00;00;00;00 - 00;00;06;26
Speaker 1
Hey, Gemini. I am recording this for a podcast. Is that okay?
00;00;06;28 - 00;00;11;03
Speaker 2
Okay. I'm ready to be surprised. What kind of podcast are you thinking of?
00;00;11;06 - 00;00;24;01
Speaker 1
Okay, today I want to discuss. That's something I want to make in, using a 3D printer, particularly the Bamboo lab. P1 is.
00;00;24;03 - 00;00;30;11
Speaker 2
That sounds like a fun project. What are you thinking of making with the bamboo lab? P1 to.
00;00;30;14 - 00;00;51;29
Speaker 1
So I want to make, What are the, like, cutlery trays? Let's sit in in, like, a cutlery drawer that have, like, like, usually knives and forks and spoons, like butter knives, generally. What are those called? Just a cutlery tray.
00;00;52;01 - 00;01;03;15
Speaker 2
Yep. That's generally called a cutlery tray or silverware organizer. Sometimes people call it a flatware organizer, too. Are you planning to design a custom one, or are you thinking of printing an existing design?
00;01;03;18 - 00;01;07;05
Speaker 1
Custom?
00;01;07;07 - 00;01;16;16
Speaker 2
That's a cool idea. Have you thought about what kind of design you want for your cutlery tray? Maybe something minimalist and modern, or more ornate and traditional?
00;01;16;19 - 00;01;21;24
Speaker 1
I don't know yet. Probably something easy to clean.
00;01;21;26 - 00;01;36;25
Speaker 2
Okay. Something easy to clean is definitely a good idea for a cutlery tray. A simple design with smooth surfaces and rounded corners would probably work well. You could even add little compartments or dividers to keep everything organized. Do you have any specific features in mind?
00;01;36;27 - 00;01;55;03
Speaker 1
One of the main features like I've never had a cutlery tray that actually fit to my drawer. So like the cutlery tray is good, but then on the top, especially in the bottom of the drawer, just becomes like a huge mess.
00;01;55;06 - 00;02;07;21
Speaker 2
Gotcha. So a custom fit tray would definitely help with that. You could measure the exact dimensions of your drawer and design the tray to fit snugly inside, maybe even with little compartments to keep everything in place. That would be pretty satisfying, wouldn't it?
00;02;07;24 - 00;02;16;00
Speaker 1
Yeah, that's what I'm thinking. But I, what kind of materials would you recommend?
00;02;16;03 - 00;02;35;12
Speaker 2
For a cutlery tray, you'll want something durable and easy to clean. Play is a popular choice for 3D printing, and it comes in tons of colors. PETg is another good option. It's a bit more flexible and heat resistant, so it might hold up better over time. Have you worked with either of those before?
00;02;35;14 - 00;02;41;27
Speaker 1
I've worked with PLA but not PTG. I think.
00;02;41;29 - 00;02;55;26
Speaker 2
Okay, since you've worked with PLA, that's a good starting point. It's a bit more forgiving to print with and you can always try PETg later on. Now do you want to design the tray yourself or would you prefer to find a design online?
00;02;55;28 - 00;03;20;10
Speaker 1
I'm definitely going to design it myself, but I'd like to stay on the materials, part of it for a little bit longer. Tell me about, I'm pretty familiar with PLA is it's what most things get printed. But tell me about PETg.
00;03;20;12 - 00;03;41;29
Speaker 2
Sure thing. So PETg is polyethylene terephthalate glycol modified. It's a type of plastic that's known for being pretty tough and durable, even more so than PLA. It can handle a bit more heat too, which is great for things that might get warm. Plus, it's food safe, so it's perfect for something like a cutlery tray. Do you want to know more about the pros and cons of PETg?
00;03;42;01 - 00;03;45;08
Speaker 1
Yes, please.
