external temperature-dependent systems.
