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#lathe turning parts factory
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The Machinist 1
Warnings: this fic will include elements, some dark, such as possible bullying, misogyny, noncon/dubcon, and other untagged triggers. Please take this into account before proceeding. It is up to curate your online consumption safely.
Summary: your new boss sets his sights on you. (short!reader)
Characters: August Walker
Author’s Note: Please feel free to leave some feedback, reblog, and jump into my asks. I’m always happy to discuss with you and riff on idea. As always, you are cherished and adored! Stay safe, be kind, and treat yourself💜
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Your forehead pinches and your eyes singe. Your brows dip as you focus on your tasks, your hands firm on the small cylinder as you smooth the edge. Your work is tedious and precise, but you work off muscle memory. It all comes naturally. 
You lean in as you finish off the small piece, slowly pulling it away from the spinning wheel. You hit the stop and admire your handiwork briefly and label it before putting the piece aside in its coordinated container. You keep your space as tidy as you can, as organized as possible to avoid anything missing or overlooked. 
You lean on the tall stool you never use; it’s too high and this job isn’t really made for sitting. You take off your safety glasses and pull the bandana down from over your hairline to sop up your sweat. Your shoulders are tight and sore and your lower back tugs from your half-bent posture. 
You fix your bandana and near the work table again. Your old station was too high and now this one somehow is too low. It’s like a cruel trick. 
You pull the next blueprint up on the screen, clacking on the keys to zoom. It’s simple. You’re sent the schematics and you make whatever’s needed. It is a less than exciting job but it pays the bills. 
As you put your materials out in front of you and ready the borer, the noise of the factory forms a calamitous wall around you. You’ve learned to tune it out, you hardly notice when Bill swears at his lathe or Joe and Sakir argue over one thing or another. You keep to your work. You keep to yourself. 
Before you can start your next job, you sense a shift in the air. Voices quiet, machines slow and some stop. You peer over but can’t see much from your vantage in the corner. You claimed the station even though the air flow is crap. You prefer that you’re not center among the chaos. 
You begin by shaping the steel into a flat circle, then bore a hole in the middle. You’re going to have to be careful with how thin the sheet is but any thicker and it will impinge the hinge in the blueprint. You’ll have to make that too. 
The odd lull seems to flow across the factory floor like a tide. You peer up only as the air seems to stagnate. You see a man approaching. You don’t recognise him but he’s not very much different than most men you work with; ball cap, plaid shirt, that overly macho stance. 
Unlike most factory men, he isn’t built like a noodle or with an extra pouch around his middle. He’s tall and lumbering and his shoulders broad. Across his upper lip, he sports a dark mustache, and his blue are somehow bright and dark at once. 
“Hello,” he approaches as his bold tone rolls like thunder, “machinist?” 
Your brows knot together curiously as you shut off the borer and set aside the parts. You turn to him completely, “yes.” 
“Ah,” he reaches into the bin and takes out the cylinder you just finished, “fine work. Detailed. The labeling is clever.” 
You’re wary. You’re used to the men talking down to you. It’s not that unusual but something about him is loftier than you’re used too. 
“Engineer?” You wonder. He has to be. Their degrees seem to overload their egos in a certain kind of way. 
“Supervisor,” he puts the part back in the green container, “first day. Did you not receive the notice?” 
“I did,” you assure him. You read the notice on the lunchroom wall but it didn’t matter much to you. He isn’t the first replacement to pass through the position, especially since the buyout. 
“August Walker,” he offers his large hand. 
You eye it and reach with your glove, mindless of the darkened fabric, and dully recite your name. He squeezes, in the way that men do, trying to prove their strength. You simply allow him his little display before rescinding your hand. 
“How long have you worked here?” He asks. 
You look around. You notice Bill watching and a few others trying to act like they aren’t. You know what they’re thinking. If fat needs to be trimmed, naturally it should be the girl. 
“Three years,” you answer. 
“Really? Work like this, I’d have guessed longer,” he muses, “by looking at you, though, I might have guessed you just started.” 
“Mm,” you grumble and turn back to your parts. 
“Compliment,” he says bluntly. 
“Right,” you utter. “Got work orders.” 
“So, you do,” he agrees, “but I’m your boss.” 
You hesitate and pull your hands back from the table. You face him again as he stands on the other side of the table’s arm. You step up to your side and look up at him. 
“Is there something I missed? A task I should focus on first, sir?” You ask. 
He snorts and one side of his mouth lifts up in amusement, “not much for water cooler talk, huh?” 
“With due respect, I’m on the clock.” 
"Due respect," he echoes.
His eyes flick up and down and you withhold your discomfort. It isn’t unusual. Your coworkers are more often in miserable marriages or eternally single. They all can’t help but ogle you now and again, even if you dress exactly like them. Nothing special. Not the girls at the bar or the wives they once loved. 
“Well then, maybe I’ll run into in the lunchroom and you can tell me all about yourself,” he plants his hands on the table and leans over just slightly, “I’m dying to know how someone like you ended up in a place like this.” 
You tweak a brow and cross your arms. Right. He’s one of those. Just like the rest of them. This isn’t your place, you’re an intruder. 
“I mean, why would you come here and sweat over all this dirty work when you could be put up in a kitchen, huh?” He wonders with a smirk, “but I’ve seen the men around here, none of them got the guts to put you where you belong.” 
Your chest rises and falls as a swell of anger comes over you. You know the best way to react is not to. So, you don’t. 
“Sir, I’m right at home right here,” you assure him and turn back to your station. 
You ignore him as you adjust your glasses and adjust a setting on the lather. What you wouldn’t do to put his face to the grinder. He isn’t worth the damage his thick skull would do to the wheel. 
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hirocimacruiser · 4 months
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Achieving a goal is the beginning of a new challenge. To run really fast, HKS thinks.
