In laboratory environments where sample preparation is a daily task, every minute counts. Whether you’re working in environmental testing, pharmaceuticals, food safety, or chemical analysis, sample evaporation is a necessary but often time-consuming step in your workflow.

If your current evaporation method is slowing down your productivity—whether it’s evaporating samples by hand, air drying in a fume hood, using a DIY setup, or relying on an inefficient evaporator—you might be spending far more time than necessary on solvent removal.

That’s where nitrogen evaporators come in. These systems use a steady stream of nitrogen gas and a gentle heat source to accelerate solvent evaporation, offering a faster, more controlled, and more efficient solution than alternative methods. But just how much time could you save?

Try Our Time-Saving Calculator

To help you understand the potential efficiency gains, we’ve created a Nitrogen Evaporation Time-Saving Calculator. By inputting details about your current evaporation process, such as solvent volume, sample throughput, and evaporation time, you can get a customized estimate of how much time you could be saving every day.

Why Traditional Evaporation Methods Are Holding You Back

Many labs still rely on slow, manual, or outdated evaporation techniques that waste technician hours and introduce inconsistencies in sample preparation. Here are some of the most common methods—and their drawbacks:

1. Evaporating Samples One by One by Hand

Manually monitoring each sample while waiting for solvent evaporation is tedious and inefficient. This method requires constant supervision, limiting the amount of work a technician can complete in a day. If your lab is handling multiple samples daily, the lost time quickly adds up.

2. Air Drying in a Fume Hood

While this is a simple and low-cost method, it is also one of the least efficient. Air drying can take hours or even days, depending on the solvent, solvent volume, and environmental conditions. Since it relies on passive airflow without the addition of a heat source, evaporation times can be inconsistent, and there is always a risk of contamination or sample loss due to open exposure.

3. DIY Evaporation Setups

Some labs attempt to create their own evaporation solutions using hot plates, Schlenk lines, fans, or other makeshift nitrogen setups. While these may work temporarily, they often lead to uneven evaporation, loss of volatile compounds, inconsistent results across samples, and gas leaks that waste nitrogen or compressed air.

4. Using an Evaporator That Isn’t Optimized for Your Needs

Even if your lab is using a sample evaporator, it may not be designed for your solvent type, batch size, or throughput requirements. Some evaporators work best for certain solvents but struggle with others, while others are limited by the number of samples they can process at one time. If your current evaporator isn’t properly suited for your workflow, you could still be wasting hours on unnecessary evaporation time.

The Benefits of Nitrogen Evaporators

Switching to a nitrogen evaporator can drastically improve lab efficiency by reducing solvent evaporation times and increasing sample throughput. Here’s how:

- Significantly Faster Evaporation – A steady stream of nitrogen paired with a gentle heat source speeds up solvent removal compared to air drying or manual evaporation, while keeping your samples safe.

- Higher Sample Throughput – Process multiple samples at once, rather than evaporating them one at a time.

- More Consistent Results – Avoid inconsistencies caused by passive or DIY evaporation methods. Nitrogen evaporators provide controlled, reproducible conditions for each sample.

- Reduced Technician Workload – Free up lab personnel for more important tasks instead of spending hours monitoring evaporation.

- Better Solvent Control – Minimize the risk of over-drying or losing volatile compounds, which can happen with passive drying or DIY methods.

Maximize Your Lab’s Efficiency Today

Your lab’s time is valuable—why spend it on slow, inefficient evaporation methods? Instead of wasting technician hours on manual monitoring or unreliable setups, invest in a nitrogen evaporator that accelerates evaporation and improves consistency.

To make sure the switch to a nitrogen evaporator makes sense for your lab, be sure to use our Time-Savings Calculator. Simply enter your current evaporation details and find out how that compares to the evaporation time you could expect from a nitrogen concentrator.

Stop letting inefficient evaporation slow down your workflow—make the switch to nitrogen evaporation and optimize your lab’s productivity today!