You have big projects in the works. You need the right tools for the job, and you need to know the best way to use them. 

If your project involves creating 3D scans, then you want an Einscan 3D scanner. 

3D scanners can be used to do a quality inspection, body scan, rapid prototyping, and even reverse engineering. But the nature of your project can seriously affect how you use the scanner.

That's why this article is five tips for using your Einscan 3d scanner.


1. Get Scan Spray

When using any 3D scanner, you might find it difficult to scan objects that are shiny or dark. Shiny objects create interference with the scanner, making it difficult for a scanner to read them. And Einscan scanners use white light when they scan something, this makes them limited when it comes to dark objects.

Fortunately, there's a simple solution to this: scan spray.

To start with, scan spray makes the object matte. This means that the interference from a shiny surface is no longer an issue. This makes shiny objects much easier to scan successfully.

And for dark objects, scan spray is a light color. This means the object won't simply absorb all of the white light from the scanner anymore. That makes any object much easier to scan.

This also works with transparent objects. However, you may want to double-check before you spray someone's prescription glasses.


2. Know Which Scanner You Need

The type of scanner you need depends on your scanning project. Is it big or small? What will you be using this scan for?

The 3D model created by a scanner can be used for many different projects. Medical teams use a body scan to help determine the best way to treat a patient. They can be used to improve machinery or for reverse engineering parts.

This will also determine if a 3D printer is necessary or not. Medical staff trying to determine the size and shape of a cyst can simply examine the 3D model on their computers. However, someone trying to reverse engineer and piece of machinery may find a physical version easier to work with.

There are many factors to consider before you pick the right scanner for your project. You need to decide between laser or structure light. You need to consider the resolution and accuracy of the machine you need.

The good news is that there are tools to help you determine which scanner is the best one for you.


3. Try To Not Have Holes in Your Scans

If you plan to print your scans, then you want a good 3D printer to help you with this. But even if you have the best equipment, it means nothing if your scans are incompatible with 3D printing. 

One of the biggest problems you might run into when trying to print your model is the design. If what you scanned has a lot of holes in it, then it can be hard for a 3D scanner to determine the inside versus the outside of the model. And your 3D printer can only print what your digital model shows.

This is why trying to print such models can get messy. If this happens to you, then your physical model might not be accurate. 

This can also threaten the structural integrity of the printed model itself. Once the object has been made, there's nothing the printer can do to keep it from falling apart if it's unstable.


4. Use a Turntable

This isn't referring to the device that plays vinyl records. However, a 3D model needs to be scanned from every angle. This means you have two choices: either you move the scanner around the object or you spin the object in front of the scanner.

A turntable makes it possible to achieve the latter. It slowly spins the object in front of your scanner so you can get a full scan of the object without moving your scanner. This makes it easier to get a full clear model of the object in question.

When you have that clear model, this makes it easier to do almost anything with. If you want to have it printed, then a 3D printer should have no problem building your model. But the digital model will also be nice and clear for you if that's what you need for your project.


5. Experiment With Modes

Every Einscan 3D scanner has different alignment modes for you to work with. This is good news for anyone who uses a 3D scanner for a wide variety of projects. The mode that you should use for scanning depends on the object being scanned.

For example, a turntable has markers on it that the 3D scanner can detect when in Turntable Marker Alignment Mode. This mode requires these markers to be visible to the scanner. That means that you need to adjust your scanner so it can read the markers, and you also should make sure that your object is small enough to not cover too many of them.

However, larger objects will cover most of those markers. In this case, you should use Feature or Turntable alignment mode. These modes allow you to complete scans without the use of markers.

Go ahead and experiment with the modes on your scanner to get a feel for which modes are best for your purposes.


Get Your Einscan 3D Scanner Today

An Einscan 3D scanner is a wonderful tool for all sorts of projects if used properly. Make sure that you're choosing the right scanner for your purposes. Once you have it, experiment with it to understand how it works and which alignment modes are best for your needs.

And make sure that you're getting your Einscan 3D scanner from the best distributor on the market: Go3DPro. We have a variety of 3D scanners for whatever your needs are at amazing prices. Check out our guidebook to select the right Einscan 3D scanner for you today.