A drag race scene where people compete for 0.001 seconds over a distance of about 400 meters in just a few seconds. '91 is a drag field that demands quick response and power from the engine, clutch, suspension, and even a single drop of oil or gasoline, as well as durability and transmission ability to handle instantaneous high power. -In '95-'96, the ``HKS R32 DRAG GT-R'' won the series championship in the RRC Drag Race Championship for three consecutive years. The following year, in 1997, the ``HKS DRAG 180SX'' in the BERC Drag Race Championship Pro Stock class and the ``HKS R33 DRAG GT-R'' in the Pro GT-R class achieved the Avec Championship. Having achieved one goal in 1997, what we aimed for in 1998 is:
Quarter mile time in 9 seconds with FF base vehicle. They then talked about their know-how from drag racing to date, and ``HKS FF DRAG CELICA'' made its debut. The first goal was achieved on October 9, 1998 at Sendai Highlands with a time of 9.886 seconds. He further improved his time to 9.727 seconds, and in 1999 he set a goal of breaking the quarter mile in the 6-second range, and has already begun a new challenge. "Achieving a goal is the beginning of a new challenge" - HKS' never-ending battle continues
HKS
■Company overview
●Name HKS Co., Ltd. Established October 31, 1971
●Capital 607,475/Kawa Representative Director and President Naruyuki Hasegawa
●Location Head Office 2266 Kamiogawa, Kunikami City, 418-0192
●Business details
Development, design, and product sales of automobile parts, racing engines, turbocharger-related parts, and automotive components and systems Design, development, and manufacturing of original mufflers, suspensions, and engine parts Development of complete cars, development of aircraft engines
●Number of employees: 407 (333%, 74 women)
●Equipment overview
Experiment building: Dynamometer (1,000/800/600~300/200/PS) Chassis dynamo, exhaust gas analyzer
Old experimental building: Dynamometer (600/600-500-200/PS)
Manufacturing factory: 10ft machining center, 5 NC lathes, 41 cam polishing machines, 21 biston narai, 11 turning centers, 21 crank Kenjoshi, Monzen Kendanmei, 21 surface grinders, 1 gun drill machine.
Muffler factory: Pipe bender, robot welding machine, 1 laser machine, shell machine, multi-spot welding machine 11, 100T press, TIG welding machine, CO2 welding machine multi-stage
Muffler 2nd factory: Pipe bender / shirring / Yasuda machining center 1 piece
Suspension factory: Cold solid coiling machine, continuous coiling machine, surface grinding machine, shot peening machine, automatic setting machine, automatic load testing machine, etc.
●Affiliated companies
HKS Aviation Co., Ltd. HKS Service Center (Tokyo/West/Kyu)
HKS USA, INC (USA)
HKS EUROPE()
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dreamy625 · 2 months
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Overture and beginners - chapter 3
< Chapter 2
Words: 2435
Content: Nothing I can think of, this one’s pretty wholesome
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As they’d parted so hastily with no opportunity to exchange numbers, Steve had to wait until Monday for the chance to see Katie again. He volunteered for every errand around the factory, making a detour each time to pass the administration department in the hopes of spotting her. Finally, on the fourth trip, he almost walked into her, coming out of Packing with a sheaf of dockets in her hand.
Her face broke into a delighted grin. “What are you doing here?”
“Collecting this…” He held up the tool he was carrying. “Whatever it is, from Stores.”
“On the other side of the building?” 
“Er, I got lost?”
She raised one eyebrow. “Uh huh.”
Steve slid his eyes away from hers and cleared his throat. “Anyway, since I’ve bumped into you, quite by chance, I wondered if… well if… you’d like to come to the pictures with me?”
“Hmm…” She pretended to consider for a moment (as if she could possibly say no to those hopeful eyes). “Yes please.”
He beamed back at her. “Sunday? Only I’ve got band practice most nights.”
“Sunday’s good.”
“Maybe seven? I can come pick you up? Actually, best not, if your dad’s likely to be home. Meet at the bus stop on Worrall Road?”
“It’s a date.”
“Cool.” The ear-to-ear grin rather belied his casual tone.
He looked like he didn’t know quite what to do next, so Katie took pity on him. “Shouldn’t you be getting the whatever-it-is back to the workshop? Before they send out a search party?”
He looked at the object he’d forgotten he was holding, “Oh yeah. See you later then.” He ambled up the corridor and, with a final wave over his shoulder, disappeared round the corner. 
On his return to the machine shop he was informed by Simon, who worked the lathe next to his, that the foreman wanted to see him in the office and was, he added with a spiteful grin, ‘hopping mad’. Steve’s happiness of a few moments ago evaporated as he made the seemingly interminable walk across the workshop and knocked apprehensively on the door.
“Ah yes, Mr Clark.” 
He smiled a smile that to Steve’s eye looked very much like a hungry shark. 
“Y-you wanted to see me Mr Rafferty? Sir.”
“Mr Clark, you were late three times last week, you mixed up the metric and imperial die sets, your hair is too long, and your overalls are a disgrace.”
Steve glanced down, wondering how you were supposed to work in a machine shop without getting covered in oil - surely that was the point of the overalls?
“Look at me when I’m speaking to you, boy.”
“Sorry sir.”
“Without a significant improvement in both attitude and application, the chances of you successfully completing your apprenticeship are slim. Very slim. You need to buck your ideas up, young man.”
Steve, who was pretty much counting on becoming an internationally famous millionaire rockstar within the next eighteen months primarily so he didn’t have to finish his apprenticeship, just nodded, and then added ‘Yessir’ when that didn’t seem to be sufficient.
“And on the topic of your delinquent ways.” Mr Rafferty drew himself up to his full height, which was in fact slightly shorter than Steve, but he was about twice as wide as the slender younger man and seemed to loom over him as he leaned intimidatingly close. “What are your intentions towards my daughter?”
“I… er… nothing… You have a daughter? I… um… barely know her…” he stammered in a panic.
“DON’T lie to me, boy. I saw you with her last Friday.”
“Oh… right… Friday… that daughter…” Mr Rafferty’s face had turned an alarming shade of purple by this point and Steve sought desperately to placate him. “Lovely girl, a credit to you, sir.”
“That she is. The apple of my and her mother’s eye. She has a promising future ahead of her and I won’t allow anything that could derail that. So I ask you again, your intentions towards my Katherine?” 
His voice had dropped lower and quieter, but that didn’t make it sound any less dangerous. Steve’s petrified brain tried to think of something that sounded as innocent and honourable as possible. “I just… I just want to get to know her better,” was the best he could manage.
“Get to know her better?”
Steve nodded uncertainly.
“If you lay a finger on that girl…” This was delivered at a roar and Steve reflexively leaned back. “I will not be responsible for my actions!”
