Just a joke I found online:

One day I was facing some issue with Outlook and I raised a ticket to get it resolved. I got a call from the Service Desk lady after some time and it went this way:

Lady: Hi I'm calling from service desk, what is the problem?

Me: (I explained the problem).

Lady: Can you please share your screen and give me the control so that I can solve the issue?

Me: (I shared the screen and gave the control. She solved it!!)

Lady: You may close the ticket from your end, the issue is solved.

Me: Thank you very much, I will close the ticket.

I opened her profile in lync and had a look at her profile. The display pic looked small in size. I instantly messaged her Employee ID to my colleague and asked him to have a look at her. He replied "She looks good in some angles".

I tried searching her FB profile with the help of her name, but there were too many results.

I started searching on Linked In instead, I found her profile this time. I was trying to enlarge the profile pic and suddenly a message popped up - it says

"I'll share my better picture with you on your outlook ID but you may please stop sharing your screen??"
😂

Dev Badass Rant

There are two occasions really:

1) For our C++ project in the third semester, we had to build any kind of C++ application. Guys in team of 4-5 built record keeping systems and calculators and one even made a Tic-Tack-Toe app. My friend and I, just the two of us, made a simple program that plays Rock Paper Scissors with you. With the power od OpenCV, it used the camera to track your hand movement, predicts your next move using contours, and displays the winning move as the computer's move.
For example, if you play Rock, the computer would predict that you were gonna play rock and display paper as it's move. It wasn't perfect, but it was ours, right from scratch. When it worked at the presentation, I was swell with pride. 😂

2) I was interested in game dev so I started Unity. The first tutorial in Unity you find is the web series by Unity about rolling a ball. You simply make a platform and control the ball with your keyboard and the camera follows your ball. You also make pick ups and get points based on that. So I started there, finished the tutorial, added a few walls, made edible and non edible pick ups, dimmed the entire scene, adjusted the camera angles, transferred controls to mobile gyroscope and added a few other things and voila! MazeBall was born. It has only one level and I thought it was pretty shit.
I decided to show it to a friend and when I showed it to my mate (the one who I worked with in the C++ project), my other classmates saw it and were impressed. Like so impressed a couple of them transferred it to their phone and took home with them. 😂 Was inspired to improve.

To the left, a conventional circuit board design done by a human. To the right, a design done by TopoR, a software that designs circuits automatically.

It looks absolutely alien, yet beautiful. It doesn't care about how it looks, it doesn't care about angles and alignment. It only cares about efficiency and designs every connection to be as short as possible. It can even account for electric interference.

Humans just cannot compete.

Xpost from /r/sysadmin:
I occasionally see posts from people who seem like they want to spend every waking hour of every waking minute working on home lab stuff and studying for certs.

If you do this, you're missing out on life which you will regret later, but even if you don't care about missing out on life, it actually is hurting your career.

Being well rounded helps you interact with others at work in a number of ways. It makes you less one dimensional as "the computers guy" and it also gives you topics to discuss with people. If you know how to cook, or brew beer, or bake bread you end up using a lot of your technical and troubleshooting skills. Biking long distancing and learning how to fix your bike helps with your troubleshooting skills too. You learn to look at things from other angles.

Reading novels or writing poetry or making art work also helps because it exercises your brain. Woodworking or metal working involve a lot of skills that'd help your IT career including project planning and measuring and budgeting for each project. Working on cars or motorcycles would be similar. You just have to do SOMETHING.

I have a member of my team who literally has nothing going on in his life other than studying for certs. No friends, no hobbies, and he basically eats nothing but McDonalds and frozen dinners because even making a meal takes time away from his studying. He thinks means he's dedicated and will experience great career success.

But instead he has nothing to talk to anyone about, and when I say nothing, I mean literally nothing. It's borderline terrifying. Even if he was into comic books and video games it might help, which might help him relate to SOME of the IT staff even if the rest of the people at the company know nothing about it. But he doesn't even have that.

This isn't a solitary field anymore. Even if you truly are "the best" you still have to interact with other people and stay mentally stable enough to not burn out. Even if you know more than everyone else (or think you do) you have to try to broaden your horizons.

!Dev. Just back from the supermarket. Seriously there should be a special place in hell for people who leave their trolley at right angles to the aisle. The place was full of them today. Still it was fun ramming their trolleys out of the way, preferably sending them scooting away down the aisle.

I hate buying new laptops. HATE IT. The manufacturers are always trying to do something that makes it more complicated to buy a laptop confidently.

