50L Rotary Evaporator, Digital PID Temperature Control Lab Rotovap Evaporator 50L for Vacuum Low-Temperature Evaporation, High Precision,Ideal for Pharmaceutical, Chemical, Biological Labs
Digital PID Temperature Control: Stable, Accurate & Time-Saving: Equipped with advanced digital PID temperature control system, it achieves precise temperature control with a range of room temperature to 99℃ and an ultra-high precision of ±0.1℃. The built-in intelligent algorithm real-time calibrates temperature fluctuations, greatly improving experimental efficiency.
✈High-Precision Overall Regulation: Ensure Repeatable & Reliable Results: The whole machine adopts high-precision core components to realize multi-dimensional precise control, solving the problem of inconsistent experimental results caused by parameter deviation. It supports stepless variable frequency speed regulation with a speed precision of ±1rpm, which can be flexibly adjusted according to the viscosity of different materials to form a uniform liquid film and improve evaporation efficiency.
✈The vacuum degree can be stably maintained below 133pa, matching the boiling point of different solvents to achieve efficient low-temperature evaporation. The adjustable lifting height and free immersion angle ensure uniform heating of samples, minimizing batch-to-batch experimental errors.
✈50L Large Capacity for Efficient Pilot-Scale Operation: Optimized 50L evaporation flask design, suitable for large-volume sample concentration, solvent recovery, and intermediate purification in pilot-scale experiments. It supports vacuum continuous feeding and discharging, no need to break the vacuum during operation, which greatly improves the experimental efficiency and reduces the loss of volatile solvents and samples. adapting to long-term continuous operation needs.
✈ Multi-Scene Adaptation & Easy Operation for All Users: Widely applicable to pharmaceutical (active ingredient concentration, solvent residue removal), fine chemical (intermediate purification, recrystallization), natural product extraction (tea polyphenol, flavonoid concentration), environmental monitoring (organic waste liquid recovery), and food and daily chemical (essence, additive concentration) fields. The humanized design includes one-key start, parameter memory and easy disassembly of components, facilitating daily cleaning and maintenance. It is suitable for both professional researchers and lab operators with little experience, reducing training costs.