Already almost nose to nose, he took another step forwards, and Steve took a step back. Reverting to the hushed tone, the older man almost growled, “I can make your life a misery and I will not hesitate. Do you understand?”
He stepped forward again and Steve backed up again. In this manner he almost pushed him out of the room, adding a few more threats for good measure before slamming the door a mere inch from Steve’s toes. 
-----------------------------
At the cinema, their options were Invasion of the Body Snatchers, Ice Castles, and something set during the Vietnam War, which they both instantly dismissed as depressing. Steve was steeling himself for two hours of romance and melodrama on ice when Katie piped up, “Don’t judge me, but I really like sci fi films. Can we see that one?”
“Of course, whatever you’d like.” (He would have sat through the ice skating one, for her, but he was rather glad not to have to.) 
The cinema was only about half full and they chose seats near the back without too many other patrons nearby so they could talk through the trailers without being shushed. 
“You can hold my hand if you get scared,” Steve offered.
“That’s very sweet of you, but whose hand are you going to hold when you get scared?”
“I’ll close my eyes.”
“Ohh, but that’s when the monsters get you,” she warned, before lunging at his neck with her teeth - fangs - bared!
He backed away in pretend terror, but actually the thought of her nibbling his neck was strangely appealing… 
As it turned out, the hand-holding started almost as soon as the lights went out, questing fingers finding each other in the darkness and coming to rest on Steve’s thigh. There weren’t a lot of jump-scares in the film, though they did both jerk and tighten their grip when a supposedly inert alien body suddenly opened its eyes. Then there was one scene which wasn’t frightening as such, but was pretty disgusting, with the slimy, half-formed pod people hatching, that made Steve, who did not have a strong stomach, hide his face against her shoulder. He then basically just stayed there, his head on her shoulder, and they watched the remainder of the film as cuddled up as they could be with an armrest between them, only pulling reluctantly apart when the lights came up at the end of the credits. 
“So… do you need to get back or…?”
Katie looked at her watch. “I’ve got a while longer before anyone starts worrying about me. What do you want to do? Pub maybe?”
“I think I’m hungry, are you hungry?”
“Actually, starving! I was too nervous to eat much tea.” She rolled her eyes at the needless jitters that had led her to stir lamb stew and dumplings round and round on her plate until it turned to mush. 
“Me too, my mam was livid,” confessed Steve.
“The Wimpy’ll still be open, we could go there?”
Seated in the restaurant, Steve ordered a cheeseburger and Katie opted for egg and chips, but was less decisive when it came to a drink.
“I want a strawberry milkshake, but I can never drink a whole one; they’re too cold and it makes my head hurt.”
The waitress shifted from one foot to the other impatiently. “Why don’t I bring you two straws and you can share?” she offered.
When their order arrived, Steve was momentarily distracted from his burger by watching the cute shape Katie’s lips made as she sucked on the straw. 
“Mm, icy but delicious. You have to have some too, save me from the brain freeze!”
He waited for her to push the glass over, but instead she put the straw back in her mouth and raised her eyebrows in invitation.
“Oh, Lady and the Tramp style.” He leaned over the table and angled his head to reach the other straw. After a few sips, he dropped the straw to remark, “You are very pretty, you know.”
“I am? How can you tell from this distance, I must be all blurry?”
Steve leaned back. “Yep, still pretty.”
“Thank you.” She lowered her eyes demurely, a pleased little smile turning up one corner of her mouth.
Steve put the cheeseburger back down and licked a splotch of ketchup from his thumb. He looked thoughtful. “Will you go out with me again?” he asked, a trace of uncertainty audible in his voice.
“Yes please,” she responded with no hesitation.
“Will you go out with me again, after that?”
“Probably. As long as you don’t take me to the opera or something!”
“No opera. And how about again after that?”
Katie laughed, “Why do I have to answer that now?”
“Because I want to get to something, and it’s too soon, but I can’t wait.”
Her brow furrowed as she tried to figure out what he was working up to. “Go on,” she said, a little guardedly. 
“Would you…” He wished belatedly that he’d picked a more romantic location for this. Not that he’d actually planned it at all. More that, once he thought of it, he couldn’t wait another week to ask it. “Would you be my girlfriend?”
The wary look softened into a fond smile. “Stephen Clark. You are very odd. But I like you. Sooo, yes.”
His face cracked into that glorious half-moon grin that had been so irresistible to begin with and, unable to celebrate the new relationship with an embrace because there was a table in the way, she settled for reaching across and squeezing his hand. 
“So now we’re official, I want to know all your terrible secrets!”
“Well I have tons of those. What d’you want to know?”
“Umm, what’s your middle name?”
“Maynard. Stupid name. What’s yours?”
“Meredith. After my grandmother. Second question - what’s hidden under your bed?”
“A guitar. It’s not hidden, there’s just nowhere else to put it.”
“Boring! Okay, here’s a personal one - is that your real hair?”
“Are you suggesting it’s a wig?” he asked with mock affront.
“Nooo, at least I hope not. But I don’t remember it being curly at school?”
“Alright, I confess, it’s a perm. My gran did it.”
“Ah ha! I thought so. It’s cute though, you look like Peter Frampton.”
“Is that a good thing?”
“Definitely, he’s gorgeous! Ooh, that’s a good one - who’s your celebrity crush?”
“Frida from Abba. And I had a bit of a thing for Sophia Loren when I was a kid.”
“You and every man alive I think!” laughed Katie. “And on a similar topic,” she ate the chip from the end of her fork and held it under his chin like a microphone, “first girlfriend?”
“Really?” he said with pleading eyes.
“Enquiring minds need to know.” She waved the fork again in a more threatening manner.
Steve arranged and rearranged the ketchup and mustard packets on the tabletop. “It’s not a very exciting story, I'm afraid. First real girlfriend was not long after I started at GEC, Rebecca. I met her at the college where I was doing my training course on day release; she was doing catering. We went out for the rest of that year, but then she went on to proper catering school in Leeds. We wrote, and I got the train up there once or twice but… I guess it just fizzled out.”
“Aw, that’s sad.”