00;03;45;10 - 00;04;01;16
Speaker 2
Okay, so PETg is more durable and heat resistant than PLA, which is great for things that might get warm. It's also food safe, so it's perfect for a cutlery tray. On the flip side, it can be a bit trickier to print with, and it might need a heated bed to get the best results. Do you have a heated bed for your printer?
00;04;01;19 - 00;04;06;17
Speaker 1
Yes, I do.
00;04;06;20 - 00;04;25;15
Speaker 2
Okay, that's perfect. Since you have a heated bed, you'll be able to print with PETg without any issues. It's a bit more durable and heat resistant than PLA, which is great for a cutlery tray. Plus, it's food safe, so it's perfect for something that will come into contact with your utensils. Do you want to know more about the pros and cons of PETg?
00;04;25;17 - 00;04;35;28
Speaker 1
Yeah, tell me about the, the rigidity versus PLA.
00;04;36;00 - 00;04;56;24
Speaker 2
Okay, so PLA is a bit more rigid than PETg, meaning it's less likely to bend or flex. That can be good for things that need to hold their shape. But it also means PLA is more brittle and prone to breaking. PETg, on the other hand, is a bit more flexible and impact resistant so it can handle a bit more wear and tear.
00;04;56;27 - 00;05;08;04
Speaker 1
Okay, what about, I bought a roll of play in a while. What does it cost these days?
00;05;08;07 - 00;05;23;11
Speaker 2
A standard one kilogram roll of PLA filament usually costs somewhere between $15 and $30, but the price can vary depending on the brand, color and where you buy it. Do you have any specific brands in mind, or are you looking for recommendations?
00;05;23;14 - 00;05;35;13
Speaker 1
No, I'm just kind of trying to get, a lay of the land with respect to prices. What about PETg?
00;05;35;16 - 00;05;48;24
Speaker 2
PETg filament is generally a bit pricier than PLA. You can expect to pay anywhere from $20 to $40 for a one kilogram spool, depending on the brand and quality. Would you like me to find some specific brands and prices for you? No.
00;05;48;27 - 00;05;59;05
Speaker 1
That's not too much. That's not too much extra. What are what are other? What about TPU?
00;05;59;07 - 00;06;17;00
Speaker 2
TPU is a flexible and durable filament, so it's great for things that need to bend or absorb impact. It's also resistant to oils and chemicals, which could be handy in the kitchen. However, it can be a bit tricky to print with, and it might not be the best choice for a rigid cutlery tray.
00;06;17;02 - 00;06;22;18
Speaker 1
Okay,
00;06;24;07 - 00;06;35;25
Speaker 2
Well, it sounds like you've got a good handle on things. We've covered a lot of ground, from designing a custom cutlery tray to choosing the right filament. Do you have any other questions about your 3D printing project?
00;06;35;28 - 00;06;43;21
Speaker 1
Is PTG your top choice or are there any other you'd recommend?
00;06;43;23 - 00;07;00;16
Speaker 2
If you're looking for a good balance of durability and ease of printing, PETg is a solid choice. It's tougher than PLA and can handle a bit more heat, which is great for kitchen items. Plus, it's food safe, so it's perfect for a cutlery tray. Do you have any specific concerns about using PETg?
00;07;00;19 - 00;07;20;07
Speaker 1
No, not really. I think that's what we're probably going to end up using. I'll probably print early ones on PLA because I got a bunch left over that I just need to use up. But in the meantime, I'll probably look at some PETg to buy.
00;07;20;10 - 00;07;30;24
Speaker 2
Sounds like a plan. Using up that extra PLA is a great way to save some money, and PETg will be perfect for the final version. Do you want me to find some good deals on PETg filament for you?
00;07;30;26 - 00;07;57;13
Speaker 1
No, I don't worry about that right now. I did have a kind of an, tangential question that I want to ask, which is, I do have the AMS thing, which is like the filament switcher for the P1 s, and, I wanted to know if I, if it was, good idea to mix film.