Why not name all of the laptops with numbers? Make them really hard to differentiate. Then offer the same model number across multiple years so it is difficult to determine which year the laptop is from.

Oh. And let’s make sure every laptop has a major flaw in the form factor.

Let’a add a numpad that squishes the keyboard to the left in a weird way. Lets do something to the trackpad to make it awkward to use. Maybe the keyboard should have a weird configuration. Maybe we can put 4 spare characters of various colours on the symbol key caps. How about a battery only lasts a few hours. May we add specialized hardware so you are stuck with windows. Maybe we can make it super thick and heavy. Lets have a screen with terrible viewing angles. Since this laptop has no major flaws we should overprice it. No repairs or upgrades on this one because we filled the computer with glue. Lets double the amount of useless media keys.

It is like manufacturers are trying to design laptops like RPG game character classes. The fighter has no magic or stealth. The magician is weak and gets fatigued. The rogue is very stealthy but has poor defence and attack. The cleric can use magic but only to heal so it is useless in battle. The ranger is good at distance but has poor defence and no magic.

The only notebooks sold that are trying to make balanced character classes are MacBooks. Those cost a premium and aren’t reparable.

* KISS (keep it super simple)
* don’t try solve a problem you don’t already have
* admit if you messed up. We can solve a problem early and minimise the damage. People should never be scared to admit when they mess up. No one is perfect.
* voice your opinion. You’d be surprised how helpful this can be to your team, as we need to look at things from all angles.
* help your team. If you see something wrong, make the team aware of it.
* ask if unsure, don’t assume

My fav interview was at my previous job. It was a junior position. The lead was a very friendly and wise guy. He kept pushing me (positively) with subtle hint until I get a code right. After completing each problem he give me elaborate explanation about the meaning of the problem and how to approach it from other angles. It felt like I'm in front of buddha who is making me realize the inner working of the world. Didn’t get 50% of the questions right, still he recruited me because "You were very curious and you were having fun solving problems". Best one and half years of my career.

I gotta say, I actually admire the work that content creators must go thru to make quality content.

So as I stated before I’m working on YouTube channel, under the name “TheSoftwareSage” ... to create tutorials and a way of me teaching software the way I believe it should be taught, not how the mainstream methods of today are.

Bottom up approach rather than top down

(Must start with a firm understanding of the foundation.. and build upon the knowledge as we go thru the layers of abstraction but the key concepts must be understood first)

Anyway, I’m working on this in my spare time and I was not aware of how much effort I would actually need todo this right haha. At first I figured I’d just screencast a monitor and have a ppt or text editor or terminal open and that stuff and just do it.

As In person with my interns I never have “planned” lessons or content is all impromptu based on the need at the time and I just go with it, with their computers and a whiteboard lol.

I was wrong for video recording lol... maybe it’s OCD... or perfectionism, I’ll make a video, review it like 5times and then be like shit I forgot to mention this or that or I didn’t like how I explained this or that
OR
I keep worrying too much about colors, and sound levels and quality and transitions and video angles and all this other shit.
And then post editing fuck.... I’m about ready to say fuck it and “do it live .. one shot” and just upload the end result.

I guess this would be in the content world similar to our “paralysis analysis” notion.

“Computer programming is like the ability or skill to see what Picasso saw from all the different angles at once” - Erik Naggum

What paradoxes taught me.

Perhaps each time a paradox is encountered in mathematics, there is a useful distinction or mathematical tool hiding in plain sight, one that hasn't be discovered or utilized. For cursory evidence I give you: division by zero, the speed of an arrow at any point in flight, and calculus.

Maybe this isn't true for some paradoxes, or even most, but as time goes on I suspect people will discover it is more true than they might have thought.

Undefined behavior and results aren't nonsense: They look to me like golden seams to be explored for possible utility when approached from uncommon angles with uncommon problems.

So I’m like 90% certain 10% of my app should be event sourced, and the other 90% CRUD based (but event driven).

