How To Apply Hairspray on 3D Print Beds #
Time needed: 1 minute
Using hairspray as an adhesion method for 3D printing is a simple and effective way to improve the bond between your prints and the print bed. Hairspray can be used on a variety of surfaces, including glass, aluminum, and even bare build plates. Here's a step-by-step guide on how to use hairspray to improve adhesion for your 3D prints:
- Gathering Materials
Start by gathering all of the necessary materials. You will need a can of hairspray (preferably one that contains a high amount of alcohol), a clean cloth or paper towel, and a clean and dry print bed
- Spray The Bed
Begin by lightly spraying the hairspray onto the print bed using a sweeping motion. Be sure to cover the entire surface, including the edges and corners, and avoid applying too much hairspray, as this can cause the nozzle to clog or the spray to become too sticky.
- Drying
Allow the hairspray to dry for a few minutes before starting your print. This will help ensure that it is fully adhered to the bed and ready to support your print.
- Print
Begin your print as you normally would, and keep an eye on the progress to ensure that the print is sticking to the bed properly. If you notice any issues with adhesion, you can try lightly spraying additional hairspray onto the bed to improve the bond.
It's worth noting that hairspray is just one of many methods that can be used to improve adhesion on a print bed. Other popular methods include blue painter's tape, glue stick, and even alcohol cleaning. Some people swear by one method, while others find that a different method works best for them. It's all about finding what works best for your specific printer and material.
By following these steps and experimenting with different adhesion methods, you should be able to achieve reliable and consistent adhesion using hairspray for your 3D prints. Remember to always use caution when handling hairspray, and be sure to follow all safety guidelines and instructions provided by your printer manufacturer.