3d printer homework chatgpt

This genius student uses the power of AI and a 3D printer to 'handwrite' their homework

A+ material.

As technology advances, you can always count on one thing: students will use it to avoid doing homework. One industrious student not only got an AI chatbot to do their homework assignment, but they also rigged it to a 3D printer to write it out on pen and paper, expending the maximum amount of effort required to do the minimum amount of homework. Bravo!

TikTok user 3d_printer_stuff shared a series of videos on how they programmed a 3D printer to produce homework with the answers that ChatGPT wrote. 

They gave ChatGPT their assignment; it spit out an answer, and then they copy/pasted that text over to 3dwriter . As you can see, once you sort out the proper spacing and mount a pen onto your 3D printer, 3dwriter can write out the AI-generated text onto a sheet of paper perfectly between the margins. The tutorial video shows the process step-by-step. 

ChatGPT has been in the news recently after Microsoft said it would invest $10 billion in OpenAI . The company developed an AI chatbot that scrapes the internet to produce long-form answers to questions in a human-like fashion. This is exactly why ChatGPT has already been banned in New York City public schools over cheating and plagiarism concerns. Ultimately the fear is that students will use it as a crutch and hinder the development of critical thinking skills, which is why the NYC Dept. of Education restricted access to the AI chatbot on its schools' computers. I don't blame them, considering one of the videos shows math homework being done on the fly. 

@3d_printer_stuff ♬ Calm LoFi song(882353) - S_R

Of course, as many comments suggest, the next logical step in 3d_printer_stuff's scheme should be to train an AI to mimic their handwriting. That way, they could fool a teacher since the handwriting shown here is just a little too perfect. You could also use these tools for non-cheating purposes, I guess. I'd argue that setting up a rig to do your homework takes more time than just doing the homework yourself, but I applaud the hustle nonetheless. 

Either way, it's interesting to see what the cross-section of AI and automation can produce that doesn't involve it being "light outs for us all," according to one CEO. I nor PC Gamer endorse cheating or scamming your way out of doing homework. We do think it's cool, though. 

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Jorge is a hardware writer from the enchanted lands of New Jersey. When he's not filling the office with the smell of Pop-Tarts, he's reviewing all sorts of gaming hardware, from laptops with the latest mobile GPUs to gaming chairs with built-in back massagers. He's been covering games and tech for over ten years and has written for Dualshockers, WCCFtech, Tom's Guide, and a bunch of other places on the world wide web. 

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How to Use ChatGPT for 3D Printing: From Prompt to G-Code or STL File

Unlock the Potential of ChatGPT in 3D Printing

ChatGPT has become a sensation online since its emergence a few months ago. In addition to helping generate answers to simple queries, the chatbot can prepare files for 3D printing. With ChatGPT, you can create ready-to-print STL files, code for 3D models that can be opened using scripting-based 3D modeling software such as OpensCAD or create Gcode files without a 3D slicer. 

Below, we’ll explore each of these strategies in detail. Remember that ChatGPT is only as good as the prompts you give it and you may have to try several different wordings to get what you want.

How to Generate G-Code Using ChatGPT

We shall generate the G-code in ChatGPT, preview it, and then send it to a 3D printer. If you have not tried the chatbot, you can access it at by registering and logging into Openai . You should see the option to enter your prompts when you log in. 

You can think of any design and ask the software to generate the printable file. In my case, I want to create a simple 3D model of a cube. If I ask the chatbot to develop a 3D model I can print, it will display a general response, as shown below.

To get a 3D-printable file, we must ask the software to generate ASCII STL. ASCII STL format stores human-readable details of the triangular facets that make the object surface. Each vertex is connected to other vertices in the model, creating triangles that define the shape of the 3D model.

Below is a section on the ASCII STL format for designing a cup.

The file always starts with Solid <name>, where name is the name of your design. Next, you will see the details of the triangle’s vertices, and the code ends with the name endsolid <name>.

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You can follow the steps below to create the 3D model in ChatGPT.

1. Write the prompt “Generate a 3D Model of a cube using ASCII STL format,” then click enter. Below is a sample of the code generated.

You can download the complete file on Google Drive. 

2. Copy the code and paste it to any text editor like Notepad, and then you can save it .STL . If you understand how the code works, you can modify it.

