Description
The STR-Series is a modular range of high-pressure, high-temperature stirred tank reactors designed for demanding laboratory and pre-pilot applications. The platform offers three configurations with operating conditions up to 500 bar and 550 °C, and five interchangeable reactor volumes from 100 to 2,000 mL. It can operate in either batch (BSTR) or continuous-flow (CSTR) mode and features high-torque magnetic agitation without a dynamic shaft seal for improved containment at high pressure. Wetted parts are available in 316L stainless steel, Hastelloy® C-276, Inconel® or titanium, allowing the system to address applications such as catalysis, synthetic chemistry, pharmaceuticals, biotechnology, energy, green chemistry and advanced materials. A wide range of options—including HP syringe pumps, gas flow control, BPR/ABPR, sampling systems, pH, NIR and HP microscopy—can be fully integrated. The complete system is operated through a single Vinci Technologies supervision software, which controls and records pressure, temperature, agitation, flow rates and other process parameters, providing a fully integrated turnkey HP/HT reactor platform
Features
Pressure: up to 500 bar (7,250 psi)
Temperature: up to 550 °C
Reactor volumes: 100, 250, 600, 1,200 and 2,000 mL
Operating modes: Batch (BSTR) and Continuous (CSTR)
Agitation: high-torque magnetic drive, 4 N·m standard / 8 N·m optional
Heating: electrical heating jacket with PID temperature control
Electrical supply: 220 VAC, 50/60 Hz
Materials: SS 316L standard; Hastelloy® C-276, Inconel® or titanium optional
Instrumentation & options: syringe pumps, MFCs, BPR/ABPR, sampling, pH, NIR and HP microscope
Control & supervision: integrated Vinci software for pressure, temperature, stirring speed, flow rates, data acquisition and safety interlocks.
Benefits
* Extreme operating conditions: Perform advanced research at pressures up to 500 bar and temperatures up to 550 °C.
* Maximum experimental flexibility: Use the same platform for batch (BSTR) and continuous-flow (CSTR) experiments.
* Safer, leak-free agitation: Magnetic coupling eliminates the dynamic shaft seal, reducing leakage risks and maintenance at high pressure.
* One modular platform: Interchangeable vessels and shared components allow laboratories to adapt the system to different applications while maintaining the same architecture.
* Fully integrated & automated: Reactor, accessories, measurements and safety functions are integrated into a single Vinci supervision environment, simplifying operation and ensuring repeatable experiments.