However after trying to tackle this from a variety of angles I’m 100% ready to jump off a building

So I’m taking a break and eating a fucking donut

This happen last year during a one day workshop over zoom. We where around 16-18 strangers plus the tutor. We started with everyone introducing themselves (most showing their faces on camera), then it was just the tutor with his shared screen. Two hours in, one of the participants accidentally turned her camera on. I know it was accidental because I still cringe from what happened next: she started picking her nose. At this point, I have to clarify that I'm not familiar with zoom, because I'm on Microsoft teams almost exclusively thanks to my organization. While I looked frantically on how to DM this person (something along the lines of "hey, your cam is on :)" or whatever), I watched in horror as the second act of this play unfolded as she put her finger in her mouth and started to eat it. At this point I was actively dying from second hand embarrassment. Like girl, our orgs payed good money to be on this workshop, gave us a day off (so to speak) and know all I can focus on is you going gold hunting and bringing home some cured cave meat. My boss basically paid so I can get traumatized! And all this while being being in the comfort of my own home. Thanks, zoom! Anyway, she went in for seconds. That is when I died. I am dead at this point. My eyes glued to the screen. Ears ringing. Brain fried. It is done. Now, that the cringe has peaked, does it even matter If I figured out how to dm her? It is too late at this point. We all saw it. The tutor must have seen it. We all witnessed it. We are all witnesses, your honor. She has been witnessed! What else can I do at this point? Me, one bystander amongst bystanders. Idle and powerless.This is exactly how the holocaust started! At this point, I'm no better than your average Joe, who doesn't really like the new regime but doesn't fight it either. At this point, I ask myself what would Jesus do? Or Hollywood? What would happen in the movies in this situation? If I cant fight them, join them? Starting my cam, knuckles deep and double fisting my air holes to save what? It is done. Nothing left. She made her statement. She basically played us for fools. By god, what a freaking boss move that was! Like, can you imagine? Here we were, during the end of a world wide pandemic, bound to our homes, advised to regularly clean our hands, protected ourself and our loved ones and, yes, not eat buggers. And here comes miss fuck-it-all showing us degenerates how its done. You go girl! You showed us the light while we dwelled in darkness. You are our queen! Long may be her reign and just her punishments! I have seen true power and wept with the angles! I was born again. My mind at peace. I was Gandalf the Grey, now I am Gandalf the White. This is the day I will tell my children about. Songs have been written for less. I will never forget this!

Anyhow, I could go on, but that this is basically what happened over the span of a couple of moments in late 2022. I will never forget her. And now you won't either ❤️

Laziest habit? Anything done between 1pm-4:30pm and 4:59pm-8pm. During that time, habits include unnecessary refactoring, poking the CI/CD containers, editing already made prototypes in gimp inkscape, pasting stackoverflow topics to youtube, bouncing from macOS, windows and kde distros in search of zen/rice, adding a calendar emoji on my slack :), making useless automation scripts, building on every variable's value change, tinkering pixels, shades, gradients (and their angles), dimens, anim values, anim curves, opacity, blurs and just nuking the ui just to copy paste an old one, 60% just chatting in code alongs, changing key bindings (from ide to OS), and ultimately zoning out on a podcast about cyber security. And of course: waiting for ++ and comments

Alright fellow sweaty programmers, mama Kiki is here to teach you the basics of hygiene.

TEETH
- If you have a toothpaste prescription, use it.
- Every single whitening toothpaste is a scam. Don’t use them.
- Every single over-the-counter toothpaste that decreases sensitivity does work. If your teeth are sensitive, use it.
- Otherwise, buy the cheapest name-brand toothpaste.
- Use dental floss. As long as it’s flat and waxed, the cheapest one will do.
- When flossing, never move the floss back and forth as if you try to saw through your gums. Just put the floss in, then out. Repeat if necessary.
- Don’t put your toothpaste on your toothbrush. Put a small amount of it directly in your mouth with a bit of water. Close your mouth and spread toothpaste all over your teeth using a rinsing motion, as if it was mouthwash. Now your teeth are completely covered.
- When brushing teeth, don’t use -90°/0°/90° angles. Use -35°/35°. This way you will spend less time while getting better cleansing. Bristle ends should touch where your teeth meet your gums.
- Get yourself a tongue scrubber. Scrub your tongue until what comes off of it is clean. Dirty tongue is why your breath smells bad, not dirty teeth.
- After you’re done, don’t rinse! Spit the toothpaste out, but let its residue stay there. The remineralization process is now started. If you follow the routine, you don’t need mouthwash at all.
- Drinking/eating sugary things, not washing your teeth and going straight to bed is the best way to get cavities ASAP. In your mouth, sugar quickly turns into the kind of acid that we use for soldering. It can strip the oxide layer off of copper. Do you know how after you drink Coke, your teeth become almost squeaky clean? That’s this. If you like sugary drinks, carefully drink them using a straw. Rinse immediately after you’re done drinking & eating.