3. Import the file to Cura or any other 3D slicing software to slice it and generate the G-code we shall send to the 3D printer. It’s also helpful in previewing it and checking how it will be 3D printed. I also realized the design generated by ChatGPT the first time was very tiny, and I had to scale it on Cura, as shown below.

4. Send the file to your 3D printer . After slicing, you can preview by moving the sliders on the right and bottom of the interface to see if everything is in order. You can also specify speed, layer height, temperature, and other settings depending on your 3D printer.

Next, you can send the file to your machine for 3D printing. The design took around 6 hours to 3D print, and I was impressed with the outcome as it had no flaws.

If you can see well, the surfaces and edges were 3D printed perfectly, and the surfaces were smoother.

In addition to using ChatGPT to generate STL files, you can also fix the G-code files you can send to your 3D printer directly without using a 3D slicer.

How to Fix G-code Files in ChatGPT

To demonstrate this, I downloaded a 3D model of a Minecraft Creeper from Thingiverse and sliced it using Cura to get the G-code. I then opened it on Notepad and modified the sections highlighted below, adding letters instead of numeric values from line 5.

I then saved the file, and when I tried opening it in Cura, I got the error below.

Instead of taking a lot of time to identify the errors, ChatGPT can detect them easily. So I copied the file, pasted it into ChatGPT, and asked the bot to identify the mistakes. This was the response I received.

As you can see, it was able to detect that the values on lines 5, 7, and 10 are not numeric because I added letters.

You can also go ahead and tell it to fix it. In this example, I used the prompt, “Please fix the errors you identified.” As you see, it replaced the letters with random numbers.

In addition to fixing the G-code and generating STL files in ChatGPT, you can also use it to generate scripts of 3D models that you can use in 3D modeling software like OpensCAD. Follow along as we show you.

How to Generate Scripts of 3D Models in ChatGPT

If we want a 3D model we can manipulate, we can just ask for one.  Here, we’ll tell it to generate a script of a 3D model of a cup that we can use in OpensCAD. I used the prompt “ Create a Script of a 3D model of a cup to be opened in OpensCAD . ”

Below is the output that I got.

After generating the code, I downloaded OpensCAD , created a new file, and pasted the code into the editor. After saving and rendering the model, I got the design shown below.

It almost resembled a cup though it’s a little off. But you can play around with the prompts and the code until you achieve the perfect design of a cup. You can save the file as an STL file by selecting the STL option on the top-left section of the toolbar.

You can then send it to your 3D slicer and slice it. After slicing, the time taken to print the model is estimated to be 57 minutes. 

After 3D printing, I was able to get the design shown below.

As you can see, it has a smooth surface and is generally good, just like the other one for the cube. You can always experiment with various prompts, and you will be able to create an incredible design.

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• neoculture All I keep getting are variations on "I'm afraid I can't do that, Dave". Generally of the "...as a text-based AI model, I cannot directly generate or provide 3D models..." variety. Reply
• mscir I asked openai's chat gpt if it could generate the g-code or stl for a roughly 1 foot long t-rex skull. It said yes. I asked it to do so, it generated a few dozen lines of code before the chat window stopped showing it. I told it the file was too large for the chat window, it apologized, I asked if it could generate the file and make it available for download, it said yes, I asked it to do so and send me the download link, it sent me a link to a gmail account that didn't exist. I was already logged into my gmail account in another tab on the same browser, so I asked it how we could proceed, it apologized and said it was not possible to create the file since it might be a copyright violation of some sort, and it said it didn't have access to an account where I could download the file even if it was able to post one. So it wasted a lot of time being quite stupid. Reply
• Pi-Plates chatGPT seems to have very limited capabilities of creating anything other than cubes. Case in point: "Generate a 3D Model of a skeleton using ASCII STL format" produced an STL file of a 4 sided cube with the disclaimer "This is a very basic and abstract representation of a skeleton using ASCII STL format. It defines a simple cube, which can be interpreted as a basic representation of a skeleton's structure. A more detailed and recognizable representation of a skeleton would require complex 3D modeling software." Reply
• View All 3 Comments

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How Can ChatGPT Be Used for 3D Printing

ChatGPT by OpenAI is an AI language model which allows conversational input to directly convert to functional code output. There are many applications, from writing poems, creating recipes, and even critically analyzing famous texts and works of art. However, the language model also has an understanding of several programming languages and syntaxes. This makes it possible to generate 3D printable models, executable code scripts, and more, using only a text prompt. While ChatGPT isn’t quite ready to create a functional model of a complex engine, it is capable of making simple shapes and also creating programs that can be used to make 3D models.