“A little bit, at the time, I suppose. But I’d started with the band by then, so I was focused on that, and she’d made other friends, so it wasn’t a big dramatic breakup or anything. The only one since then was Jenny, who’s Colin’s - he’s at GEC too, a year ahead of me - sister. That was just a casual thing. We just,” he looked slightly embarrassed at the revelation, “snogged at a couple of parties. But she met someone much more interesting than me, with a motorbike, and that was the end of that. Huh, pretty pathetic really.” 
“No, you’ve proved you’re not undateable at least!” she laughed.
“Okay, I’ve showed you mine, you show me yours.”
“Ah, also not much to tell. I had a boyfriend at school, but I don’t think that really counts. He went to Myers Grove and we just used to see each other at choir competitions and hold hands in the interval over orange squash and digestive biscuits. Then there were a couple of blokes I went on dates with that didn’t go anywhere. Then most recently there was Gary, who I was seeing for about a month and a half. But he was kind of dull. So I dumped him when I met someone else I liked and hoped might ask me out.” Seeing Steve’s questioning expression she clarified, “You, silly!”
“Ohh.” He grinned down at the remains of his chips. 
-----------------------------
Wending their way slowly to the bus stop, arms wrapped around each other’s waists, they tried to work out when they could next see each other.
“I’m on the swing shift next week,” explained Steve, “which mucks up everything.”
“Ugh, shift work is horrible. I’m so glad we just do regular office hours.”
“Swing is the worst. I mean, it’s easier for sleeping than the night shift, but at least with nights I can go to practice beforehand. Or on dates with pretty girls.”
He swung round, abruptly stopping their progress under a streetlamp. He held Katie’s face in his hands and kissed her until with a giggle she extracted herself. “We’ve got to gooo, we’ll miss the bus.”
“There’ll be another one,” he argued, but reluctantly he started to walk again, taking her hand in his.
“I’d love to see you rehearse one day. And meet the rest of the band.”
“Ah, no girlfriends allowed at practice. Joe’s rule; he says they’re too distracting.” In response to Katie’s moue of disappointment he offers, “You could come and see the rehearsal room another time though? It’s a bit manky, but we’ve got furniture and a heater and a kettle.”
“Mmm, what girl could resist that tempting offer?”
Chapter 4 >
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cncmachining999 · 4 days
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mxycncmachining · 1 month
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lnt-suffin · 2 months
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Significance of Lathe Machine and Tile Cutter at Work
Lathe machines and tile cutters are important in various industries and are widely used in materials shaping and offering precision cuts. From manufacturing components in industries to laying tiles in construction projects, these machines offer efficiency, accuracy, and versatility. 
Let’s understand the role of lathe machines and tile cutters in industrial and construction works, along with their functionalities and uses and their contributions to productivity and efficiency.
Lathe Machines
A lathe machine is a highly functional tool meant for shape forming, cutting and drilling different materials such as metal, wood and plastics. Its importance lies in the production of cylindrical items with high accuracy and consistency. There are different types of lathe machines, such as engine lathes, CNC and turret lathes, which are used for different and complex workpieces and the different operations to be performed.
Functionality
The lathe machine operates by rotating the workpiece against the cutting tool, allowing for precise machine operations such as turning, facing and threading. 
These machines are capable of producing intricate features and shapes with high accuracy and unique features, particularly in the manufacturing of aerospace, automotive, and medical devices.
Applications
In the metalworking industries, lathe machines fabricate shafts, gears, bushings, and other important pieces.
Woodturning lathes are employed in woodworking shops to craft furniture, decorative items, and architectural elements.
CNC lathes are the tools that allow automated machining and, therefore, enable the mass production of complex parts. Precision in this process is maintained, and human intervention is minimal.
Impact on Productivity
Lathe machines enhance not only productivity but also reduce the amount of manual labour and cycle times, which, in the end, leads to faster production cycles for manufacturing operations.
Their tolerance helps them create high-quality products, prevent scraps, and work with the greatest efficiency, thus producing the best products.
Advancements in Technology
For gradual development in technology, lathe machines are equipped with special features, which include CNC, live tooling and multi-axis.
CNC lathes, which are embedded with computer control systems, allow you to precisely program the machining activities to create intricate shapes and complicated designs.
Live tooling provides machining operations like milling, drilling, and tapping, and thus, the time spent on the setup process decreases and efficiency increases as a result of the live tooling.
Multipurpose lathes are required for an increased variety of functions. Such machines allow the machining of two or more surfaces at the same time, which makes the production of complicated components quicker, more efficient and reduces time.
Tile Cutters
Tile cutters are the tools used for cutting ceramic, porcelain, and other materials with precision and a high level of comfort. The heavy tools and equipment are vital in construction jobs, assisting teams in laying floor tiles in homes, commercial buildings, and factories.
Functionality
Tile cutters are fitted with different kinds of mechanisms like manual scoring and snapping, rotary cutting, and wet sawing in order to cut various tiles of different sizes and thicknesses with the best precision.
They include cut grooves and measurement marks and are designed to prevent uneven grout lines and misalignment when laid.
Applications
Tile cutters are universal tools in building projects that form the building blocks for tiles to fit into the corners, edges, and around with all the necessary fit requirements.
From bathroom remodelling to major flooring installations, tile cutters are invaluable solutions that enable finishing touches and creative customisation of the tile layout. Basically, they improve the final look and the effectiveness of tiling.
Impact on Productivity
The tile cutters reduce the installation time required for the project by making this task speedy, and one can easily accomplish this without any specific skill set or training.
Their efficiency in handling different tile materials and shapes reduces  mistakes that lead to time wastage and costs to the contractors and homeowners.
Technological Innovations
Nowadays, modern tile cutters are integrated with the best available technologies to achieve accurate cuts with fast speed and safety.
Electric tile cutters installed with diamond-coated blades and water-cooling technology serve to cut hard tile materials at great speed without breakage or chipping.
By using laser-guided tile cutters, you can design ideal lines for cutting, which avoids the error of the manual cutting process.
Conclusion 
The lathe machine and the tile cutter are indispensable tools in the industry and construction setups because of their accuracy, adaptability, and efficiency. Although lathe machines have a long history in the field of machining, they include shaping metals (steel or iron), plastics, and wood. Tile cutters, on the other hand, are a more recent invention in the construction family, and they are used in construction and remodelling jobs that require the cutting of ceramic and porcelain tiles. 