SHAVING
- Get yourself an old-school safety T-razor, the one that takes suicide blades. It will last a lifetime. Mühle and Merkur are good manufacturers (not affiliated). Once you have it, for the rest of your life, you will only buy blades. This is the most environmentally friendly way to get a clean, close shave. Electric razors save water, but they often contain batteries.
- Because of how violently electric razor’s blades hit hair while cutting it, they chip your hair. This leads to your freshly grown hair being sharp, rough and unpleasant to the touch. The manual razor, on the other hand, produce clean edges. When your hair grows back, it will be softer than what you get with an electric razor.
- Feather brand blades (not affiliated) are the sharpest in the world. The sharper the blade, the less traumatic it is. Watch T-razor tutorials on YouTube. There are different shaving techniques that will get you a killer shave.
- T-razor blades last considerably longer than their modern soyboy single-use counterparts.
- Because of a single blade construction, T-razor almost never leaves irritation.
- Basically, modern single-use plastic blades are horrible for the environment, and they’re almost a scam for how much you get for your money. They’re only rivaled by printer ink. Use them only for intimate shaving, as they’re considerably handier down there.
- Always shave after hot shower.
- Before shaving, dry the skin surface. Apply shaving foam on dry skin only, as it contains chemicals that make your hair softer. When diluted, they’re not as effective, and shaving unsoftened hair is almost always unpleasant and dangerous.
- After applying the foam, wait about a minute for the foam to work. If the skin gets irritated, don’t wait for as long, or perhaps try a different foam brand.
- Before shaving, thoroughly clean your razor with hand sanitizer or ethanol. Ideally, it should be sterile. Using boiling hot water is also a good option, just be careful with it.
- After shaving, rinse off foam, immediately dry your skin with a clean towel, then apply aftershave. After applying it, don’t touch your skin until it completely dries. If you follow this routine, your skin won’t get any pimples, guaranteed.
- Scrubs won’t help you. Don’t use them.

More in the comments!

I have already started the process of a side project by desiging the software, the architecture, the 3d model, ordered all the electronics of a pet 'smart' stable for my guinea pigs.

Which would automatically feed them and refill their water tanks silently but for me the point on playing around with dozens of sensors for like different water levels, water quality, hay, temperature, water quality (you get the point) ... Building a nice looking web interface or an App to control everything and get a live feed from different angles ( sounds a bit crazy altogether but it looked like a cool project )

I even started a instructable and had a github repo for sharing the source of the app/web interface and the whole micro service based server

I'm still at it and hopefully will start to build the ***ing wood and acrylic parts in the next month's but currently and for the last month's free time ist my archenemy

Keep you posted if you are interested 😀

!dev but working via a Dev firm..
So these dudas hired me to cut and edit videos for them and get to know them (considering to work as web dev after studies, good way to start they said..) sure bit of an extra income..why not..

First clips I get, butthurt ass image quality with low ass sound that not even my grandma with here hi-tech super eardevice could hear a shit..

secondly who the fuck films a company video with a mobile phone in hands.. not even a fucking tripod... The angles are all over the shitfaced scene and your shaking like a fucking dildo vibrates.. "oh fix it with warp, it's easy".

FUUCK YOU! If I tell you these pieces of shit clips aren't even worth posting on Snapchat stories, how the fuck could you even consider using them for companies?!

Every god damn client video has shitty as dildo vibrating Slenderman light quality... Come one! And you want me to consider working for you as a front end developer (where I probably still will have to go through these pills of shit videos)?! Mate.. you better think twice about that...

Ps. Yes I have consulted them regarding these issues and no.. considering that these piles of shit still come my way they haven't taken my advices..(╯°□°）╯︵( .o.)

(Had to steam out somewhere.. ☕)

supposing the complex plane were projected onto the surface of a sphere? besides measuring angles between points, would there be any utility in measuring the length of a curve between two points?

is this just the same as operating on complex numbers in polar coordinates?

I don't know enough to know what I don't know, thats why im asking.

We’ve been discussing it, from a lot of angles. We mixed in the domain constraints for this feature and how to build it. I’ve been at the drawing board, and at the keyboard trying to get it into code. FINALLY I have something to show for the hard work, a working proof of concept. It felt good. There are a lot of things still left to polish, but we have most of the building blocks. If that ain’t the best feeling and the reason to work in this field. Left the job yesterday with the feeling that I’ve accomplished something, that’s not often since it’s otherwise mostly meetings and boring code reviews. Satisfaction.

It's finally annoyed me enough, I gotta ask...