00;07;57;14 - 00;08;11;26
Speaker 2
The AMF is pretty cool. It lets you use up to four different filaments in a single print that would work for your cutlery tray, especially if you want to add some color accents or use different materials for different sections. Have you use the AMS for multicolor prints before?
00;08;11;28 - 00;08;21;06
Speaker 1
No. Not yet. I didn't really even think about that. You can make them look really cool and give them like accents and stuff like that.
00;08;21;08 - 00;08;35;23
Speaker 2
Yeah, using the AMS for multicolor prints can definitely add some flair to your cutlery tray. You could have a different color for each type of utensil or even create a cool pattern. Have you thought about what kind of color scheme you want to use?
00;08;35;25 - 00;09;00;11
Speaker 1
I don't know. You could do all kinds of cool designs. Like, how would I, Is there is there anything out there right now that if I gave it, like, a, if I gave it a, like an object, like a CAD file, like if I had a design that I wanted and I had a cad, I love it.
00;09;00;14 - 00;09;07;29
Speaker 1
Could I put it in any kind of AI software that would, give it a crazy design?
00;09;08;01 - 00;09;22;01
Speaker 2
That's a great question. There are a few AI powered tools that can help you with that. Some software can analyze your CAD files and suggest optimal print settings, or even identify potential issues. Would you like me to find some recommendations for software like that?
00;09;22;03 - 00;09;34;02
Speaker 1
No. I want one specifically that could paint a, a design on a CAD file.
00;09;34;04 - 00;09;56;18
Speaker 2
I haven't heard of any AI software that can paint directly onto CAD files, but there are some workarounds you could try. You could export your CAD design as an image and then use AI image editing tools to add color and texture. Or you could try using a 3D modeling program with AI texture generation capabilities. Would you like me to find some software recommendations for either of those options?
00;09;56;21 - 00;10;05;03
Speaker 1
Yeah. Tell me about the AI texture generating programs.
00;10;05;05 - 00;10;24;17
Speaker 2
Okay. There are a few AI texture generation programs you could try. One option is materials, which can create seamless textures from photos. Another one is Pick's Plant, which can generate textures from images or create them from scratch. Would you like me to find some other options for you?
00;10;24;19 - 00;10;37;18
Speaker 1
Yeah. Tell me about the programs that can create a 3D object from a series of pictures.
00;10;37;21 - 00;10;55;19
Speaker 2
Certainly there are several software options that can create 3D objects from a series of pictures. One popular choice is reality capture, known for its speed and accuracy. Another option is Medicaid, which offers a user friendly interface and powerful tool. Would you like me to find some other recommendations for you?
00;10;55;22 - 00;11;02;02
Speaker 1
Are those, do those cost money?
00;11;02;04 - 00;11;13;22
Speaker 2
Yes. AG theft Metal shape is cross-platform, compatible with windows, macOS, and Linux. It's a powerful tool for creating 3D models from images. Would you like to explore more about its features?
00;11;13;24 - 00;11;18;29
Speaker 1
How much do these kind of programs cost?
00;11;19;01 - 00;11;31;29
Speaker 2
The cost of 3D modeling software varies quite a bit depending on the program and features. Some basic programs are free, while professional grade software can cost several thousand dollars for a license. Do you have a specific budget in mind?
00;11;32;02 - 00;11;37;24
Speaker 1
Yeah, like free or inexpensive?
00;11;37;26 - 00;11;53;27
Speaker 2
For free options. Blender is a powerful open source 3D creation suite used by professionals and hobbyists alike. It can handle most 3D creation tasks, including modeling, animation, and rendering. Would you like to explore other free or inexpensive options?
00;11;54;00 - 00;12;05;07
Speaker 1
Can it create 3D objects from pictures? From 2D images?
