Tl;dr of my situation: Mom died, left alone in Florida in a 55+ park that's currently evicting me. Have a few cities picked out but I can't decide.
I chose them on the following criteria: Relatively safe, younger demographic/sociable, affordable (>$1k/mo rent).
These are my current rankings, though I'm open to arguments for any of them or even alternatives.

1. Athens, OH: I was born and raised in Ohio so this would be close to home and at least partially familiar.
   
2. Lexington, KY
   
3. Gainesville, FL: Little more dangerous than I like, but at least Florida is familiar to me.
   
4. Austin, TX
   
5. Denver, CO
   
6. Syracuse, NY
   

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The kickoff times for the NFL Preseason are finally set, and unfortunately that also means potential conflicts with NBC's NASCAR coverage. Going off of the local NBC affiliates who aired Preseason games in 2022 these are the week 3 preseason games that might have conflicts. Some of these stations might be subject to change. Keep in mind, some of these cities might move the race to a subchannel, but some markets like Washington D.C. have in the past joined in progress around the 3rd stage. Granted the race will also be on Peacock, this information is for those who don't have streaming and were hoping to watch over the air on network TV.
​
​
Saturday August 26th
Coke Zero Sugar 400 from Daytona International Speedway
7:00pm/et on NBC.
​
​
​
N.Y. Jets vs. N.Y. Giants at 6:00pm/et.
​
N.Y. Jets:
WPTZ (NBC/5 – Plattsburgh, NY)
​
N.Y. Giants:
WNBC (NBC/4 – New York)
WNYT (NBC/13 – Albany)
WSTM (NBC/3) – Syracuse)
WETM (NBC/18 – Elmira)
​
​
​
Cincinnati vs. Washington at 6:05pm.
​
Cincinnati:
N/A
​
Washington:
WRC (NBC/4 – Washington, D.C)
WSLS (NBC/10 – Roanoke, VA)
​
​
Baltimore Ravens vs. Tampa Bay Buccaneers at 7:00pm/et
​
Baltimore:
WBAL (NBC/11 – Baltimore)
WGAL (NBC/8 – Harrisburg, PA)
​
Tampa Bay:
WFLA (NBC/8 – Tampa)
WESH (NBC/2 – Orlando)
​
​
Miami Dolphins vs. Jacksonville Jaguars at 7:00pm/et
​
Miami:
WBBH (NBC2 – Fort Myers)
​
Jacksonville:
WSAV (NBC/3 Savannah, GA)
WPMI (NBC/15) Mobile, AL)
​
​
Las Vegas Raiders vs. Dallas Cowboys at 8:00pm/et.
​
Las Vegas:
KGET (NBC/17 – Bakersfield, CA)
​
Dallas:
KXAN (NBC/36 – Austin)
KFOR (NBC/4 – Oklahoma City)
KRBC (NBC/9 – Abilene)
KSAN (NBC/3 – Corpus Christi)
KWES (NBC/9 – Odessa)
KTSM (NBC/9 – El Paso)
KTAL (NBC/6 – Shreveport, LA)
​

Hi y'all, I already put in my application for UA 250's apprenticeship program but I had a few questions about it.

• How competitive will it be getting into the the apprenticeship program? I've heard from my classmate that UA 250 is slow right now as far as work goes. Does anyone have an idea or rough estimate of how many apprentices they'll be accepting in the fall?
• How likely are they to accept someone with no experience in pipefitting/trades in general? Honestly, I'm green as grass. My only experience with metalworking is the welding program I just graduated from, and I'd barely qualify that as experience. Most of the class consisted of just burning 7018 rods, and the "lectures" mainly consisted of the instructor ranting about the same information that we covered in the first few days. Most of what I know about welding and fitting comes from Weld.com's Youtube channel and going over my textbook by myself.
• What does the aptitude test consist of? UA 250's website only mentions a math test. I've checked out the tests administered by other locals, and in addition to basic math tests, most pipefitting unions seem to also test reading comprehension and mechanical aptitude. I'm trying to prepare myself as best as I can and want to know what else I can study while waiting for the test.
• How do they view people in their late 20s? I kind of fucked about partying and working shitty jobs after high school and feel as though that might make me seem not serious about the trade.

I'm serious about joining the UA, but I'm kind of nervous about my chances of getting in. I know absolutely no one who works in the field, and I'm trying to find a fabrication/non-union pipefitting job in order to gain some experience. I'm tired of working in retail and warehouses, and I feel that getting into pipefitting would be a step towards getting my life together. Thanks to anyone who is able to give me some information.