Am I the only one getting annoyed at procedurals (the shows about crimes) and their accuracy irl, at least when it comes to timelines and alibis that are deemed as 100% uneditable fact... based on metadata and system log files???

Or is this another case of me assuming other humans must realise things i see as simple, should be common, sense?

If it's the latter... ANY system can be modded, timestamps have sooooo many ways of being altered from multiple angles, a few lines of code in an apk file on a dev mode device can make your gps show as anywhere in the world...

even a basic early 2000s runescape bot creator should know the basic methodology of this... and even OS-innate output of event logs can be set up to effortlessly mod themselves to selectively delete or rewrite upon the system's command to show them.

For anyone thinking im FoS/this isnt a simple concept of reality... or simply never considered the reality of how much less work it'd be to just commit whatever crime that high intellect people plan meticulously for years, often still getting caught... including via their own, or easily hacked timestamps/lack of alibi...

Wanna blow your mind?
...
If you remove all hdds/ssds and even all RAM, any external devices of any kind, cut off all networking, then put brand new, all 0s, storage and RAM in... then only connect directly to a totally direct connection to WAN (aka the internet via ISP... and your ISP has no malware etc)...

Without browsing anything, and a totally fresh, safe, OS newly installed to 0'd new ROM... no one actively finding/targeting you...

Can you already be infected with spyware/viruses/malware/etc?

YUP!

how? Someone who knows what dev u use and concise coding and drivers in binary... they rewrite your bios to turn on basic components, no fans/lights/etc... bios has the clock, u can be asleep, see/hear nothing while bios boots up totally dark, runs a cimmand to pull all the malware to u... youd be oblivious

Hackerman strikes back. Always thought the new knowledge about stego tools, reversing, enumeration, privesc were just my private amusement. But could now use it, hopefully resolving a severe crash by dropping our binary into radare2 (cutter) and ghidra, identifying some dangerous code.

Also it gives you new angles to look at things. E.g. the vectors your code might expose...

Today my colleagues and I visited Startup300 one of the first business angles association for austrian startups. It was pretty awesome to hear some really inspiring presentations of experienced founders.

I am so excited that the idea of startups is getting bigger and bigger in austria these days! america showed us how to go, now europe has to follow!

Design in Motion: Real-Time Rendering's Impact on Architecture

Architecture, a discipline that once relied heavily on blueprints, models, and lengthy render times, has undergone a revolutionary transformation in recent years. The advent of real-time rendering technology has fundamentally altered the way architects visualize, present, and interact with their designs. This paradigm shift has not only enhanced the creative process but has also empowered architects to make more informed decisions and create immersive experiences for clients and stakeholders.

Real-time rendering, a technological marvel that harnesses the power of high-performance graphics hardware and advanced software algorithms, allows architects to generate photorealistic visualizations of their designs in a matter of milliseconds. Gone are the days of waiting hours or even days for a single rendering to complete. This acceleration in rendering time has not only expedited the design process but has also encouraged architects to explore multiple design iterations rapidly.

One of the most significant impacts of real-time rendering on architecture is the ability to visualize a design in various lighting conditions and environmental settings. Architects can now instantly switch between daytime and nighttime lighting scenarios, experiment with different materials, and observe how their designs respond to different seasons or weather conditions. This level of dynamic visualization offers insights into how a building's appearance and functionality evolve throughout the day, contributing to more holistic and thoughtful design solutions.

Moreover, real-time rendering has transformed client presentations. Architectural concepts can now be communicated with unprecedented clarity and realism. Clients can virtually walk through spaces, observing intricate details, exploring different angles, and even experiencing the play of light and shadow in real-time. This immersive experience fosters a deeper understanding of the design intent, enabling clients to provide more targeted feedback and make informed decisions.

The impact of real-time rendering on collaboration within architectural teams cannot be overstated. Traditionally, architects and designers would need to wait for a rendering to complete before discussing design changes or improvements. With real-time rendering, team members can make adjustments on the fly, observing the immediate effects of their decisions. This seamless collaboration not only enhances efficiency but also encourages interdisciplinary collaboration as architects, engineers, and other stakeholders can work together in real-time to refine designs.

The integration of virtual reality (VR) and augmented reality (AR) into the architectural workflow is another transformative aspect of real-time rendering. Architects can now create VR environments that allow clients to step inside their designs and explore every nook and cranny. This not only enhances client engagement but also enables architects to identify potential design flaws or spatial issues that might not be apparent in 2D drawings. AR, on the other hand, overlays digital information onto the physical world, facilitating on-site decision-making and construction supervision.