00;12;05;10 - 00;12;21;13
Speaker 2
Yes, blender can create 3D objects from pictures using a technique called photogrammetry. It involves taking multiple photos of an object from different angles and then using blender to stitch them together into a 3D model. Would you like me to find some tutorials on how to do this in blender?
00;12;21;15 - 00;12;34;11
Speaker 1
No. Tell me about us. Tell me a little bit about photogrammetry. The current state of photo and I guess.
00;12;34;13 - 00;12;48;20
Speaker 2
Photogrammetry has come a long way. It's now used in everything from making video games and movies to creating maps and preserving historical sites. There are even apps that let you create 3D models with just your phone's camera. Would you like to hear about some of the more recent developments in the field?
00;12;48;23 - 00;12;51;11
Speaker 1
Yes, please.
00;12;52;25 - 00;13;05;17
Speaker 2
Okay, so photogrammetry has become much more accessible thanks to advancements in cameras and software. You can even use your smartphone to create decent 3D models. Now, would you like me to find some examples of photogrammetry being used in different industries?
00;13;05;19 - 00;13;09;19
Speaker 1
Yes, please.
00;13;09;21 - 00;13;26;20
Speaker 2
Okay, so photogrammetry is being used in some pretty cool ways. For example, archeologists use it to create 3D models of artifacts and historical sites. And it's also used in the movie industry to create special effects. Would you like me to find some specific examples of how photogrammetry is being used today?
00;13;26;22 - 00;13;38;15
Speaker 1
I want you to tell me some of the more popular photogrammetry capable programs.
00;13;38;17 - 00;13;54;29
Speaker 2
Some of the most popular photogrammetry software options include AG Soft Metal Shape, Reality Capture, and 3D Zephyr. They all have slightly different strengths, so it depends on your specific needs and budget. Do you want me to help you compare their features?
00;13;55;02 - 00;14;00;24
Speaker 1
Yeah. Or any of them like free open source?
00;14;00;26 - 00;14;19;09
Speaker 2
There are a few good free and open source options for photogrammetry. Mushroom is a popular choice, and it's known for being relatively easy to use. Another option is col map, which is a bit more advanced but very powerful. Do you want me to find some tutorials for either of these programs?
00;14;19;11 - 00;14;25;13
Speaker 1
No. I'd like you to tell me a little bit about each one.
00;14;25;15 - 00;14;48;29
Speaker 2
Mushroom is known for its user friendly interface and relatively simple workflow. You can just drag and drop your photos and it'll do most of the processing automatically. Col map, on the other hand, is a bit more technical, but it gives you more control over the settings. It's great for more complex projects where you need fine tuned results. Would you like me to find some tutorials for either of these programs?
00;14;49;01 - 00;15;03;07
Speaker 1
No. I want to step back a little bit and I want to talk about, would you recommend mixing different types of filaments like PLA and PETg in a single print?
00;15;03;09 - 00;15;20;27
Speaker 2
Mixing PLA and PETg in a single print can be tricky as they have different melting points and cooling rates. However, with careful calibration and settings adjustment, it's possible to get good results. Would you like me to find some resources on how to successfully combine these filament?
00;15;20;29 - 00;15;33;22
Speaker 1
I want you to tell me about the bond, how the bond between PLA and PLA layers and PLA and petit layers differ.
00;15;33;25 - 00;15;54;18
Speaker 2
PLA tends to bond very well with itself, creating strong layers. PETg also has good layer adhesion, but it can be a bit more finicky to dial in the right settings. When you mix them. The bond isn't quite as strong as pla pla, but it can still be decent if you get the temperatures right. Do you want me to find some resources on the best settings for mixing PLA and PETg?
00;15;54;20 - 00;16;04;03
Speaker 1
Can you give me a use case of mixing a print PLA and PTG?
00;16;04;06 - 00;16;20;10
Speaker 2
Okay, so one use case for mixing PLA and PETg is when you want a part that's both strong and flexible. For example, you could print a phone case with a rigid PLA frame for protection and flexible PETg edges for shock absorption. Does that make sense?