Hi y'all, I already put in my application for UA 250's apprenticeship program but I had a few questions about it.

• How competitive will it be getting into the the apprenticeship program? I've heard from my classmate that UA 250 is slow right now as far as work goes. Does anyone have an idea or rough estimate of how many apprentices they'll be accepting in the fall?
• How likely are they to accept someone with no experience in pipefitting/trades in general? Honestly, I'm green as grass. My only experience with metalworking is the welding program I just graduated from, and I'd barely qualify that as experience. Most of the class consisted of just burning 7018 rods, and the "lectures" mainly consisted of the instructor ranting about the same information that we covered in the first few days. Most of what I know about welding and fitting comes from Weld.com's Youtube channel and going over my textbook by myself.
• What does the aptitude test consist of? UA 250's website only mentions a math test. I've checked out the tests administered by other locals, and in addition to basic math tests, most pipefitting unions seem to also test reading comprehension and mechanical aptitude. I'm trying to prepare myself as best as I can and want to know what else I can study while waiting for the test.
• How do they view people in their late 20s? I kind of fucked about partying and working shitty jobs after high school and feel as though that might make me seem not serious about the trade.

I'm serious about joining the UA, but I'm kind of nervous about my chances of getting in. I know absolutely no one who works in the field, and I'm trying to find a fabrication/non-union pipefitting job in order to gain some experience. I'm tired of working in retail and warehouses, and I feel that getting into pipefitting would be a step towards getting my life together. Thanks to anyone who is able to give me some information.

I'm a steel fabricator and I want to use FreeCAD to work on hobby projects. I have dabbled in modeling software before but lack any formal education from start to finish. In my case, "finish" would be a printable shop drawing for fabrication.
I can figure out the "how to this" and "how to that" stuff fairly easily online, but I don't know the best practices when duplicating and nesting my parts. I guess an example would make it clearer what I mean...
Let's say I am modeling a metal fence with the hardware and everything including. There's 8 posts with base and cap plats welding on, four bolts in each base plate, and bolts in the post to connect cross members between them.
So this brings up a lot of questions for a novice designer working with FreeCAD. Are the base plates the same part as the posts but a different body? Should I use a pattern to extrapolate the four holes in the base plate or sketch them all? Should I clone the bolts or make an array? If there's nuts on those bolts, do I make the nut and bolt a single part with two bodies or two parts linked together? Do I then array the post assemblies and the cross members, or clone them? Mirroring parts gets funky, too.
I don't need exact answers to these questions, I know that it will depend on the project's exact needs (and probably on questions like what gets welded vs fastened together). But, I find that there's a dozen and a half ways to skin a cat here and I'm just looking for some guidance about how to judge what should be a body, a part, a compound, a linked group, etc., and when to use patterns, arrays, clones, and mirrors, such that when it comes time to put this all on a shop drawing it will be simple and accurate to do so.
Sorry for the really broad and complicated question. Any advice or links is much appreciated.

I have a camper trailer that I’m looking at getting what should be some fairly minor fabrication done to beef up the rear of the trailer frame to mount a spare tire carrier as Aliner’s are notoriously weak in that area. Welding is one area that I’m steadfastly refusing to expand my DIY skills to as I really don’t need another rabbit hole so please no hit up Harbor Freight suggestions.
I searched the sub for both fabricator and welder before posting but there wasn’t anything relevant, I also googled but most of these shops typically don’t have a good online presence so it’s hard to gauge if they are reputable, my usual goto Twisted Metal is closed for vacation until the end of July so /Houston what you got? Am also open to individual welders that do this on the side etc, especially if mobile.

I am designing and fabricating multiple tube frames for exterior gates/fences. I would like to prevent interior corrosion from taking place, as well as water from heavy rain sitting inside the structure. I plan to include small drain holes. Is it best practice to weld the tube connections all-around--or is that overkill?

https://reddit.com/link/1445luv/video/79lrmmd4vr4b1/player
In today's fast-paced manufacturing landscape, efficiency, precision, and reliability are crucial for success. Industries ranging from automotive and aerospace to electronics and consumer goods demand high-quality components and parts. This is where advanced manufacturing processes like CNC machining, progressive stamping die, and sheet metal fabrication play a pivotal role. In this blog post, we will explore these three key manufacturing services and how they contribute to streamlining production and delivering exceptional results.