This Guide Covers

What is chatgpt.

• Best Practices when using ChatGPT
• How to Directly Generate STL Files
• How to Generate Scripts for 3D Modeling

Printing Models Made with ChatGPT

• How to Access ChatGPT

ChatGPT stands for Chat Generative Pre-Trained Transformer We’ve trained a model called ChatGPT which interacts in a conversational way. The dialogue format makes it possible for ChatGPT to answer followup questions, admit its mistakes, challenge incorrect premises, and reject inappropriate requests. ChatGPT is a sibling model to InstructGPT, which is trained to follow an instruction in a prompt and provide a detailed response. Source: OpenAI

With generative AI art tools like Dall-E (also made by OpenAI) becoming progressively more common, it was only a matter of time before this technology made it to the 3D world. If you’re interested in learning more, keep reading to see how you can use ChatGPT to make 3D printable models today.

Best Practices

ChatGPT uses a form of input called a “prompt”, which is the input from the user directed at the AI. Because the quality of the output is dependent on the input, companies like OpenAI have developed Best Practices guides to help increase the odds of success. Generally, adding additional context or information to the initial prompt will result in a more optimal answer, specifically when asking ChatGPT to create 3D models.

If directly asked to make a 3D model, ChatGPT will typically respond with the above prompt, and occasionally give instructions on how to use these programs to create a model. While these steps are typically not very helpful, they do show that ChatGPT should not be taken at face value when providing responses as it can, in fact, create a 3D model. Simple primitive shapes like cylinders, cubes, and pyramids are usually fairly easy to generate, but asking for organic or complex models will usually result in the above denial.

Using ChatGPT to Directly Generate STL Files

3D geometry can be represented via the triangulated .STL file format, a universal standard across virtually all manufacturers and file repositories. This is also a human-readable file format if generated as ASCII .STL, which makes debugging and interpreting the output of ChatGPT a little easier.

To successfully generate an .STL file, it usually takes a few attempts that each add progressively more information to the mesh. From the above triangle example, I asked ChatGPT to use this same format to generate a cube.

It then generated six faces, which is six triangles short of a fully triangulated cube. ChatGPT will abruptly stop after a certain point when generating a large file, but adding “Continue” as a prompt will allow it to continue from where it stopped. Using the free 3D modeling program Blender, I added in the missing geometry and fixed the flipped faces (shown in red above).

Using ChatGPT to Generate Scripts for 3D Modeling

Another key feature of ChatGPT is the ability to create scripts to parametrically create 3D models. Using Javascript and the three.js library, I was able to quickly generate a script that creates a cube in a 3D environment by using the prompt: “Please create a script using Javascript that generates a cube and uses a GUI to display it.”. This script also generated a GUI that allows for rotational control over X, Y, and Z axes.

By incrementally increasing the requested complexity, the script can create gradually more complex outputs. For example, here the cube has been replaced with a sphere, and a slider has been added that controls the number of segments on the sphere, giving it a progressively more Low Poly / decimated appearance.

By also adding an “.STL Export” function, the final geometry can be exported in the ASCII .STL file format for 3D printing. The full code can be found on GitHub , and there is also a live build available if you want to try it yourself.

Featured cube model 3D printed in tri-color PLA on Elegoo Neptune 3 Pro .

Programs like Blender can be used to clean and prepare these mesh files for 3D printing, as seen in the video I made covering this topic . Issues like missing triangles, flipped normals, and other mesh-related problems are common, so some manual clean-up will likely be required if the intent is to 3D print any models generated with ChatGPT. Models like the 3D printed cube are generated using arbitrary units with each side measuring one unit long, which corresponds to a single mm when imported into a slicer like PrusaSlicer.

How to Access

ChatGPT is currently available for public use and accessible directly through the OpenAI site . Use of the ChatGPT system requires an OpenAI account, which you can create using your email address. Creating an account allows users to access their full prompt history, which is a helpful way to reflect on which prompt strategies work and which don’t. While access can be limited and the service tends to have periods of interruptions, it’s still an exciting tool with a great deal of potential.

