Creating Coloured AI Images For Canvas Engraving
TLDRIn this creative project, the video demonstrates the process of engraving canvas using a 6-watt diode laser. The creator prepares a low-cost canvas and uses AI to generate a black and white image for engraving. After engraving, the creator attempts to add color by masking and painting, but encounters a mishap with paint seeping under the tape. However, this leads to a serendipitous effect that enhances the artwork. The video concludes with the creator's satisfaction with the outcome and plans to apply the learned technique on a larger canvas in the future.
Takeaways
- 🎨 The video demonstrates a creative process of engraving canvas using a 6-watt diode laser.
- 🖼️ The canvas was prepared with a low-cost purchase, highlighting accessibility for the project.
- 🤖 An AI was utilized to generate the image for engraving, showcasing the integration of technology and art.
- ⚫️+🔴 The project involved engraving in black and white, with plans to add color later for a more dynamic effect.
- 🎥 The artist was inspired by another artist's similar work found on the internet, emphasizing the importance of inspiration and adaptation in art.
- 🔧 Laser settings were adjusted to 6,000 mm/min speed and 65% power for optimal engraving through black paint.
- 📱 A magnetic charging cable赞助商 was mentioned, highlighting the use of magnets in the creator's work environment.
- 🖌️ The initial plan for adding color involved masking tape and glue to control paint application, but this approach didn't yield the expected results.
- 🎨 An unexpected 'happy accident' occurred where paint seeped under the masking tape, leading to a unique and desirable effect.
- 🛠️ The creator experimented with using isopropyl alcohol and blue roll to clean and refine the paint effect on the canvas.
- 📝 The video concludes with the creator's satisfaction with the outcome and plans to apply the learned techniques to a larger canvas in the future.
Q & A
What type of laser was used for engraving the canvas?
-A 6-watt diode laser was used for engraving the canvas.
Where was the canvas purchased and what were the prices?
-The canvas was bought from a shop, with a smaller one costing a pound and a larger one, 400 by 400, costing 2.49 pennies.
How did the creator obtain the image for engraving on the canvas?
-The image was created using artificial intelligence, with a link provided in the description for a free-to-use website.
What software was used to prepare the image for engraving?
-LightBurn was used to load and prepare the image for engraving on the laser.
What were the settings used for the laser engraver?
-The speed was set at 6,000 mm per minute, max power at 65%, and the image mode was set to 'dither' at 300 DPI.
What was the initial plan for adding color to the engraved canvas?
-The initial plan was to add color by using masking tape to create a barrier around the area to be painted, then applying paint and allowing it to drip down.
What was the outcome of the initial attempt to add color to the canvas?
-The initial attempt did not work as planned. The paint seeped under the masking tape and made a mess, but a happy accident resulted in an unexpectedly pleasing effect.
How was the 'happy accident' resolved and what was the final outcome?
-The final outcome was achieved by pouring paint onto the canvas, wiping off the excess with a blue roll and using isopropyl alcohol to clean up the mess. This resulted in a unique and visually appealing effect.
What future plans does the creator have for using the engraving and painting technique?
-The creator plans to try the technique on a larger canvas, with a more planned approach to where colors will be applied, instead of using the masking tape and pouring method.
What advice does the creator give to others interested in trying this project?
-The creator suggests that anyone interested in trying this project should go ahead, as the engraving part is easy and painting the canvas is even easier. They also recommend using a paintbrush for detailed parts and experimenting with the technique.
What was the role of the magnetic charging cables in the video?
-The magnetic charging cables were featured as a product sponsored in the video. They were praised for their tangle-free nature and durability, with a 10% discount code provided for viewers in the description.
Outlines
🎨 Engraving Canvas with AI Art
The video begins with the creator's intention to engrave a canvas using a 6-watt diode laser. They have bought inexpensive canvases and plan to use AI-generated images for the engraving. The creator shares a link to the AI website and discusses a previous video on using AI for creating images. The process of setting up the laser engraver and preparing the image in Lightburn is described, including the chosen speed, power, DPI, and image mode. The creator also mentions a sponsor, Magam, and their magnetic charging cables, which are beneficial for organization and preventing tangles. The video concludes with the engraving process and the reveal of the engraved canvas, which turned out impressively despite some initial concerns about image inversion.
🌈 Adding Colors to the Engraved Canvas
In this segment, the creator moves on to the next step of their project: adding color to the engraved canvas. They focus on a specific part of the engraving, a planet, and attempt to mask it off for painting. However, the process does not go as planned, as the paint seeps under the masking tape and creates a mess. The creator adapts to the situation by cleaning up with isopropyl alcohol and blue roll, and in the process, they discover a happy accident that results in an unexpectedly pleasing effect. The video showcases the creative process and the importance of embracing imperfections.
🚀 Learning from Happy Accidents
The creator reflects on the outcome of their canvas project, which, despite not going according to plan, resulted in a unique and visually appealing piece of art. They discuss the experimental nature of the process and share their intention to try a similar project on a larger canvas in the future. The video ends with the creator expressing satisfaction with the final result and encouraging viewers to share their thoughts and tips for working with canvases. The creator also invites viewers to like the video, subscribe to their channel, and comment on their experience with canvas projects.
Mindmap
Keywords
💡Engraving
💡Canvas
💡Diode Laser
💡Artificial Intelligence (AI)
💡LightBurn
💡Sponsorship
💡Magnetic Charging Cables
💡Masking Tape
💡Acrylic Paint
💡Creative Process
💡Happy Accident
Highlights
Engraving canvas with a 6-watt diode laser
Using AI to create images for engraving
Link provided in the description to the AI image creation website
Preparing a creative project by engraving black and white images with plans to add color later
Canvas size selection based on laser capacity
Setting laser engraver speed and power for optimal results
Using 300 DPI and dither image mode in Lightburn
Sponsor mention: Magam magnetic charging cables
Canvas engraving completion and satisfaction with the outcome
Inverting the image might have been a better choice for the engraving
Adding color to the engraved canvas by using masking tape and glue technique
Experimenting with paint application and removal for unique effects
Unexpected result with paint seeping under masking tape
Creative recovery using isopropyl alcohol and poster paint
Embracing the 'happy accident' for artistic value
Future plans for a larger canvas with pre-planned color application
Learning from the process and sharing insights for others trying canvas engraving
Engagement with viewers for feedback and suggestions