1. CNC Machining Service : Precision at its Finest

Computer Numerical Control (CNC) machining has revolutionized the manufacturing industry by providing unmatched precision and versatility. With CNC machines, complex designs can be transformed into tangible parts with exceptional accuracy. The process involves using pre-programmed software to control the movement of cutting tools, allowing for high-speed and repeatable operations.
CNC machining offers numerous advantages, such as:
​

• Precision: CNC machines can achieve incredibly tight tolerances, ensuring consistent quality across all produced parts.
• Versatility: These machines can work with a wide range of materials, including metals, plastics, and composites, making them suitable for various industries.
• Efficiency: CNC machining reduces production time and costs by automating processes, minimizing errors, and maximizing material utilization.
• Complexity: Intricate designs and complex geometries can be achieved with ease, enabling the production of intricate components for various applications.

​

1. Progressive Stamping Die : Efficiency and Scalability

Progressive stamping die is a manufacturing process used to produce high-volume parts quickly and efficiently. It involves a series of stamping operations performed in a progressive manner, where the material is fed through multiple stations to complete various shaping, cutting, and forming operations.
Advantages of progressive stamping die include:
​

• High Volume Production: Progressive stamping allows for rapid production of large quantities of parts, making it ideal for industries with high demand.
• Cost-Effective: The progressive nature of the process reduces material waste and minimizes labor costs, resulting in efficient production at a lower cost per part.
• Consistency: Progressive stamping ensures consistent part quality, as each step is tightly controlled, eliminating variations between individual pieces.
• Scalability: The process can be easily scaled up or down to accommodate changing production needs, making it adaptable to market demands.

​

1. Sheet Metal Fabrication: Customization and Versatility

Sheet metal fabrication is a versatile manufacturing process that involves shaping and manipulating sheet metal to create a wide range of components and products. It encompasses cutting, bending, welding, and assembling various sheet metal parts to achieve the desired end result.
Key benefits of sheet metal fabrication include:
​

• Customization: Sheet metal fabrication allows for the creation of highly customized products tailored to specific requirements and designs.
• Versatility: The process supports the production of diverse products, ranging from enclosures and brackets to intricate architectural structures.
• Strength and Durability: Sheet metal components are known for their strength and durability, making them suitable for demanding applications in multiple industries.
• Efficiency: By employing modern technologies such as laser cutting and CNC bending, sheet metal fabrication ensures high precision and faster turnaround times.

Conclusion:
CNC machining, progressive stamping die, and sheet metal fabrication are three critical manufacturing services that have revolutionized the industry. From achieving exceptional precision and efficiency with CNC machining to streamlining high-volume production with progressive stamping die, and offering customization and versatility with sheet metal fabrication, these processes play a pivotal role in meeting the demands of various industries. By harnessing the power of these advanced manufacturing techniques, companies can streamline their production processes, deliver high-quality components, and stay competitive in today's fast-paced market.

Using a throw away account for this.
But I work in a small family run welding and fabrication factory in the UK that employs between 5-10 people.
The owners are very lax with safety and regulations as there is no HR or anything of the sort to push them to change. The owners are very old fashioned and seem to see safety as more of a problem to work around.
Is there anyone I can speak to that will come in and enforce proper working safety? I am worried for everyone's safety and wellbeing.
I would prefer to stay completely anonymous.

