A timelapse is a photography technique that tries to capture finer detail that you wouldn’t normally see with your visible eyes. Many people wonder how they can make a timelapse of a 3D print. You’ve come to the right place if you’re among these people. It's not as difficult as you might think. Here is a step-by-step guide on how to do it.
You’ll need a printer, remote shutter, digital camera or phone, video editing software, and trigger to make a timelapse. If you don’t have a printer, you can easily buy one in cash or Bitcoins. Plus, platforms like bitcoinloopholeapp.com allow you to increase your trading online by just buying a 3D printer. How cool is that?
You’ll first, set up your printer in a dark area at your workstation. The setting is done to avoid flickering and to control the area easily. You’ll then print the mount which holds the shudder in place. This step is for s using their smartphones and digital cameras to take photos.
Print the trigger you’ll put on the print head. After it’s done, place all the printed parts on your printer. Position your shudder for the camera onto the 3D mount print, while for smartphones; you position the earphones on the 3D printed headphone mount.
Place the trigger on the print head to allow it to move while pressing the shudder or your earphones every time it goes to the stop position. Place the device you’re using to take photos in an area with no obstructions to get quality photos.
Look out for an area where you can place the print head in a stop position. Position the printer where the trigger can easily be mounted on the remote shudder or below the headphones. You then feed the right G-code into your slicing software to make the print head to stop after each layer is complete to take a photo.
The G-code will also outline your timelapse interval. At the end of this process, you’ll have a compilation of photographs you can put together to make a video using video editing software. It will easily turn your photos into a video lapse.
the latest OctoPrint and install it to the Raspberry Pi - Connect your Raspberry Pi to your 3D printer through a USD, then power it. Install the Octolapse Plugin and restart the software. Get a webcam, a Raspberry Pi camera and place it on the side of its cable to get a streaming webcam.
Ensure the camera is placed in a suitable area to get a quality stream image. Adjust the OctoPrint 3D printing settings to set your desired timelapse interval. Feed-in the G-code locally into the OctoPrint software and press print.
You’ll notice that it’ll start to work fine, moving the print head into a fixed position after each layer for the camera to take a photo. After its completion, the OctoPrint software will spats out a video file for you to .
You can easily get a timelapse of a 3D print using the above methods.
3D printing has become the new global demand ever since the first 3D printer was invented in 1984. Stereolithography is the process which allows you to create 3D objects through printing. As an example, many people have started to print Tags. A Tag is a type of cryptocurrency coin used in trading. If you are interested in trading on an app like bitcoin buyer, you will now what we mean.
3D printing is an additive manufacturing process that uses a three-dimensional model to curate a physical object from thin layers of filament. It has revolutionized the manufacturing industry - As many makers agree that the process is cheaper and faster, unlike the traditional manufacturing process.
