BUCHI R-205/B-490 Rotavapor System with Heating Bath, N/A Serial Number

Product Information

Ah, the illustrious BUCHI R-205 Rotavapor System - the most sought-after high-end rotary evaporator in the market. Its reputation is built on the bedrock of versatility and reliability. A rotation range of 20 to 280 rpm, an automatic height adjustment switch, and an average power consumption of 120 watts empower you to process samples spanning from 50 mL to 3 L. But what's an R-205 without its loyal B-490 heating bath? This corrosion-resistant and aluminum-lined beauty flaunts an adjustable temperature range from 20C to 180C with an LCD display and a precise temperature accuracy of 1C. However, please note that the system has damage at its base - refer to the pictures for details. In a lab setting, these titans are ideal for distilling solvents, concentrating extracts, and purifying compounds. Not to forget, they can be your trusted workhorses for cannabinoid and terpene extraction. Fun fact: the B-490 heating bath can double as a sous-vide machine for the kitchen connoisseur!

• Rotation Speed: 20 -280 rpm
• Power Consumption: 120 W
• Automatic height adjustment switch
• Adjustable Temperature Range: 20C - 180C
• Aluminum-lined, corrosion-resistant heating bath with LCD display
• Damage at base - refer to pictures for details

• Rotation Speed: 20 -280 rpm
• Power Consumption: 120 W
• Weight: 16-18 kg
• Counter Space Occupied: 0.14 M^2
• Dimensions (W x H x D): 544 x 697 x 367 mm
• Frequency: 50/60 Hz
• Rotation speed range 20-280 rpm
• Maximum size of flask: 3 It (max. 3 kg)
• Temperature Range: 20C to 180C
• Temperature Accuracy: 1C
• Flask Size: Up to 4L
• Dimensions (W x H x D): 28.5 x 24 x 30 cm
• Weight: 4 kg
• Operating voltage: 100 - 120 V
• Frequency: 50/60 Hz
• Power consumption: 1700 W
• Heating power: 1300 W
• Minor scratches/crack

Metric: 17 kg
Imperial: 38 lbs

Metric: 544 cm x 697 cm x 367 cm
Imperial: 214.57 in x 274.41 in x 144.49 in

841989

Machinery, plant or laboratory equipment for the treatment of materials by a process involving a change of temperature