Around the new year, I decided to get out of my slump and actually start making stuff again. I realized I had made basically nothing for two years. The first big task was getting my miniature models painted (like D&D and Warhammer). But when it comes to miniature brushes, the market kind of sucks. We’re either using synthetics marked way up because it’s so niche, or traditional art brushes that aren’t really sized for the needs of a mini painter.
So, I decided to make my own. And it’s been frustrating, expensive, and frankly, pretty scary.
All I knew going in was that I wanted kolinsky sable brushes sized appropriately for miniature painting. Mini painters want really sharp tips—you’re painting pupils on a three inch model. Kolinsky made the most sense. You also want shorter handles, because mini painters tend to choke up on the ferrule.
Being totally new to this, I started by looking at Alibaba. The plan was to find the best Chinese manufacturer I could. So, I ordered a ton of samples, and that’s really expensive. Then, I found out that importing kolisnky to the US is illegal, so I had to make an LLC and get what’s called a CITES permit to get permission to import regulated animal material. So, if you want rhino horns or whatever, I’m your guy.
I also thought I could get a business loan or line of credit. I was denied, over and over. I guess my credit just wasn’t good enough. So I had to bootstrap the whole thing, which has been rough. I posted here a few months ago asking for where I could find 2-5k in credit for my business, and I kind of got made fun of. It didn’t seem like very much money to most people, but it was a lot for me.
I also decided to look at other manufacturers, and I filled out the contact forms for some US manufacturers, thinking they wouldn’t be able to work with me because of my low quantity order. And most did reply, and declined.
Fast forward a couple months and I’m testing Chinese brushes. They’re okay—not great. The handles are fine, but the bristles are not too stellar. Then I get a call from New York, and the nicest, most NY sounding guy tells me that he got my message, and he’s sent a bunch of samples in the mail—for free.
Earlier today I’m sitting in a pile of paint brushes, looking at all my branded samples. I don’t have a lot of money, so using the US manufacturer is terrifying, because they cost 50% more. I’m just worried I won’t be able to swing the price.
Then, I run my finger over the bristles. The US brushes snap right back into place. I can hear it. The Chinese brushes are soft, and start to separate. I decide that’s just because of conditioning agents still on the brush, so I take all the samples and run them under the sink. The Chinese brushes look worse, the US brushes look the same. Then I run my finger over them and I hear that same snap. I don’t get that response from the Chinese brushes.
I don’t totally understand it. They’re the same hair from the same animal. I don’t know why the US bristles we’re so much better. And I’m pretty sure the US manufacturer sources the hair from Asia, just like the others, and their raw materials are prepared there, and only final assembly is done in the US. They should be the same, but they weren’t. The US were better.
So, this afternoon I get another call from New York. It’s the same guy, he and his brother run the brush company, they’re the great grandsons of the founder, and have been operating for 100 years. And we talk for an hour. He tells me everything about the industry, how Chinese QA can be a problem, fulfillment, pricing, and just kind of takes the time getting to know me. When I asked why he wasn’t charging me for samples, he said, “Because I want to invest in you.”
So, I have my manufacturer making specialty brushes for a very niche audience, and I just wanted to share. I’m really excited to have found a manufacturer I trust, and the product is so much better than I thought I was going to make. It also feels good to choose a US company. I don’t want to raise the price I had in mind, so I’m just going to eat the cost difference, so I’m not going to make much money on this, but I’m happy to experiment if I can make a great product that makes people happy. I don’t really know where else to post this, it’s been so strange, and I’ve felt really on my own in this. It’s my first time making my own business. It’s just been a crazy experience and a really weird day. I just needed somewhere to share.
So, I’m broke, I have piles of orange paint brushes from all over the world scattered around my living room, and I’m hoping to launch in a few months. My goal is to Kickstart the line and reach $200k in presales, which I think is a realistic. If anyone has any advice for me, I’m definitely open to it!
Thanks for reading!
Edit
Since I got a lot of positive feedback, I got the energy to do a little photoshoot in my closet. Here's the brush set from Minotaur Hobbies https://imgur.com/a/LCfkccu

