The Recirculating Chiller F-305 / F-308 / F-314 are specifically designed to work with laboratory equipment such as rotary evaporators, parallel evaporators, Kjeldahl, and extraction products. You benefit from convenient central temperature setting, energy-saving ECO-mode, and automatic start/stop when used in conjunction with the Rotavapor R-300 ...
The Syncore Analyst offers efficient, gentle and environmentally friendly parallel concentration. With its clever design cross-contamination can be inhibited and recoveries are maximized. Profit from the wide range of complementary products to tailor your sample workup to your needs.
Original BUCHI glassware guarantees the highest levels of efficiency and safety thanks to outstanding precision in manufacturing. For more than 75 years BUCHI has been manufacturing innovative and durable glass parts to ease daily laboratory work.
Cost-effective Recirculating Chiller with 500 W cooling capacity, particularly suitable for Rotavapor R-100 systems. Efficient distillation due to full integration of the refrigerator in the evaporation system.
The I-100 is an easy to use interface to regulate the vacuum conveniently. As the central interface of the economical solution “Rotavapor Essential” it increases the efficiency of the evaporation process.
The new SyncorePlus instruments bring more safety and convenience to the parallel evaporation process. The SyncorePlus Analyst is perfect for evaporation of samples to a specified volume. Syncoreplus Polyvap is designed for increased sample throughput.The instruments enable: - Time-saving benefits, high analytcal precision and safety levels thanks ...
The powerful and quietly operating three-stage PTFE diaphragm vacuum pump is robust and chemically resistant. It operates at the maximum flow rate of 3.1 m3/h and achieves an ultimate vacuum of 1.5 mbar. Thanks to its high flexibility, the Vacuum Pump V-600 can be integrated effortlessly into any BUCHI laboratory or industrial evaporator for ...
The Interface I-300 is the central control unit for all process parameters of a Rotavapor R-300 system. This includes rotation speed, temperature (heating, cooling, vapor) and pressure. Various distinct operating modes (e.g. automatic, dynamic, manual distillation, drying etc.) increase efficiency and convenience of rotary evaporation processes.
The Interface I-300 Pro offers a 7” touch screen to control and view all process parameters at a glance. Sophisticated operating modes, recording and charting capabilities increase efficiency and convenience of rotary evaporation processes.
The Rotavapor R-220 Pro family includes four platforms to meet the challenging needs of scale-up and production laboratories: maximum flexibility with the widest variety of glass assemblies, high performance for fastest distillation rates, continuous operation with automatic draining and refilling, and an economical model to cover essential needs.
Maximize Multiple Sample Workup Efficiency. The Syncore Polyvap allows fast evaporation of up to 96 samples in parallel. Save time and increase your efficiency by evaporating multiple samples with volumes from 0.5 to 500 mL.
The SpeedExtractor is your best solution for fast Pressurized Solvent Extraction (PSE). Increase productivity by processing up to 6 samples in parallel. Streamline the workflow of your sample preparation thanks to ease of sample loading and ready-to-use extract collection.
With its unique design and simple operation, the Glass Oven B-585 Drying is a cost efficient way to dry small and medium sized samples gently under vacuum. Its temperature range up to 300 °C opens multiple possibilities.
The chemically resistant PTFE diaphragm vacuum pump impresses with its very silent and economical operation. With a flow rate of 1.8 m3/h and an ultimate vacuum of 5 mbar, it is optimally suited to be combined with the Rotavapor R-300.
The R-300 meets the highest expectations in convenience and versatility. Its modular design allows extension of the Rotavapor R-300 to a fully integrated system where a central interface regulates each component.