The future of machine work will inevitably witness the development of lathe machines and tile cutters in terms of material reshaping and processing. Innovation and efficiency in the industrial and construction sectors continue to increase with the continuous transformation of machine tools. 
So, if businesses want to purchase or sell such machines, they must go for an integrated platform like LnTSufin to buy and sell such industrial tools.
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aestheticsworldasmr · 9 months
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DIY Mobile Cover Designer 3D!
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Are you someone who loves DIY life hacks and want to create some DIY( Do It Yourself) objects yourself? This amazing game brings you real life simulation of creating DIY mobile cover and painting and coloring using demolding, tie dye techniques and dip master tutorials at home using simple raw acrylic rubber and colors. Implement this DIY life hack by simply following the simulation in this game and open your own mobile cover shop now.
So do you Love creating different things at home using simple school supplies, and acrylic raw materials? If, yes you can learn to create amazing mobile phone covers using these simple DIY school supplies and DIY spy kits. Create your mobile phone case by simply cutting the rubber ball into pieces using ASMR slicing knife that will give you some amazing ASMR triggers and oddly satisfying brain food. Once you chop the rubber using knife heat it in the furnace and melt the rubber, now pour it in the mobile cover mold and let it cool and press it using a rubber stamp molding & turning it into a mobile case shape. Create the best shape using hammers & lathe. Let the case cool down and enjoy the demolding process. You will love demolding the shape for some added fun.
Once the mobile case shaping is done its time to use laser cutter brought from the laser factory for fun, by cutting the camera section turn it into a proper case and carve logo part again using laser machine its time to paint the mobile case into amazing colors. Why not be the dipping master and tie dye the mobile case into wonderful colors to sell it higher.
Finally design the mobile cover using different amazing decoration butterflies, resin art designs, carving based gold and diamond based objects to sell it at the maximum price. Showcase your DIY phone case at the shop and sell it to earn money and unlock new designs, paints. Expand your business with the money be the creative mobile cover designer today by playing this oddly satisfying simulation based game. Your DIY life hacks are here!
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deangmoore · 10 months
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America this is the impression I get from looking in the television set.    America is this correct? I’d better get right down to the job. It’s true I don’t want to join the Army or turn lathes in precision parts factories, I’m nearsighted and psychopathic anyway. America I’m putting my queer shoulder to the wheel.
America by Allen Ginsberg | Poetry Foundation
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college-girl199328 · 1 year
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Harry Mitz was an elementary school streetwise, wheeling-and-dealing could make “money out of crap,” according to his son, Lewis “crap” might have been an old beater of a car that he would buy, say, for $100 and repair with some strategically placed wire coat hangers and tinfoil before selling for double what he had paid. The handshake deal would go down at his office in the building he owned at 185 King St. East in downtown Toronto.
But Mitz’s true bread and butter was dealing in quality heavy machinery: punch presses, metalworking lathes, shears, and other industrial gizmos that helped make the workshops and factories of yesteryear Toronto hum.
He earned a fair penny at it, too, more than enough to buy a Cadillac for his wife that, given his humble beginnings, he was too embarrassed to drive himself. Instead, he preferred the mid-range Buick parked in the narrow laneway directly behind 185 King, securing access to the spot with a lock and chain.
Mitz passed away in 2000 son, who spent Saturday mornings in his father’s machine shop as a child but grew up to be a real estate lawyer with a thriving practice in the building his father paid $4,500 for in 1941, started parking his Chevy Suburban in the laneway. He would move his vehicle, as Harry had before him, when the neighbors to the west, the Lazareks, asked to access the rear of their furniture store.
Such was commerce until younger Mitz sold his property for about $4 million to developer Steve Gupta, who subsequently bought the Lazareks out for several million more and proposed to build a 33-story, mixed-use tower on the site — with parking for 33 cars.
That’s when Mitz learned the laneway he and his father had collectively been parking in since 1941 was not at a forgotten sliver of land owned by Henry John Boulton, a prominent lawyer, politician, and well-established member of the Upper Canadian elite who died 150 years ago.
“This was strange,” he a most unusual Toronto real estate drama, featuring a professional genealogist, some lawyers, and, ultimately, a courtroom tiff where some of Boulton’s great-great-great-grandchildren — who may or may not have heard of the man before the summer of 2022 — argued that the lane, and presumably whatever monetary value could be attached to it, was theirs.
“The lane was part of Gupta’s future,” Mitz said. “Gupta didn’t have a future without it of Hotels, didn’t own the lane, they simply couldn’t build a 33-story tower on top of it.
Canadians for residential real estate, giving intrinsic and financial value to those lucky enough to be homeowners. But not of attention is paid to the thousands of small property chunks sprinkled about the urban landscape, sometimes in laneways, and Toronto has more than 3,000 of them alone, sometimes not. And parcels are so inconsequential that their owners, like Boulton, die without leaving them to an heir.
Known as “orphaned” land in the industry, these properties tend not to attract much notice from anyone — assuming they have been noticed at all — until someone comes along to build something upon them, such as a condominium.
A developer, or even the guy next door, requires absolute title — a.k.a. ownership — over the land they are building upon. Should some 19th-century ghost pop up in the paperwork to put a wrench in the plan, the builder to track down any living descendants to ensure that anyone with ownership rights on the property claims it before the shovels dig in?
The stakes are high. A hypothetical heir emerging from the woodwork waving a will, or other legal documents, that proves the lone-gone relative bequeathed the land to their great grand-dad who, in turn, left it to their grand-dad and so on would put that heir in position for a particularly in Toronto or Vancouver, where a prime downtown real estate doesn’t come cheap.
If somebody had shown up and said, I can prove title, I would have had to have the client — had that happened to know, you have found the owner now, and now you have to buy it, you have got to negotiate a deal, Sanj Sood, the lawyer for said.
That explains the friendly voicemail Vanessa Grafi received last summer from Jeff Stewart, a forensic genealogist and a generally polite, soft-spoken earns a living rooting around in the past for clients, including Sood and his colleagues, at Aird and Berlis LLP.
It bought a chunk of land known as Lot 21 at the corner of King and George Street in 1824. This was prime, practically waterfront Toronto land. At the time, Boulton, a barrister’s son and grandson of Sir John Strange, a “master of the rolls,” was just a few years shy of being appointed attorney general of Upper Canada. In other words, he was a bigwig.