I’m a painter and digital artist, and I usually just use whatever brushes I have available. I’m currently sitting on a skateboard deck I’m supposed to paint for a charity event, and I’ve got some artist block.
But this isn’t about my normal painting, this is about miniature painting—like D&D and Warhammer models.
Around the new year, I decided to get out of my slump and actually start making stuff again. I realized I had made basically nothing for two years. The first big task was getting my minis painted. But when it comes to miniature brushes, the market kind of sucks. We’re either using synthetics marked way up because it’s so niche, or traditional art brushes that aren’t really sized for the needs of a mini painter.
So, I decided to make my own. And it’s been frustrating, expensive, and frankly, pretty scary.
All I knew going in was that I wanted kolinsky sable brushes sized appropriately for miniature painting. Mini painters want really sharp tips—you’re painting pupils on a three inch model. Kolinsky made the most sense. You also want shorter handles, because mini painters tend to choke up on the ferrule.
Being totally new to this, I started by looking at Alibaba. The plan was to find the best Chinese manufacturer I could. So, I ordered a ton of samples, and that’s really expensive. Then, I found out that importing kolisnky to the US is illegal, so I had to make an LLC and get what’s called a CITES permit to get permission to import regulated animal material. So, if you want rhino horns or whatever, I’m your guy.
I also decided to look at other manufacturers, and I filled out the contact forms for some US manufacturers, thinking they wouldn’t be able to work with me because of my low quantity order. And most did reply, and declined.
Fast forward a couple months and I’m testing Chinese brushes. They’re okay—not great. The handles are fine, but the bristles are not too stellar. Then I get a call from New York, and the nicest, most NY sounding guy tells me that he got my message, and he’s sent a bunch of samples in the mail—for free.
Earlier today I’m sitting in a pile of paint brushes, looking at all my branded samples. I don’t have a lot of money, so using the US manufacturer is terrifying, because they cost 50% more. I’m just worried I won’t be able to swing the price.
Then, I run my finger over the bristles. The US brushes snap right back into place. I can hear it. The Chinese brushes are soft, and start to separate. I decide that’s just because of conditioning agents still on the brush, so I take all the samples and run them under the sink. The Chinese brushes look worse, the US brushes look the same. Then I run my finger over them and I hear that same snap. I don’t get that response from the Chinese brushes.
I don’t totally understand it. They’re the same hair from the same animal. I don’t know why the US bristles we’re so much better. And I’m pretty sure the US manufacturer sources the hair from Asia, just like the others, and their raw materials are prepared there, and only final assembly is done in the US. They should be the same, but they weren’t. The US were better.
So, this afternoon I get another call from New York. It’s the same guy, he and his brother run the brush company, they’re the great grandsons of the founder, and have been operating for 100 years. And we talk for an hour. He tells me everything about the industry, how Chinese QA can be a problem, fulfillment, pricing, and just kind of takes the time getting to know me. When I asked why he wasn’t charging me for samples, he said, “Because I want to invest in you.”
So, I have my manufacturer making specialty brushes for a very niche audience, and I just wanted to share. I’m really excited to have found a manufacturer I trust, and the product is so much better than I thought I was going to make. It also feels good to choose a US company. I don’t want to raise the price I had in mind, so I’m just going to eat the cost difference, so I’m not going to make much money on this, but I’m happy to experiment if I can make a great product that makes people happy. I don’t really know where else to post this, it’s been so strange, and I’ve felt really on my own in this. It’s my first time making my own business. It’s just been a crazy experience and a really weird day. I just needed somewhere to share.
So, I’m broke, I have piles of orange paint brushes from all over the world scattered around my living room, and I’m hoping to launch in a few months.
Thanks for reading!

I want to fabricate a metal box that will be welded to the center of my bike frame. It will have a port to charge the battery then somehow locked. Anything I should consider? The battery is heavy and I have a serious back problem so it's really impractical for me to carry the battery with me. I live in a small town so there is less of a chance that it will get stolen then a big city.