Real-time rendering's impact extends beyond the design phase. It has proven to be a valuable tool for public engagement and community involvement in architectural projects. By creating virtual walkthroughs of proposed structures, architects can offer the public an opportunity to experience the design before construction begins. This transparency fosters a sense of ownership and allows for constructive feedback, contributing to the development of designs that resonate with the community's needs and aspirations.

The environmental implications of real-time rendering are also noteworthy. The ability to visualize designs in various environmental contexts contributes to more sustainable architecture. Architects can assess how natural light interacts with interior spaces, optimizing energy efficiency and reducing the need for artificial lighting during the day.

In conclusion, real-time rendering has ushered in a new era of architectural design, propelling the industry into a realm of dynamic visualization, immersive experiences, and enhanced collaboration. The ability to witness designs in motion, explore different lighting conditions, and interact with virtual environments has redefined how architects approach their craft. From facilitating client presentations to fostering sustainable design solutions, real-time rendering's impact on architecture is profound and multifaceted. As the technology continues to evolve, architects have an unprecedented opportunity to push the boundaries of creativity, efficiency, and sustainability in the built environment.

Usually this is somehow fluent what is "the worst" advice, since it rather depends on context, and contexts changes.

There is, though, one thing that was bad idea from the start, on so many angles that even now I believe it is actually " the worst " idea you can have : imagine you have a team, you have work to do, and, as usual, there are people there, and people have their goals and opinions. The worst thing you can do there is to engage with politics, either team- or company-wide.

I was specialist from Poland in German automotive branch. Cars, trucks, AI, this kind of stuff. ( It just sounds interesting, trust me )
Small company working as subcontractor.

The first thing I though is something like, why this or that person is going to tell me what to do or why is he allowed to rat me out or talk behind my back... so this guy told me this is how it is around here and you either play it or suck for everyone. So I went with it, if they want to fuck with me, I will fuck with them.

So fast it went House Of Cards kind of way and in the bad way kind of way. Instead of getting progress we were busy doing political stuff, usually law related, like finding each other misconducts, and there were no end to it. As I had most experience I with systems and stuff we were doing, outcome was pretty good for me, but after some time it escalated to such size that atmosphere was unbearable and I was so stressed and tired of this shit I left. It's miracle that management tolerated this so far. People were as toxic as nuclear waste site (or dota/lol players)

So far the conclusion is to sometimes suck it up once in a while or just clear the atmosphere as fast as possible. Otherwise you will wade in shit up to your chin for very, very long and it is not really healthy on the long run...

As the morning sun moves and shines through my window in various different angles, my chair and keyboard automatically moves with it.

Huh, strange.

What are the parts of the CNC Wire Bending Machine?

A CNC wire bending machine is a complex piece of equipment used to bend the wire into various shapes and configurations with precision. It consists of several key parts and operates based on the instructions provided by a computer program. Here are the main parts of a CNC wire-bending machine and an overview of how it works:

1. Wire Feeding Mechanism:

This part of the machine is responsible for feeding the wire from a coil or spool into the bending area.

Wire feeding mechanisms can include rollers, pulleys, or servo-driven motors that control the wire's movement.

2. Straightening Unit:

- Before bending, the wire may pass through a straightening unit, which ensures that the wire is free from kinks and bends.

- This step helps produce precise bends by starting with a straight wire.

3. Bending Head and Tooling:

- The bending head contains the tools and dies needed to shape the wire.

- Tooling includes various components such as clamps, rollers, and mandrels that hold and shape the wire according to the desired design.

4. Guide Rollers and Pulleys:

- These components help guide the wire through the bending process, ensuring it follows the correct path and angles.

5. Control Panel or Interface:

- CNC wire bending machines are typically equipped with a control panel or computer interface.

- Operators input the design specifications, such as bend angles, lengths, and shapes, through this interface.

6. Computer Control System:

- The heart of the CNC wire bending machine is its computer control system.

- It interprets the design specifications and converts them into precise movements and commands for the machine.

- CNC software programs are used to create and store the bending instructions.

7. Servo Motors and Actuators:

- These components are responsible for moving the bending head, tooling, and other parts of the machine with high precision.

- Servo motors and actuators receive commands from the control system to carry out specific movements.

8. Sensors and Feedback Mechanisms:

- Sensors placed throughout the machine monitor various parameters, such as wire position, tension, and tooling alignment.

- Feedback from these sensors allows the machine to make real-time adjustments, ensuring accuracy and quality in the final product.