In Lot 21, Boulton subdivided the property into 185, 183, and 181 King Street East. He sold 185 King the narrow strip of laneway behind it, just wide enough for a horse and buggy to squeeze through. He later sold the other two properties, but the strip remained.
There is no mention of the laneway in his last will and testament dated Dec. 17, 1869 left the “balance arising” from the sales of his property to be divided among three of his children, Sophia (Boulton) Forlong, Clara Louise (Boulton) Cayley and George D’Arcy Boulton, all of whom were dead by 1898. (Adding to the mystery of the laneway is why Boulton cut five of his kids out of his will, but we digress.)
George D’Arcy Boulton had a daughter named Florence, whose great-granddaughter is a York University administrator. Grafi and her relatives have a few “knick-knacks” from the Boultons of old knocking around: a brooch with a lock of Florence’s hair inside and an oil painting.
Grafi’s mother was an enthusiastic amateur historian and enjoyed stories of the there was never any talk about an orphaned laneway until a genealogist called to fill Grafi in.
“It was a fun find,” she said. “And it happens a long-lost lot looking for relatives, for plans to develop there was no smoking will in a safety deposit box indicating Grafi way of her ancestors, inherited the lane of her family’s history was payment enough, she said, and she left it at that.
“I had no interest in pursuing it further,” she was willing to let go of the lane and went to court to oppose the developer’s application seeking a declaration that they owned the laneway behind 185 King.
It did not go well for the descendants, none of whom could produce a will, or any paper evidence, proving they had any legal right to the lane land does not belong to them as a group or individually because they trace roots to an owner 200 years ago,” Ontario Superior Court Justice Fred Myers said in a December 2022 decision. “This is not a close call.”
Hertzberg initially agreed to be, and that story would just “have to wait” since she was the only one who did it in court filings, she more fully articulated her motivation to fight for ownership.
“When we learned there was property in downtown Toronto, belonging to our ancestor, where a high-rise development was planned, we were expecting potential compensation,” she said. “However, when we received an application asking the court to simply grant the developer full title to the land, with no compensation to the descendants, we were offended. It felt like an egregious affront to our family.”
What clinched the deal for Gupta was Harry and Lewis Mitz and the ancient concept of squatter’s rights, formally known in modern jurisprudence as “adverse possession entrepreneur with a keen eye for action, but apparently not for the fine mistakenly believed he had bought the lane behind 185 King when he bought the property. Lewis same. They parked in the 75 years to the exclusion of anyone else, save for when they gave a neighbor, contractor, or friend else express permission to park in the spot.
The chain securing the lane appeared in the early 1970s. Claiming, however mistakenly, the lane as their occupying it as such for a decade (and more) “shows that they exercised the rights of an owner,” Myers said in his decision Mitzes took adverse possession of the land, did so peacefully a single Boulton appeared over the years to say, “Guys, you can’t park there. That’s our lane.”
In March, Lewis Mitz stood across the street from the lane that caused the whole kerfuffle. There were three orange construction pylons set in front of it. The chain he and his father put there was still in place.
The 77-year-old was tanned, having recently returned home from a trip to the Bahamas. He wore a brown leather scarf and stylishly carried an old leather briefcase could imagine a practicing lawyer with more than 50 years of experience lugging around a wholly unsentimental view of the building he grew up around.
“It is inventory,” he said. “You carry the memories with you recollections of the Boulton descendants who surfaced in court after the genealogist had done the legwork of finding them were unsentimental, too.
“I am going to be 78 been around, it is not my first rodeo, and when it comes to don’t have to say anymore: they were looking for a payoff,” he said. “They couldn’t prove anything. They thought, ‘Aha, this is my opportunity onto the front of 185 King of Toronto development proposal depicting a tower rising on the land Henry John Boulton purchased in 1824.
The notice makes no mention of the laneway out back.
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praveenmohantelugu · 1 year
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పురాతన స్తంభాలలో ఉన్న అద్భుతమైన టెక్నాలజీ! ఈ నాటి ఇంజనీర్లు కూడా ఇలాంటి గుడిని కట్టలేరు..!
Hey guys, ఈ రోజు నేను మీకు పురాతన manufacturing siteని చూపించబోతున్నాను, ఇది స్తంభాలను తయారు చేసిన ఒక స్థలం, ఇది వంద కంటే ఎక్కువ విభిన్న స్తంభాలతో ఉన్న పెద్ద manufacturing factory, ఇక్కడున్న వాటిలో lathe turned స్తంభాలు ఎక్కువగా ఉన్నాయి. రండి మనం దగ్గరికి వెళ్లి చూద్దాం, అప్పుడే clearగా కనిపిస్తాయి. అక్కడ అటువైపు ఉన్న మరిన్ని స్తంభాలను కూడా మీకు చూపిస్తాను, కానీ ఇక్కడ మాత్రమే ఇంచుమించు 20 స్తంభాలు ఉన్నాయి. 
ఇవన్నీ చాలా విచిత్రంగా ఉండడం మీరు చూడవచ్చు, ఈ విధమైన స్తంభాలను తయారు చేయడానికి lathe machines మరియు rotating mechanism ఇలాంటివి ఖచ్చితంగా అవసరం అవుతాయని archeologistలే confirm చేసి చెప్తున్నారు. ఈ స్తంభాలపై చాలా placeలలో scratches ఉండడం మీరు చూడవచ్చు, వీటన్నిటిని ఎవరో విధ్వంసకులు చేశారు, అందుకే దీని చుట్టూ ఈ rodలను వేసి ఎవరిని దగ్గరగా రాకుండా వీటిని చూడకుండా అడ్డంగా పెట్టారు. నేను ఈ లోపలికి వెళ్లి, వాటిని మరింత బాగా పరిశీలించి, కొన్ని మంచి వివరాలను మీకు కూడా చూపించాలని నాకు ఆశగా ఉంది. 
పురాతన గుడులలో, అన్ని పనులను పూర్తి చేసి, ఏర్పాటు చేసిన స్తంభాలను నేను చాలా వీడియోలలో చూపించాను, కానీ గుడి యొక్క ప్రాంతంగా కాకుండా ఇలా వేర్వేరుగా నిల్చున్న స్తంభాల సమూహాన్ని చూడడం చాలా అరుదైన విషయం. స్తంభాలను మరియు ఆ గుడి యొక్క భాగాలను ఆ గుడిలోనే తయారు చేస్తారని చాలా మంది argue చేస్తారు, కానీ వాటన్నిటిని సాధారణంగా వేరే ప్రదేశంలోనే తయారు చేస్తారని నేను అనుకుంటున్నాను. 