Heres a few examples of why ALL jobs are going to become obsolete, for humans,EVENTUALLY,SOME sooner rather than later,but also keep in mind,these technologies are only going to get bettemore efficient/more effective and these things are already possible, so the likeliness of a robot, not being able to do your job and not being able to do your job better than you as well,is really low/its inevitable for robots/AI to render humans obsolete,when it comes to needing humans, to accomplish tasks, not only will colleges only be for fun/hobbies in the future,because of AI and Robots, other technologies will render humans obsolete as well; Here are a few examples of whats been shown/used,so far, Sophia an AI Robot,Artemis Robot,which is a soccefootball playing robot,Boston Dynamics Robots,this company has contracts with Darpa/their robots are aggressive looking,Miso Robotics,this is a company that makes fast food cooking robots,such as Flippy, CookRight and Sippy; Also warehouse technology robots, like Toyota's Autonomous Forklift,Squid,Squid runs on rails,that go from the ground level,upto bays,which allow squid,to pick/pull items out of bays autonomously,Max AI Visual Identification System,is used to identify items and sort them or do certain things with items,it could be used to sort trash/recyclables on a conveyer belt autonomously,Autonomous Mobile Robots AMRs,this robot is used in warehouses,to retrieve/pull items and then take them to other locations,Handle Robot,Handle is a mobile robot that combines the rough-terrain capability of legs, with the efficiency of wheels. It is designed for material-handling applications, and features a manipulator arm capable of picking up heavy boxes,handle uses a swinging "tail" to counterbalance the weight of its arm, when it is holding a heavy box;SuperPick Polybag Picking System is a robotic solution designed by Soft Robotics Inc,the system is intended to enable e-commerce operations to automate the handling, scanning, and loading of outbound orders and returns,Starship Technologies make autonomous delivery robots,which are six-wheeled ground robots that can navigate streets and sidewalks autonomously. They are designed to be safe and robust, offering on-demand package delivery for consumers and businesses. Some have said the robots look like beer coolers,most likely this assessment came from young college kids,since currently that is where the robot/company makes most of their deliveries/this is where most of their business is carried out, on college campuses;Starship Technologies,robots can deliver a variety of items. They are currently available to deliver items on college campuses around the world, where they can deliver food, drinks, office stationery and tools. They are designed to make food and package deliveries more efficient, convenient and sustainable.
,Kiwi,Robo Mart,TeleRetail,Scout Robot,are examples of autonomous mobile robot stores; Construction robots/companies like BAUBOT,OKIBO,Hilti JAIBOT,Dusty Robotics,ULC Robotics,Built Robotics are available now as well; Also medical robots like The da Vinci Surgical Robot,also other companies like Edge Innovations, ABB Ltd,FANUC,Epson,KUKA,Staubli,just to name a few.
These are the different type of welding robots that are available as well:
Resistance Spot Welding Robots
Collaborative Welding Robots
Shielded Metal Arc Welding Robots (SMAW)
Robotic Gas Metal Arc Welding (GMAW/MIG)
Robotic Gas Tungsten Arc Welding (GTAW/TIG)
Robot Laser Welding.
Plasma Welding Robot.
Heres a list of companies that produce welding robots:
EVS
Panasonic
SUMIG Robotics
Kawasaki
Yaskawa Motoman
Fanuc
Comau
A LOT of jobs/workers are becoming obsolete/cashiers,warehouse workers/line workers,construction workers/the self driving field is accomplishing A LOT right now too/Elon Musk,is missing a key component/technology, and thats lidar;Also the U.S. military has had autonomous planes for decades,so pilots are Becoming obsolete as well.
A LOT can be prepped at night for construction workers/machines can be ran at night, also window installing and cleaning bots are a thing now as well.
Also autonomous agricultural bots/robots are a thing now as well.
Drs MAY become obsolete as well/their jobs could/will eventually be taken over by AI/ bots/bots ALREADY do A LOT of surgery, such as Coronary artery bypass ,cutting away cancer tissue from sensitive parts of the body ,such as blood vessels, nerves, or important body organs,Gallbladder removal, Hip Replacement, Hysterectomy,Kidney removal, kidney transplant,Mitral Valve Repair,Pyeloplasty ,surgery to correct ureteropelvic junction obstruction,Pyloroplasty,Radical Prostatectomy,Radical cystectomy,Tubal ligation.
There are several automated equipment/machines/software/robots developed for the radiology field as well,here are SOME examples:
Artificial intelligence (AI), which is a disruptive technology,for every hunan on earth,that is seeking/requiring a job/money,including Radiologist,that will inevitably be replaced in the future,the AI process involves the use of computerized algorithms to dissect complicated data. Among the most promising clinical applications of AI, is diagnostic imaging.
Medical robots handle surgeries, streamline clinical workflow and hospital logistics, and enhance patient care and workplace safety. Medical robots fall into several categories: surgical robots, modular, and autonomous.
Autonomous Mobile Robots (AMRs) use a sophisticated set of sensors, artificial intelligence, machine learning, and computing, for path planning, so the machines/software can interpret and navigate through their environment.
Here are some more machines, software, and robots that have been developed for the Radiology field:

1. Computer-Diagnosis (CD) Software: CD software uses advanced algorithms to analyze medical images, to detect and diagnose abnormalities. It can detect tumors, fractures, and other anomalies.
   
2. Picture Archiving and Communication Systems (PACS): PACS is a comprehensive software system that stores, retrieves, and distributes medical images and reports. It views and interprets images and then distributes those images and findings/diagnosis.
   
3. Automated Image Analysis Software: This software utilizes machine learning and artificial intelligence techniques to automatically analyze medical images, such as CT scans, MRIs, and X-rays. It can detect features or abnormalities and determine a diagnosis and create a treatment plan.
   
4. Robotic Radiosurgery Systems: These robotic systems are used in radiosurgery procedures, such as stereotactic radiosurgery. They combine advanced imaging technology with robotic arms to precisely deliver high-dose radiation to targeted areas, minimizing damage to surrounding healthy tissues.
   
5. Robotic Surgery: While not exclusive to radiology, robotic surgery systems, such as the da Vinci Surgical System, are used in radiology procedures. They replace surgeons and perform procedures with enhanced precision and dexterity,which is more precise/less invasive,compared to the limitation of humans, these systems are often using imaging guidance as well.
   
6. Automated Teleradiology Systems: Teleradiology systems allow the transmission of medical images over a network,so the computeAI/machines can get access to the data these systems need, to interpret images. Automated teleradiology systems can automatically route and prioritize images, ensuring efficiency within these systems and reducing interpretation time for these systems,so they can diagnose,create a plan and execute that plan/surgery/implement precision radiation treatments, in a timely fashion.
   