Read More: How to Use AI Art Generator for 3D Print Design

In this article, I’ll cover how to get started with AI art and text-to-image generators from the perspective of gathering references for 3D Printable products.

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Free release of 3D Printing and ChatGPT integration from Authentise

Authentise, a workflow management software specialist, has launched a new free feature that brings ChapGPT capabilities to the 3D printing industry.

The data-driven engineering and manufacturing workflow solutions company has introduced a new artificial intelligence tool that enables users to query the greatest repository of additive manufacturing knowledge using common language. 

“AI is evolving at an incredible pace and it’s time for the additive community to see how it can benefit. Authentise has always focused on integrating the world’s best algorithms into its workflows, and we’re delighted to be the first to teach Large Language Models decades worth of additive knowledge,” says Andre Wegner, CEO, Authentise .

After signing up for the 3D GPT service, free access to 12,000+ standards and journal articles on additive manufacturing.

Users of 3DGPT are able to ask any question, from the more general to the more specific, such as “What additive technologies can I use to 3D print concrete?” or “How do I reduce the likelihood of defects when working with Stainless Steel in powder bed fusion?” and receive insightful responses that are based on extensive industry knowledge. The solutions draw on the general knowledge that underpins OpenAI’s ChatGPT as well as the knowledge found in the standards and journal papers. The application has a unique feature that allows users to scrutinize 3DGPT’s responses by providing references to its more technical responses.

The program was supported by Innovate UK via the SAMRCD project.

Wegner added, “Personally, I’ve been continually astounded by the know-how in the industry. It’s a pleasure to help make that more accessible, but it’s clearly just the start. There are many ways we think that this tool might be useful inside our product portfolio – whether it’s to help create reliable and efficient workflows or make RFQ’s with many standards references more penetrable. Before that – we, Authentise as well as partners such as ASTM, naturally need to understand the technology’s opportunities and limits; we know that GPT algorithms sometimes hallucinate, for instance. Releasing this at TCT360, an event which epitomizes knowledge sharing, will help us understand how people will and want to use 3D GPT.”

Subscribe to the 3D Printing Industry newsletter to ensure you keep up with the latest 3D printing news. You can also follow us on Twitter , like our  Facebook page, and subscribe to the 3D Printing Industry Youtube channel to access more exclusive content. Are you interested in working in the additive manufacturing industry? Visit 3D Printing Jobs to view a selection of available roles and kickstart your career.

Michael Petch

Michael Petch is the editor-in-chief at 3DPI and the author of several books on 3D printing. He is a regular keynote speaker at technology conferences where he has delivered presentations such as 3D printing with graphene and ceramics and the use of technology to enhance food security. Michael is most interested in the science behind emerging technology and the accompanying economic and social implications.

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ChatGPT: How the language-learning AI can assist in the creation of 3D printing design models

ChatGPT is a new, highly-advanced artificial intelligence program that is designed to answer questions and respond in a humanlike manner. It is trained on a massive dataset of text and as such is able to answer questions asked in natural language. In addition, it’s capable of generating code based on specific requests.

Is OpenSCAD an accessible program?

For 3D models that are used for 3D printers, OpenSCAD is an open-source program used to create models. The program uses a programming language to describe and assign the dimensions of the 3D model the programmer desires. This is in contrast to most CAD software, which has a more beginner-friendly graphical user interface.

Because of its complicated programming language, inexperienced users of OpenSCAD may not know how to use the program to create a desired model. The programming language can take a lot of time to learn, which highly decreases the accessibility of 3D printing to those who may want to use it.

How can ChatGPT help?

Because of its ability to write code, a relatively new feature of AI language learning models, users, even those with no experience, can prompt ChatGPT to create lines of code for OpenSCAD. Nick with Raise3D sought to answer this question, and see what the capabilities of ChatGPT are for programming a 3D model for print. Check Youtube tutorial below:

What can ChatGPT actually do?

Nick first asked ChatGPT to create a model of a hydrogen atom, with one nucleus and an electron. ChatGPT failed to do so. Next, he asked it to create a double helix, but there would be errors in the code that Nick prompted for ChatGPT to fix. Eventually, it managed to create a model that worked, but the end result was far from the original request.

Nick then asks the AI to generate a model for a Samsung Galaxy S8 phone stand. As a more creative and open-ended endeavor, ChatGPT was still able to use the phone’s dimensions to create the model. The model itself, however, was not usable, and still needed a lot of work.