00;16;20;12 - 00;16;24;08
Speaker 1
Yeah.
00;16;24;11 - 00;16;35;05
Speaker 2
Is there anything else I can help you with regarding your 3D printing project? Perhaps we can explore some more design ideas for your cutlery tray.
00;16;35;07 - 00;17;13;04
Speaker 1
Yeah. Is there a way that I could, kind of have a way for someone else to design? Let's say. Let's say that I made a page on my website with where it was almost like paint, where you could draw shapes and, and submit a, a design for a cutlery tray. Is there any way I could take a 2D image that was created by, like, basic software like that and make it into a 3D object?
00;17;13;06 - 00;17;34;17
Speaker 2
You could use a program like blender to turn those shapes into 3D models. Blender is a free, open source 3D creation suite that's used by professionals and hobbyists alike. It can handle most 3D creation tasks, including modeling, animation, and rendering. Do you want me to find some tutorials on how to use blender?
00;17;34;19 - 00;17;51;03
Speaker 1
Is this something that I could, can use? Can you use programs like blender with with programs like any and Zapier?
00;17;51;06 - 00;18;04;00
Speaker 2
Yes. Blender can import and work with image files. You could use an image of a cutlery tray design as a reference to trace and build your 3D model. Would you like me to find some tutorials on how to do this?
00;18;04;02 - 00;18;19;14
Speaker 1
No, I'd like you to, I'd like you to give me a little background. On what the programs, in kind of the ballpark of any and and xap here are.
00;18;19;17 - 00;18;36;13
Speaker 2
Na and vapor are both open source programs that are used for creating and manipulating 3D models. They're both powerful tools that can be used for a variety of tasks, but they can also be a bit complex to learn. Do you have any prior experience with 3D modeling software?
00;18;36;15 - 00;18;40;29
Speaker 1
Gemini, I think you're mistaken.
00;18;41;01 - 00;18;56;22
Speaker 2
Okay. No problem. We can explore some other options for your cutlery tray design. Have you considered using a 3D modeling program like Tinkercad? It's a free web based tool that's pretty easy to learn, even if you're new to 3D modeling.
00;18;56;25 - 00;19;05;10
Speaker 1
Do you know of the program called any in an A in?
00;19;05;12 - 00;19;13;07
Speaker 2
I'm not familiar with the program any. And could you tell me more about it? Perhaps it's a specialized tool for a specific type of 3D modeling.
00;19;13;10 - 00;19;26;10
Speaker 1
No, it's, it's it's the letter and and then the number eight and then the letter and an eight and.
00;19;26;13 - 00;19;33;19
Speaker 2
I'm still not finding anything for any. And, Could you double check the spelling or maybe tell me what kind of software it is?
00;19;33;21 - 00;19;39;22
Speaker 1
What about Zapier with the Z.
00;19;39;24 - 00;19;54;26
Speaker 2
I think you might be thinking of Zapier. It's a tool that connects different apps and automates workflows between them. So, for example, you could use it to automatically save email attachments to a cloud storage service. Would you get notifications when someone mentioned your brand on social media? Is that what you were thinking of?
00;19;54;28 - 00;20;03;15
Speaker 1
Yeah. Can you use this kind of program with a program like blender?
00;20;03;17 - 00;20;25;01
Speaker 2
Yeah, you could use Zapier to connect blender with other programs. For example, you could set up a zap to automatically save your blender renders to a cloud storage service like Dropbox or Google Drive. Or you could use it to trigger an email notification when a long render is finished. Would you like me to find some tutorials on how to connect to blender with Zapier?
00;20;25;03 - 00;20;34;25
Speaker 1
So there's a program like Zapier called an A, and are you aware of it?
