Yamato RE-601-AO2 Rotary Evaporator: Advanced Distillation Solution for Efficient Solvent Removal
$4,699.00
Yamato RE-601-AO2 Rotary Evaporator: 4L capacity, BO410 Oil Bath, VR600 Controller, Glassware A, RE601 Series, efficient distillation, solvent evaporation, and concentration.
Yamato RE-601-AO2 Rotary Evaporator Features: 4L round bottom flask capacity BO410 oil bath with temperature range of -20°C to 200°C VR600 controller with digital display and programmable settings Glassware A: condenser, receiving flask, and evaporation flask Durable construction with stainless steel frame and borosilicate glass components Safety features: over-temperature protection, dry-run protection, and splash guard Specifications: Flask capacity: 4L Condenser surface area: 1000 cm² Rotation speed: 20-280 rpm Temperature range: -20°C to 200°C Power consumption: 1200W Dimensions: 500 x 400 x 600 mm Weight: 25 kg Product Overview: The Yamato RE-601-AO2 Rotary Evaporator is a high-performance laboratory instrument designed for efficient and precise solvent removal. Its advanced features and robust construction make it an ideal choice for a wide range of applications in chemistry, biology, and pharmaceutical research. What’s in the Box: RE-601-AO2 Rotary Evaporator BO410 Oil Bath VR600 Controller Glassware A (condenser, receiving flask, evaporation flask) Power cord User manual Benefits: Efficient solvent removal: The large condenser surface area and high rotation speed ensure efficient evaporation and condensation. Precise temperature control: The BO410 oil bath and VR600 controller provide precise temperature control for optimal solvent recovery. Versatile applications: The RE-601-AO2 is suitable for a wide range of solvents and sample volumes, making it a versatile tool for various research applications. Safety and reliability: The safety features and durable construction ensure safe and reliable operation. Value for customers: The Yamato RE-601-AO2 Rotary Evaporator offers exceptional value by combining high performance, versatility, and safety in a single instrument.
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