Yet, after some tweaking and adjusting, Nick was able to get ChatGPT to get a requested model of a T-shaped jig fixture with a cylindrical hole cut out. In addition, the model created could then easily be uploaded to a secondary program for users inexperienced with programming to adjust.

What does this mean?

ChatGPT is still in the early stages of capability for its OpenSCAD programming, and still requires extremely specific requests to complete a task. In addition, it requires adjustments, and isn’t the best at answering requests that require creativity, like the phone case.

However, during Nick’s testing in which he asked ChatGPT to fix certain error prompts, ChatGPT was able to immediately identify what the error was and where it was. For a new user, it could take hours to identify a single problem, but ChatGPT is able to do it nearly instantaneously.

Printing the Final Design

Nick used a Raise3D Pro 3 model with the Hyper FFF upgrade, allowing a print time that is three times faster that of the Raise3D Pro 2 model while still maintaining high precision. In this way, through using ChatGPT, models can be designed and fixed quickly while also being printed at a moment’s notice.

What is ChatGPT’s potential in the future?

ChatGPT’s potential to generate code for 3D printing is impressive, and with more work, it could be a valuable tool for beginners to get started with 3D printing. Currently, however, it could be a useful tool for already-experienced programmers to know where an error occurred in the code for a 3D model in OpenSCAD.

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Clever Student Has AI Write Their Homework by Hand

Tiktokker 3d_printer_stuff developed a clever way to avoid homework assignments calling for handwritten essays..

Teachers aren't stupid and they know that some students will do whatever they can to get out of homework. After computers became commonplace, many teachers started requiring that students write out their homework by hand to prevent them from simply printing an essay they found online. That's even more important now that AI writers can churn out pretty decent content based on short prompts. But teachers can never keep up with the really clever students who are willing to expend a lot of effort to avoid homework, as demonstrated by TikTokker 3d_printer_stuff's use of AI and a 3D printer to produce "handwritten" homework .

ChatGPT and several other AI writing models can churn out well-written content that does a pretty good job of covering surface-level topics, such as book reports and basic essays. All a student has to do is enter the prompt they're given for their homework assignment, and ChatGPT can take care of the rest. The best way that teachers can combat that is by requiring digital submissions that they can run through AI writing detection services, which can determine if a written sample was likely written by an AI. But many teachers aren't up to date on the latest in cheating technology and require handwritten submissions, which led 3d_printer_stuff to this solution.

First, they used ChatGPT to generate their homework assignment essay. Next, they needed that written on paper. They could have simply copied the text onto paper themselves, of course. But that would require work, which was what they were trying to avoid. So instead, they turned their 3D printer into a pen plotter. That is easy to do by attaching a pen to the 3D printer near the hot end. As long as the printer knows the Z height of the pen's tip, it can work just like a standard pen plotter. After completing that, the only thing left for 3d_printer_stuff to do was generate the g-code. For that, they used the free online service 3Dwriter.io, which can produce fairly convincing script.

Eagle-eyed teachers will notice that the "handwritten" text is a little too consistent to be legitimate. But even the most observant teachers are overworked and tired, so this could pass muster. The ultimate solution would be to use AI to introduce variations into the script that mimic those we would expect to see in real handwritten text. Hopefully 3d_printer_stuff will implement such a solution before they get caught cheating.

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Generating GCODE for 3D Printing with Chat GPT-4:

The world of 3D printing is ever-changing, and it’s no secret that AI technologies are playing an increasingly significant role in this field. From 3D model creation to the slicing and printing process, artificial intelligence has the potential to revolutionize the way we approach 3D printing. In this blog post, we explore the potential of ChatGPT 4, an advanced language model, to generate GCODE for 3D printing, and how it can eliminate the need for traditional slicing software.

If you’re a 3D printing expert, you’re likely familiar with GCODE, the machine-readable code that tells your 3D printer how to move and extrude the filament to create your desired object. However, generating GCODE is not as straightforward as it may seem. It involves several steps, including slicing, optimizing printing parameters, and ensuring printability. Slicing software like Cura or Simplify3D is typically used to slice a 3D model into layers, generate GCODE, and optimize print settings. However, this process can be time-consuming and requires expertise to achieve optimal results.