7. Automated Dose Monitoring Systems: These systems monitor and track the radiation doses received by patients during radiology procedures,which can aid the AI/machines/bots, in the process of optimized imaging protocols and minimize radiation exposure and make sure the automated plan doesn't need optimizing,with machine learning.
   
8. Automated Workflow Management Systems: These systems automate tasks such as scheduling, image acquisition, report generation, and result distribution,for AI analytics. They can enhance efficiency, reduce errors, and improve overall workflow coordination,compared to humans.
   
9. Automated Breast Ultrasound (ABUS) Systems: ABUS systems use automated scanning technology to acquire ultrasound images of the breast. These machines are essential for early detection of breast cancer, particularly in women with dense breast tissue and also so this information can be analysed by the AI,so a plan can be created and executed as fast as possible,for a greater success rate,from any stage.
   
10. Virtual Colonoscopy Systems: These systems utilize computed tomography (CT) imaging and specialized software to generate a virtual 3D model of the colon. This system can detect polyps and tumors, without using more invasive methods/by providing an alternative to traditional colonoscopy.
    

It's worth noting that technological advancements continue to occur rapidly in the field of radiology, and new automated equipment, machines, software, and robots are being developed and refined regularly to improve patient care and outcomes,so obviously the need for human Radiologist are going down at a fast rate,also as you can see even now,Radiology can be automated/humans aren't needed,but in the future,all of this will be even more optimized/even better than it already is.
When it comes to dentistry, a lot of automated equipment, machines, software, and robots have been developed to handle dental procedures and patient care as well. Here are some examples:

1. CD/CM Systems: Computer Design and Computer Manufacturing (CD/CM) systems are used in dentistry to create digital impressions, design dental restorations (such as crowns, bridges, and veneers), and fabricate them using computer-controlled milling or 3D printing.
   
2. Dental Cone Beam Computed Tomography (CBCT) Machines: CBCT machines provide three-dimensional imaging of the oral and maxillofacial region, aiding in the diagnosis and treatment planning of dental conditions. The process is automated, allowing for efficient and accurate imaging.
   
3. Dental Lasers: Dental lasers are used for various procedures, including cavity preparation, gum disease treatment, and soft tissue surgeries. They offer precise and minimally invasive treatment options, with automated settings for optimal outcomes.
   
4. Intraoral Scanners: These devices use optical technology to capture digital impressions of the patient's teeth and oral tissues. They eliminate the need for traditional impression materials, improving patient comfort and enabling more accurate digital restorations.
   
5. Automated Endodontic Systems: Endodontic systems automate root canal treatment. They include features like electronic apex locators, rotary instruments, and obturation devices that enhance precision and efficiency during root canal procedures.
   
6. Robotic Dental Implant Placement: Robotic systems have been developed to perform dental implant placement. They utilize imaging data and robotic arms to precisely position dental implants, improving accuracy and reducing procedure time.
   
7. Digital Radiography Systems: Digital radiography has replaced traditional X-ray film in many dental practices. These systems capture digital images of the teeth and supporting structures, offering immediate results, lower radiation exposure, and automated image enhancement features.
   
8. Dental Practice Management Software: Practice management software streamlines/eliminates the need for administrative personal, in dental offices. They automate appointment scheduling, patient records management, billing, and insurance claim processing, improving efficiency and organization.
   
9. Automated Shade-Matching Devices: These devices use advanced technology, such as spectrophotometry or computer vision, to analyze the color of natural teeth and assist in shade selection for dental restorations. They provide objective and accurate color matching results.
   
10. Automated Tooth Preparation Systems: These systems use robotic technology and artificial intelligence algorithms,for tooth preparation, for various dental restorations. They ensure precise and standardized tooth preparations, reducing the margin for error.
    