అది సాధారణంగా ఒక centralized location అయ్యుంటుందని అనుకుంటున్నాను, ఇది ఒక పురాతన megalithic manufacturing factory అంటే పురాతన కాలంలో పెద్ద పెద్ద రాళ్లను ఉపయోగించి, కట్టడాలకు అవసరమైన భాగాలను తయారు చేయడానికి ఉపయోగపడిన ఒక factory. నేను ఇలాంటిదే ఒకటి వరంగల్ కోటలో చూపించాను, అక్కడ కూడా చాలా అద్భుతమైన ప్రదేశం ఇంకా ఒకే చోట గుడి యొక్క వివిధ రకాల భాగాలను కూడా చూడవచ్చు. 
So, ఈ భాగాలను గుడి ప్రదేశానికి తీసుకువెళ్లి అక్కడ వీటిని assemble చేస్తారు. ఇప్పుడు మధ్యలో ఉన్న ఈ స్తంభాన్ని చూడండి, ఇది ఒక మగ స్థంభం, ఎందుకంటే దాని పై భాగంలో ఒక చిన్న projection ఉంటుంది, ఈ స్తంభాన్ని మరొక ఆడ స్తంభానికి fit చేస్తారు, మరియు ఇది ఒక ఆడ స్తంభం. ఇది ఆడ స్థంభమే ఎందుకంటే దీనికి ఎలాంటి projection లేదు, కానీ దాని పై భాగంలో ఒక  రంధ్రం ఉండవచ్చు. So, పురాతన శిల్పులు, ఈ భాగాల అన్నిటిని బాగా plan చేసి assemble చేసుంటారు. 
ఇక్కడున్న ప్రతి ఒక్క స్థంభం, మిగతా స్తంభాల నుండి differentగా ఉన్నాయి, ఇవన్నీ ఒకేలాగా ఉన్నాయని మీకు అనిపిస్తుంది, కానీ మీరు వీడియోను pause చేసి లేదంటే rewind చేసి check చేసారంటే, ఒకొక్క స్థంభం మిగతా స్తంభాల కంటే differentగా ఉన్నాయని మీకు అర్థమవుతుంది. ఇప్పుడు, సమీపంలో చాలా స్తంభాలు ఉన్నాయి చూడండి. ఇక్కడ ఇంచుమించు 25 వేర్వేరు స్తంభాలను మీరు చూడవచ్చు, కానీ వీటిలో ఒక స్థంభం, కూడా ఇంకొక స్తంభంలాగా ఉండదు. Actually వెనుకవైపు కూడా మరిన్ని స్తంభాలను మనం చూడవచ్చు, కానీ అవి కూడా ఒక్కొక్కటి differentగా ఉన్నాయి. 
ఈ స్తంభాలు ఇంచుమించు 3 అడుగులు నుండి 7 అడుగుల వరకు ఉన్నాయి. ఇక్కడ ఒక అద్భుతమైన స్థంభం ఉంది చూడండి, దీన్ని చూస్తుంటే, పొడవాటి geared shaft లాగ కనిపిస్తుంది కదా, దీన్ని తయారు చేయడానికి వాళ్లకు ఎలాంటి machining technique మరియు mechanism అవసరం అయ్యుంటుందో ఒకసారి ఆలోచించి చూడండి. దీని పై భాగంలో ఏముందని చూడండి, perfectగా square shapeలో ఒక రంధ్రం ఉంది. So, ఇది ఒక ఆడ స్తంభం. మనం ఇప్పుడు ఏం చూస్తున్నామని తెలుసా? 
మనం ఇప్పుడు చూస్తున్నవన్నీ spare parts అంటే car డిక్కీలో extraగా పెట్టుకున్న tire లాగానే. ఇది కేవలం backupకి మాత్రమే, దీన్ని ఎవరు polish చేసి గుడి కోసం ఉపయోగించలేదు. ఈ స్తంభంతో పాటు తయారు చేసిన మిగతా స్థంభాలన్నిటిని polish చేసి గుడి లోపల పెట్టారు, polish చేసిన తరువాత వాటిని చూడండి ఎంత అద్భుతంగా ఉన్నాయో, వాటన్నిటిని మిగతా రాతి block లతో కలిపి assemble చేశారు. 
సరే, ఈ placeని చూడగానే, రాతితో తయారు చేసిన ఈ tankని చూసి మీరు impress అవుతారని నాకు తెలుసు, అందుకని ఈ tank గురించి ఈ రోజు నేను మీకు చెప్పాలనుకోవడంలేదు. కానీ ఇక్కడ గోడపై కనీసం వంద స్తంభాలను చూడవచ్చు. అవన్నీ కనీసం 900 సంవత్సరాల పురాతన కాలానికి చెందినవి. మనం factoryలో auto partsను ఎలా తయారు చేస్తున్నామో, అదే విధంగా వాళ్ళు కూడా వీటిని large scaleలో తయారు చేస్తున్నారని నేను చెప్పడానికి కారణం ఇదే. 
సహజంగానే, వాళ్ళు వీటిని demandపై తయారు చేయలేదు, ఎందుకంటే ఇక్కడ రాతితో తయారు చేసిన వంద స్తంభాలు ఉన్నాయి, ఒకొక్క స్థంభం, ఒక టన్ను బరువు ఉంటుంది, అలా వీటి అవసరం, demand ఉండుంటే, ఇవన్నీ ఇప్పుడు ఇక్కడ ఉండేవి కాదు, అవి కేవలం spare partsగా అంటే ఎప్పుడైనా అవసరం అయినప్పుడు వాటిని ఉపయోగించుకోవచ్చు అని, ముందు జాగ్రత్తగా తయారు చేసి పెట్టుకున్నారు, కొన్ని స్తంభాలను అయితే ఉపయోగించనే లేదని నేను ఖచ్చితంగా చెప్తాను. ఇది స్తంభాలకే పరిమితం కాదు, ఈ ప్రాంతంలో, చుట్టూ ఉన్న ఇతర భాగాలను కూడా మీరు చూడవచ్చు. Okay, so, వాళ్ళు ఈ భాగాలను తయారు చేశారు, కానీ వాళ్ళు వీటిని testing purpose కోసం assemble చేశారా?