ChatGPT 4 is an advanced language model that can generate human-like text. It’s trained on a massive corpus of text and can understand and respond to text-based inputs. While it’s not specifically designed for 3D printing, its capabilities have the potential to simplify the GCODE generation process. By integrating ChatGPT 4 with 3D model repositories, it could eliminate the need for traditional slicing software.

Here is an example :

Prompt : write the gcode of 10cm * 10cm * 10cm cube with 50% infill for an open source reprap design 3d printer

ChatGPT: Sure! Here is the GCODE for a 10cm x 10cm x 10cm cube with 50% infill for an open source RepRap design 3D printer:

For example, imagine that you want to print a complex 3D model that requires significant optimization and tweaking of print settings. Instead of manually adjusting these settings in a slicer, you could simply input your desired parameters into ChatGPT 4, and it would generate the GCODE for you. This could save time and streamline the printing process, particularly for more complex models.

Moreover, ChatGPT 4 can also be used to modify existing models for 3D printing. For instance, if you have a model that needs to be resized or modified in some way, you could input your desired changes into ChatGPT 4, and it would generate the modified model for you. This could be particularly useful for customizing 3D prints or creating unique objects.

While ChatGPT 4 shows promise in generating GCODE for 3D printing, it’s important to note that it has its limitations. One of the primary challenges is that ChatGPT 4 lacks an understanding of physical constraints, material properties, and printer capabilities. This means that the GCODE it generates may not be optimized for your specific printer, and it may not take into account the properties of the filament you’re using.

Another limitation of ChatGPT 4 is that it may not be able to optimize the print settings as effectively as traditional slicing software. Slicers like Cura and Simplify3D are designed to provide a high degree of control over the printing process, allowing users to fine-tune the settings for optimal results. ChatGPT 4, on the other hand, may not be able to provide the same level of precision.

Despite its limitations, the potential applications of ChatGPT 4 in 3D printing are exciting. One of the most promising applications is the ability to create 3D physical objects, similar to how DALL-E creates images. By inputting a description of the object you want to create, ChatGPT 4 could generate a 3D model and GCODE for 3D printing, effectively turning it into a sculptor version of DALL-E. This could have far-reaching implications for the world of 3D printing, as it could simplify the process of creating custom objects, prototypes, and replacement parts.

Another potential application of ChatGPT 4 in 3D printing is its ability to learn from user feedback. As users provide feedback on the GCODE it generates, ChatGPT 4 could learn from this feedback and improve its GCODE generation capabilities. This could lead to more accurate and optimized GCODE generation, as well as a more personalized printing experience.

Furthermore, integrating ChatGPT 4 with 3D model repositories could open up new possibilities for 3D printing. For example, users could search for models based on descriptions, keywords, or even images, and ChatGPT 4 could generate the GCODE for printing. This could make 3D printing more accessible to a wider audience, as it would eliminate the need for expertise in 3D modeling and slicing.

In conclusion, ChatGPT 4 has the potential to revolutionize the way we approach GCODE generation in 3D printing. While its limitations must be considered, its ability to simplify the printing process and generate customized GCODE is promising. Moreover, its potential applications in creating 3D physical objects and learning from user feedback could lead to further advancements in the field of 3D printing. As AI technologies continue to evolve, we can expect to see further innovations in the world of 3D printing and beyond.

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German Researchers Launch ChatGPT-based Part Vectorizer Tool for 3D Printing

March 26, 2024

A team led by Dr.-Ing. Sascha Hartig, known for his contributions to additive manufacturing, has introduced the “ChatGPT-based Part Vectorizer” tool. This innovative solution transforms the physical characteristics of parts into structured complexity vectors, facilitating manufacturing processes.

The Part Vectorizer converts information such as part size, quality assurance levels, technical specifications, material class, and post-processing requirements into complexity vectors. These vectors, developed specifically for AM, utilize the OpenAI platform to create custom Generative Pre-trained Transformers (GPTs), eliminating the need for extensive programming knowledge.

“The Funnel-Sieve Model we developed combines Artificial Intelligence with advanced planning models, enabling precise control and adaptability to changing requirements,” Hartig explained in a recent LinkedIn post.

By standardizing the representation of key component attributes, the Part Vectorizer enhances production control within AM, offering a more efficient approach to manufacturing. This tool holds promise for streamlining workflows and optimizing resource allocation in the 3D printing industry.

