If you're in the market for a nanopositioning device, make sure you avoid costly mistakes. The right nanopositioner will provide you with frictionless operations and outstanding resolution, both necessary components for detailed lab results. However, there are some steps you'll need to take to make sure you get the right nanopositioner for your lab. If you've never purchased a nanopositioner before, you may not know what to look for. Here are some simple tips that will help you choose the right device for your lab.
Choose the Right Software
When it comes to working with a nanopositioner, quality results begin with the right software. If you're trying to operate your nanopositioner with substandard software, you won't get the results you need, which can be disastrous in a laboratory setting. The right software will provide immediate detection of identified particles, which will reduce the amount of physical work you need to perform. The right software will also provide detailed records for each test you perform, which will reduce the amount of paper records you need to keep. Finally, the right nanopositioning software will eliminate man-made errors that can undermine the accuracy of your lab results.
Consider the Speed Settings
When choosing a nanopositioner, it's crucial that you consider the speed capabilities. Slower operating capabilities will dramatically undermine your ability to perform necessary tests, especially those where speed and accuracy are essential. When working with piezo scanners, it's important to remember that these devices operate best at higher rates of speed, which is another reason why you need to consider those capabilities when choosing your nanopositioner.
Look at the Travel Ranges
Before you select a nanopositioner for your lab, you also need to take a close look at the travel ranges. Some nanopositioners are designed to provide minimal travel ranges, which can be problematic, especially when working with components such as semi-conductors. If you'll be working with a wide range of components during your testing, be sure to choose a nanopositioner that provides an extended travel range.
Ensure Ease of Maintenance
Finally, when choosing a nanopositioner for your lab, you want to ensure ease of maintenance. Testing can fall behind when too much time is required for routine maintenance. Choosing a maintenance-free nanopositioner will ensure that your device is properly lubricated and adjusted at all times. Not only that, but maintenance-free operations also help extend the life of your nanopositioner and reduce the effects of normal wear and tear.
For more information about nanopositioner software for sale, contact a nanopositioner supplier.