These automated equipment, machines, software, and robots improve dental care by enhancing efficiency, accuracy, patient comfort, and treatment outcomes in various dental procedures.
This is happening more and more NOW too, Brick and Mortar is some what going away/ more stores will either close and open up a distribution center or become a distribution center, door dash will handle that, AND AT SOME POINT, Door Dash will be FULLY AUTONOMOUS as well/the vehicles will be self driving and robots will load and unload the vehicles, Door Dash MAY NOT be the ending company/the only company doing this, BUT a company/companies will be doing this.
Probably SOON employees that unload trucks, stock shelves, truck drivers, should go next, because of self driving vehicles and arms, connected to vehicles, which will drop the package out, once the vehicles in position or an autonomous drone or some other type of robot, will make the delivery.
Also think about how much a human can lift, if lucky, you MIGHT get one that can lift 250 pounds, a robot could lift 1000pounds, robots don't need breaks, as often/they can charge up, while another one replaces them, they don't get paid/need money, they don't get sick,they don't have feelings or rights/its a machine, so basically its easier to deal with,also at some point they will be fixing them selves; Or another bot/robot,will fix/maintain/repair and so on,other robots/EVENTUALLY they will be able to fix them selfs or another bot will aid in repairing them/other robots.
Electricians MIGHT be okay, well, MAYBE for a little while, I mean think about it, how hard is it, to see colors/distinguish green/ground,White/Neutral,Red and black/hot/a camera paired with AI or even just IFTTT and a camera,could handle that, also electricians ALREADY consult machines/voltage meters, to diagnose problems/figure things out/ALL of that could be on a machine/bot and be handled MUCH quickemore efficiently/effectively, with a bot.
Auto mechanics MAY be the next to go, especially if bots, could get in tight places easiesync with the whole cahave a diagnostic reader on board, lift an entire engine/the whole car, on its own/vehicles are already assembled by robots/vehicle manufacturing plants use robots for,painting, welding, assembly, and material handling,ALREADY/An average car has about 30,000 parts. Once those parts are manufactured and brought to the final production line, it takes companie's robots about 18 to 35 hours to produce one mass-market vehicle, from welding to full engine assembly to painting, another example of all of this is Tesla/ to meet Tesla's uncompromising production goals, Musk settled on an equally uncompromising production strategy, full automation, no ifs, ands or buts. The goal was to remove every single human operator and only stop when the facility looked like an alien spaceship,according to musk/these are musks words.
This is a semi comprehensive list of obsolete jobs/fields right now,that are obsolete,eventually everyone will be obsolete though,at least in the sense that a robot can do your job better than you can,from a practical stand point;
Machines/robots/Automation/AI could easily ruine/destroy the economy/push society/people/humans to a moneyless society/to socialism or force people to revert back,or become more self reliant/people would need to raise their own farm animals,grow their own plants/make their own clothes/things/trade may be needed more as well,the honest truth is,all of these companies are putting them selfs out of business as well/they probably think that,if they don't release Chat GPT/a GPT/AI competitor,they will fall behind/become obsolete as a company,but at the same time, NO ONE will have any money to buy services/products,so no one can pay for a subscription and ad revenue won't work,because no one will have money to buy products,so theres no point in advertising,also rich people's money/generational wealth only lasts so long,if its not replenished, also honestly every employee/human hired,is a potential profit/those employees will purchase your products,if not yours,someone elses employee will purchase your products,IF your products are in demand,if there not in demand,you have a bigger problem,than people not having money to buy your products,Machines/AI/Robots don't need your products and these machines also have to be purchased by companie owners/it might sound appealing right now,to spend one minimum wagers yearly earnings on a machine,that can replace all of your hired employees, but EVENTUALLY if everyone's replaced and rich people's/generational wealth runs out,you will no longer be able to sell your products,because no one has money to buy them, obviously eventually it will be all jobs,at least until rich people/business owners realize this and decide humans are the better investment,but heres the list for right now, of jobs that will be going away/jobs that are obsolete.
Research and analysis/data analyzing
Warehouse workers
Manufacturing And Production
Marketing And Advertising
Financing and banking
Customer Service Jobs
Proof Reading
Retail
Media And Marketing
Legal Services
Insurance Underwriting
Sales
Quality Control.

Hey y’all. I’m currently finishing up my last few courses at UTI for automotive mechanics. My next step is to go to welding/fabrication school. From what I’ve heard from current welding students, the welding course here isn’t to great. The 2 school’s currently on my radar are The Fab School and American Fabrication Academy. Does anyone have any insight on either of these schools or suggestions of any other schools? I want a school/ course that primarily focuses on the automotive aftermarket because my goal is to be able to build a car from ground up and eventually open my own custom shop.

So I landed a tig job 6 mins away from me pay is mehh should be higher since im welding thin stainless steel. I have a question, so the fabrication department (which im in) lacks ventilation for weld fumes so im inhaling everything and ofc my stomach churns and I found out im the only welder who attended weld school so my coworkers dont know much about toxic fumes and if they do they weren’t taught the dangers of it. Plus the building im in is ancient mold crawls on the ceilings its congested like abandoned warehouse its horrible. Ive been here only 6 days and hate it. What’s interesting though is corporate came today asking employees to knock out a survey. Was It right to address the need for a higher pay and the horrible working conditions or will corporate not even give a care about what my department had to say?