Buchi Rotation Evaporator Rotavapor R-300 With Heating Bath B-301, Interface I-300, Recirculating Chiller F-305 And Electronic Lift System

The Buchi Rotation Evaporator Rotavapor R-300 With Heating Bath B-301, Interface I-300, Recirculating Chiller F-305 And Electronic Lift System is designed for controlled evaporation and distillation workflows in laboratory applications. This Buchi system combines interface control, heating, cooling, and electronic lift operation to support efficient and reliable sample processing.

Key Features:

• Brand: Buchi
• Type: Rotation evaporator
• Model: Rotavapor R-300
• Interface: I-300 with VacuBox and Woulff bottle
• Operation: Navigation knob and function keys
• Operating Modes: Manual, timer, solvent library, automatic distillation, and drying
• Remote Monitoring: Compatible with BUCHI Rotavapor App for mobile push notifications and remote monitoring
• Heating Bath: B-301 with temperature range up to 95 °C using water
• Maximum Flask Size: 1,000 mL (3 kg)
• Heating Bath Display: Digital display of set and actual temperature, rotation speed, and lift position
• Recirculating Chiller: F-305 ecological recirculating chiller
• Cooling Capacity: 550 W at 15 °C
• Chiller Temperature Range: -10 °C to 25 °C
• Chiller Control: Rotation knob for set temperature in steps of 0.1 °C
• Lift System: Electronic lift system
• Application: Suitable for laboratory evaporation, distillation, drying, heating, and cooling workflows

This Buchi Rotavapor R-300 system is ideal for laboratories requiring a complete evaporation setup with interface control, integrated heating bath, recirculating chiller, and electronic lift operation.

Frequently Asked Questions

1. What is the Buchi Rotation Evaporator Rotavapor R-300 With Heating Bath B-301, Interface I-300, Recirculating Chiller F-305 And Electronic Lift System used for?

It is designed for controlled evaporation and distillation workflows in laboratory applications. This Buchi system combines interface control, heating, cooling, and electronic lift operation to support efficient and reliable sample processing.

2. Is the Buchi Rotation Evaporator Rotavapor R-300 With Heating Bath B-301, Interface I-300, Recirculating Chiller F-305 And Electronic Lift System suitable for laboratory evaporation, distillation, drying, heating, and cooling workflows?

Yes. It is designed for laboratory evaporation, distillation, drying, heating, and cooling workflows, and offers a maximum flask size of 1,000 mL (3 kg) and a cooling capacity of 550 W at 15 °C to support this kind of work.

3. What maximum flask size and cooling capacity does the Buchi Rotation Evaporator Rotavapor R-300 With Heating Bath B-301, Interface I-300, Recirculating Chiller F-305 And Electronic Lift System have?

It has a maximum flask size of 1,000 mL (3 kg) and a cooling capacity of 550 W at 15 °C, and is supplied under manufacturer part number 11SR300211VS11.

4. What type and interface does the Buchi Rotation Evaporator Rotavapor R-300 With Heating Bath B-301, Interface I-300, Recirculating Chiller F-305 And Electronic Lift System offer?

It offers rotation evaporator, I-300 with VacuBox and Woulff bottle, navigation knob and function keys and manual, timer, solvent library, automatic distillation, and drying.

5. How does the Buchi Rotation Evaporator Rotavapor R-300 With Heating Bath B-301, Interface I-300, Recirculating Chiller F-305 And Electronic Lift System compare with the Grant Recirculating Chiller ORCA, -10 to 40C Closed Loop Energy Efficient, 230 V, 50-60 Hz, EU Plug?

For circulator applications, the Buchi Rotation Evaporator Rotavapor R-300 With Heating Bath B-301, Interface I-300, Recirculating Chiller F-305 And Electronic Lift System is differentiated by interface I-300 with VacuBox and Woulff bottle and operation Navigation knob and function keys. The Grant Recirculating Chiller ORCA, -10 to 40C Closed Loop Energy Efficient, 230 V, 50-60 Hz, EU Plug from Grant is another named option in the same product category. Compare the required specifications, compatibility and workflow requirements before selection.