00;20;34;27 - 00;20;51;19
Speaker 2
You're right. Net end is another automation tool similar to Zapier. It's a bit more technical, but it's also more flexible and powerful. You can use it to connect to blender with all sorts of other applications and services. Would you like me to find some tutorials on how to use N8? End with blender?
00;20;51;22 - 00;21;18;21
Speaker 1
I wanted to make something where it was like you could create a design with guardrails on like a web page, maybe something that was like really basically coded and it would take that two dimensional picture and put it in a blender or any other program and turn it into a 3D model and then send that to a printer.
00;21;18;23 - 00;21;23;09
Speaker 1
Is that possible?
00;21;23;11 - 00;21;46;03
Speaker 2
Yes, that's definitely possible. You could create a simple design tool on a web page using HTML5 canvas or a JavaScript library like fabric JS. This would allow users to draw shapes and lines in 2D. Then you could use blender to import those 2D designs and extrude them into 3D models. Finally, you could use a slicer program like cura to prepare the model for 3D printing.
00;21;46;05 - 00;21;51;09
Speaker 2
Would you like me to elaborate on any of these steps?
00;21;51;12 - 00;21;56;06
Speaker 1
How much of that could I automate?
00;21;56;08 - 00;22;13;07
Speaker 2
You could automate the whole process from 2D design to 3D printing. You'd need to write some code to connect the web page tool to blender, and then automate the export and slicing process. It's a bit complex, but definitely doable. Do you have any experience with coding or web development?
00;22;13;09 - 00;22;18;01
Speaker 1
Minimal, but I learned quick.
00;22;18;03 - 00;22;32;25
Speaker 2
Okay, you could use a visual programing tool like grasshopper to create the automation workflow. Grasshopper is a bit easier to learn than coding, and it has a lot of built in components for 3D modeling and automation. Would you like me to find some tutorials on how to use grasshopper?
00;22;32;27 - 00;22;38;03
Speaker 1
I kind of want to do a little bit of the coding.
00;22;38;05 - 00;22;56;02
Speaker 2
Okay, since you're comfortable with coding, you can use Python to automate the process. There are libraries like pillow for image processing and Pi AutoCAD for interacting with CAD software. You could even use Blender's Python API to control it programmatically. Would you like me to find some resources on how to use Python for 3D modeling automation?
00;22;56;04 - 00;23;05;24
Speaker 1
Okay, I need you to slow down a little bit. Kind of go into the stuff you just said in more detail.
00;23;05;26 - 00;23;21;17
Speaker 2
Okay, so first you'd create a web page with a drawing tool. Then you'd use Python to take the image from the web page, import it into blender and turn it into a 3D model. Finally, you'd use a slicer program like cura to prepare the model for printing. Does that make sense?
00;23;21;19 - 00;23;44;06
Speaker 1
Yeah. So we take a web page, basic web page to make a drawing tool, and then you use Python to import that into blender. And can you, can you use Python to do the whole blender process or do I need to stamp in there?
00;23;44;08 - 00;23;54;18
Speaker 2
Yes. You can use Python to control blender and automate the entire process, including creating the 3D model. Would you like me to find some resources on how to do this?
00;23;54;20 - 00;24;07;08
Speaker 1
Nope. What do I do from there? Do I use Python again to do something out of blender or in blender?
00;24;07;11 - 00;24;29;17
Speaker 2
Yes, you can use Python to export the 3D model from blender. Blender has a built in Python API that allows you to control almost every aspect of the program. You could write a script to automatically export the model in a format suitable for 3D printing, like FTL or OBJ. Would you like me to find some examples of Python scripts for exporting models from blender?
00;24;29;20 - 00;24;42;12
Speaker 1
Okay. And then, how would I get that into the bamboo studio?
00;24;42;14 - 00;24;57;24
Speaker 2
Bamboo studio can import standard 3D file formats like STL and OBJ. Once you export your model from blender, you can simply drag and drop the file into Bamboo Studio. Would you like me to find some tutorials on how to import models into Bamboo Studio?