Manufacturers and researchers alike can now access this tool to improve their AM processes and stay ahead in the rapidly evolving field of additive manufacturing. You can access the vectorizer at the OpenAI site, here .

Come and let us know your thoughts on our Facebook , X , and LinkedIn pages, and don’t forget to sign up for our weekly additive manufacturing newsletter to get all the latest stories delivered right to your inbox.

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10 Things in Tech: Renting properties to sublet them, the world’s largest polymer 3D printer, and a bare-bones Tesla Cybertruck interior

Happy Memorial Day, mates. I'm Diamond Naga Siu, and I'm excited that the French Open main draw is in full swing today.

I'd love to watch it in-person someday. But flying to France is super expensive (especially from San Diego).

So maybe I'll try this flight hack — called skiplagging — that airlines hate. My colleague Taylor Rains breaks down how this hack legitimately finds you a cheaper flight . But it runs the risk of you getting banned from the airline.

Maybe it's worth it to see my favorite tennis players compete on clay.

Before I try skiplagging, let's dive into today's tech.

If this was forwarded to you, sign up here . Download Insider's app here.

1. ChatGPT helped these people earn more money and become better at their jobs. Many people are using ChatGPT to level up their work. Insider profiled four of them about how it has made their jobs easier: a recruiter, broker, entrepreneur, and chief marketing officer.

• They each use the technology for different aspects of their roles. One of them likened the technology to "having a 24/7 assistant." Another uses ChatGPT as their chief technology officer.
• They each took us behind the scenes of how ChatGPT helps with their specific tasks. But the common thread among their experiences is how much time ChatGPT saves them.
• My colleague Jack Sommers gathered their profiles and highlighted how these workers turbocharged their jobs with technology.

Get their full stories here.

In other news:

2. "I have a fake personal assistant." Jamira Burley works in tech and has a personal assistant named "Matt." He answers emails. He negotiates rates. He schedules meetings. But he's not real. Here's why she created him a decade ago.

3. Amazon gave up on its climate pledge. The e-commerce giant previously promised to make half its shipments net-zero carbon by 2030. It recently reversed course and even deleted the blog post announcing its initiative. But Insider dug it up anyways. Read it here.

4. ChatGPT is a "black swan event." These rare events occur when something unforeseen happens with far-reaching impacts — but in hindsight, it looked inevitable. Many signs (like how ChatGPT blew up Big Tech) point to it qualifying. Check them all out here.

5. This couple rents properties to sublet them on platforms like Airbnb. Nathan and Taniera Turner turned to this side hustle after both got laid off at the start of the pandemic. Now, they've scaled up to 25 different properties. Here's how they did it.

6. "Remote-first" Robinhood is going back in-person. CEO Vladimir Tenev ordered employees back to the office four days per week, starting in September. He wrote, "there is value in us being together," in the email. Read his full office order here.

7. The bare-bones Tesla Cybertruck interior. We might just have gotten a first look inside the Tesla Cybertruck. Photos — allegedly from a shareholder day — began circulating online. And the interior is shockingly minimalistic. Drive over to check it out here.

8. $20,000 doesn't go far for a car. Around five years ago, 60% of used cars were under $20,000. Now, only around 30% of used cars are under that pricepoint. Hop in to see the full used car landscape here.

Odds and ends:

9. The world's largest polymer 3D printer. It's like a massive glue gun with hundreds of settings. The gigantic device (60-feet long and 10-feet tall) helped print a 600-square foot tiny home in Maine. Tour the structure here , btw. Then, get a full, 360-look at the printer here.

10. "I run a homeschool agency for clients like Kylie Jenner and Khloé Kardashian." It's a one-stop shop for families whose lifestyles didn't align with traditional schooling. Tiffany Sorya shares what it's like catering education for the ultra-rich. Get her schooling story here.

What we're watching today:

• The Institute of Electrical and Electronics Engineers kicks off its annual International Conference on Robotics and Automation .
• The first Manhattanhenge of the season is tonight. It's a phenomenon when the sunset aligns perfectly with the Manhattan street grid.
• Happy birthday, Mel B — tell me what you want!

Curated by Diamond Naga Siu in San Diego. (Feedback or tips? Email [email protected] or tweet @diamondnagasiu ) Edited by Alistair Barr (tweet @alistairmbarr ) in San Francisco and Hallam Bullock (tweet @hallam_bullock ) in London.