00;24;57;26 - 00;25;02;27
Speaker 1
How would I automate that?
00;25;03;00 - 00;25;28;19
Speaker 2
You could use Python to automate the whole process, from generating the 3D model in blender to sending it to Bamboo Studio for printing. You'd need to write a script that connects Blender's Python API to Bamboo Studio's command line interface. It's a bit complex, but definitely doable. Do you want me to find some resources on how to do this?
00;25;28;22 - 00;25;33;11
Speaker 1
What a command line interface.
00;25;36;24 - 00;25;52;27
Speaker 2
A command line interface, or CLI, is a text based way to interact with your computer. Instead of clicking buttons and icons. You type commands to tell the computer what to do. It might seem old fashioned, but it's actually very powerful for automating tasks. Do you want to learn more about how to use the command line?
00;25;52;29 - 00;25;57;11
Speaker 1
Yes, please.
00;25;57;13 - 00;26;10;04
Speaker 2
Okay, so you can use the command line to tell Bamboo Studio to slice your 3D model. You'll need to know the path to your model file and the slicing profile you want to use. Do you want me to find some examples of command line arguments for Bamboo Studio?
00;26;10;06 - 00;26;30;21
Speaker 1
Yeah. Can you kind of, I would like you to in detail. Tell me how you would take the file from on my computer and print it using Bamboo Studio without clicking once with the mouse?
00;26;30;23 - 00;26;41;02
Speaker 2
Okay, here's how you can print a file from your computer using Bamboo Studio without touching the mouse. First, open the command prompt on your computer and navigate to the folder where your file is. Actually.
00;26;41;02 - 00;26;55;16
Speaker 1
Then I am stepping in for a second. I want you to describe how I can do that. But automated probably using Python.
00;26;55;18 - 00;27;17;19
Speaker 2
Okay. To automate the process with Python, you'll need to use the subprocess module to run command line commands. First, create a Python script that takes the file path as an argument. Then use subprocess link to run to execute the bamboo studio command, with the file path scheduled to run automatically in your operating system. So what would you like to provide a sample Python script?
00;27;17;21 - 00;27;38;01
Speaker 1
No, this is way too complicated for me. I need you to dumb it down a little bit, and I want you to kind of walk me through as if I have never programed with Python about how you get this file onto it and turn it into a 3D print.
00;27;38;03 - 00;27;58;04
Speaker 2
Okay, let's break it down. First, you'll need to install Python on your computer. Then you'll write a simple Python script that uses the subprocess module to run the Bamboo studio command. This command will tell Bamboo Studio to open your file and start slicing it. Finally, you can use the keyboard to navigate Bamboo Studio and start the print. Does that make more sense?
00;27;58;07 - 00;28;14;07
Speaker 1
Yeah, and it probably be smart to have some kind of approval system along the way. Maybe you could send me a notification to my phone with, like a picture of what it's done or something.
00;28;14;10 - 00;28;34;08
Speaker 2
Okay. For the approval system, you could use a service like Pushbullet. Or if these services can send notifications to your phone when a specific event occurs. You could set up a Zapier automation that sends a notification with a picture of the slice model to your phone for approval before printing. Would you like me to help you set that up?
00;28;34;10 - 00;28;40;11
Speaker 1
Tell me about FTT.
00;28;40;14 - 00;28;57;15
Speaker 2
FTT, which stands for if this, then that is a service that connects different apps and devices together. It works by creating applets that trigger actions based on certain events. For example, you could create an applet that automatically saves your Instagram photos to a Dropbox folder. Does that make sense?
00;28;57;17 - 00;29;01;15
Speaker 1
Yeah.
00;29;01;17 - 00;29;19;10
Speaker 2
Great. FTT is a good option for notifications. It's user friendly and can connect to many smart devices. You'll need to create an FTT account and connect it to your Bambu printer. Then you can set up an applet that sends a notification to your phone. When the printer finishes a job.
00;29;19;12 - 00;29;29;22
Speaker 1
Can you compare and contrast? I FTT Zapier and an A and.
00;29;29;24 - 00;29;57;00
Speaker 2
I, ftt. Zapier and Nen are all automation tools, but they have some key differences. I ftt is the simplest. Great for basic tasks like connecting smart home devices. Zapier is more powerful with tons of integrations for web app DND, and is the most advanced letting you build complex workflows with code. Would you like me to go into more detail about any of them?
00;29;57;02 - 00;30;05;11
Speaker 1
Is it just different levels of complexity, or are they different in some ways?
00;30;05;13 - 00;30;25;00
Speaker 2
You're right. It's not just about complexity. It is great for simple, personal automations. While Zapier is more business focused with a wider range of app integrations. Neat, and on the other hand, is open source and self-hosted, giving you more control and flexibility. Does that help clarify things?
00;30;25;03 - 00;30;33;09
Speaker 1
How hard is it to really get started with any and.
00;30;33;12 - 00;30;56;09
Speaker 2
Not and is a powerful open source automation tool that you can host yourself. It's a bit more technical than Zapier, or if, but it gives you a lot of control. You can use it to connect different apps and services together and automate complex workflows. Are you interested in learning more about how to use an in?
00;30;56;11 - 00;31;03;21
Speaker 1
Yeah. Give me some. Give me some tips on how to start easily.
00;31;03;24 - 00;31;21;17
Speaker 2
The easiest way to start with N8 n is to use N8 and cloud. It's a managed service, so you don't have to worry about setting up your own server. You can sign up for a free trial and start building workflows right away. Would you like me to find some tutorials on how to get started with N8 and cloud?
00;31;21;20 - 00;31;26;08
Speaker 1
What if I have my own server?
00;31;26;11 - 00;31;43;20
Speaker 2
If you have your own server, you can install N8 and there you'll have more control over the setup and configuration, but it's also more complex than using any damn cloud. You'll need some technical skills to manage the server and install N8 and correctly. Do you want me to find some resources on how to install N8 and on your own server?
00;31;43;22 - 00;31;56;01
Speaker 1
So if I've got a, a VPN on Hostinger, is that where I would do any in?
00;31;56;04 - 00;32;17;01
Speaker 2
Yes. A VPN on Hostinger is a great place to install, and then you'll have full control over the server environment so you can customize it to fit any ends requirements. You'll need to follow any installation instructions for Linux servers, and you might need some technical skills to configure everything correctly. Do you want me to find those installation instructions for you?
00;32;17;03 - 00;32;24;16
Speaker 1
Yeah. How? How hard of a task is this?
00;32;24;19 - 00;32;44;01
Speaker 2
It can be a bit challenging, especially if you're not familiar with server administration. You'll need to be comfortable with the command line and have some experience with Linux. But if you're up for the challenge, there are plenty of tutorials and guides available to help you through the process. Do you want me to find some beginner friendly resources?
00;32;44;03 - 00;33;15;07
Speaker 1
No. Not today. I think that we're pretty, we covered a lot of this stuff. I kind of wanted to cover. I just wanted to, like, see if this concept was possible and get a little bit, idea of how I would make one or make one of these, trays myself.
00;33;15;09 - 00;33;26;11
Speaker 2
I'm glad we could explore this project together. It sounds like you've got a solid plan for automating your 3D printing workflow. Is there anything else you'd like to explore or are you ready to start building?
00;33;26;14 - 00;33;31;10
Speaker 1
No. Is there anything else you'd like to share?
00;33;31;12 - 00;33;38;20
Speaker 2
I'm glad you're excited to get started. If you have any questions along the way. Feel free to ask. Good luck with your project.
00;33;38;22 - 00;33;41;03
Speaker 1
All right. Thanks, Gemini.