- Praveen Mohan Telugu
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cglmfginc · 1 year
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The 7 Most Common Types of CNC Machines
CNC machines are used in a variety of industries for a number of purposes. Chances are, if  you have ever been in a factory or seen one in a movie, you’ve seen a CNC machine in action. They’re intricate machines with a variety of options that each specialize in a specific market.
Here are seven of the most common types of CNC machines:
Machining Centers
Machining centers are probably the most common type of CNC machine. They typically have 3 or 4 axes and can do things like drill, bore, tap, and ream. Some machining centers even have fifth axes, which gives them even greater flexibility.
Lathes
Lathes are another common type of CNC machine. They’re used to create parts that have cylindrical symmetry, like screws, shafts, and pipes. Unlike machining centers, lathes only have two axes (X and Z). However, some lathes come with additional features like Y-axis capability or live tooling that allow them to perform functions similar to those of a machining center.
Grinders
Grinders are used to remove material from workpieces to create a desired shape or finish. Like machining centers and lathes, grinders can be operated manually or with CNC controls. The most common type of grinder is the surface grinder, which is used to create or clean up flat surfaces.
Routers
Routers are similar to grinders in that they remove material from workpieces to create a desired shape or finish. However, routers are more often used on softer materials like wood or plastic. Routers can be operated manually or with CNC controls, and the most common type is the handheld router. While routers are less expensive than some other types of CNC machines, they require more maintenance because the bits need to be replaced more frequently due to wear and tear.
Plasma Cutters
Plasma cutters are unlike any other type of CNC machine because they use plasma—an ionized gas—to cut through metal workpieces. Plasma cutters are typically used for applications where speed and precision are paramount, such as in the automotive industry. Because plasma cutters can operate at very high speeds, they require special care when it comes to maintenance and upkeep.
Laser Cutters:
Laser cutters use a high-powered laser beam to cut material. They are often used for cutting intricate shapes or making very precise cuts.
Waterjet Cutters:
Waterjet cutters use a high-pressure stream of water to cut material. This type of cutter can be used on almost any type of material, making it very versatile.
CNC machines are an essential part of modern manufacturing, and there are a wide variety available to suit any need. Machining centers, lathes, grinders, routers, and plasma cutters are just some of the most common types of CNC machines—each with their own unique capabilities and benefits. Do you have a need for a specific type of CNC machine?
Conclusion
If you need a CNC machine for your business, it’s important to choose the right type. The seven types of machines we’ve outlined are some of the most common, so they should give you a good starting point. If you still have any doubt don’t hesitate to call and talk to an expert for cnc turning in Canada to learn more about which machine is best for your needs.
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karol88888888 · 1 year
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The difference between turning and milling
Most of the workpieces with rotary surfaces can be machined by turning, such as internal and external cylindrical surfaces, internal and external conical surfaces, end faces, grooves, threads and rotary forming surfaces.
The tools used are mainly turning tools. The “milling process” is to fix the blank and use the high-speed rotating milling tool to cut the required shape and features on the blank.
“Turning”
is the use of the rotary motion of the workpiece and the linear or curvilinear motion of the tool on the lathe to change the shape and size of the blank to meet the requirements of the drawing.
“Milling”
Is to fix the blank and use the high-speed rotating milling cutter to cut out the required shape and features on the blank.
Different characteristics
Turning refers to the lathe processing is part of the mechanical processing. Lathe processing is mainly used to turn the rotating workpiece with a turning tool.
Lathe is mainly used for processing shafts, discs, sets and other workpieces with rotary surfaces, and is the most widely used class of machine tool processing in machinery manufacturing and repair factories.
Different functions
Milling and boring machining center can carry out three-axis or multi-axis milling and boring processing, used for processing, molds, inspection tools, tire tools, thin-walled complex surfaces, artificial prosthesis, blades, etc. In the selection of CNC milling processing content, the advantages and key role of CNC milling machine should be fully utilized.
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cnclatheparts86 · 2 years
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Certain Facts About CNC Machining
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We're going to offer some interesting information about CNC machining parts to you in this article. In essence, these machines operate according to precise programming for milling components. Professional programmers install the software. In case you weren't aware, CNC stands for computer numerical control. This device resembles a factory robot quite a bit. Let's look at some interesting facts.
Various CNC machines
There is no question that the caliber of this equipment might differ. Remember that industrial versions are still fairly pricey if you choose to invest in them. The fact that this technology is becoming more and more helpful is the important point, though. Prices are decreasing as a result of an increase in supply and demand. Due to the accessibility of cheap programmers, prices are also falling.
The same type of portable cutting equipment is still available today. Vinyl and other thin materials are cut with these devices. This substance is perfect for creating items that are uniquely yours.
And what's intriguing is that these devices all operate on the same principle. Simple computer programs instruct the machines to carry out the required tasks.
The good news is that lathes can also use CNC machinery and CNC turning parts. You won't find this kind of sophisticated machinery if you travel back in time. These days, we don't need to spend a lot of money to use computers to make intricate patterns. In addition, they may be utilized as routers. They may therefore assist in creating home doors as well.
The software application
Operators with the proper training run CNC machines. These workers are in charge of running the machines, as the name implies. The fact that this personnel is also a skilled CNC programmer will interest you. In other words, they program the equipment to carry out the intended task.
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There are several varieties of these devices available. For instance, popular types of them include, to mention a few, water Jet cutters, EDM machines, CNC lathe parts, CNC milling machines, and CNC routers. These gadgets are becoming more affordable as technology advances. Because of this, even the average person may buy them without spending a lot of money.
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cncmachining999 · 1 month
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High precision cnc machining accessories turning cnc machining parts
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rg25d · 2 years
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Everything you need to know about diamond cutting. The most important tips for the right choice
Inserts, which are the same as cutting tools or diamond cutting tools, are tools used to cut and shape metal. Inserts are types of cutting tools whose cutting edge is made as a separate piece. This part is soldered, welded or clamped on the body of a separate material. Inserts are an evolved form of rotary blades that are widely used due to the variety of shapes and sizes that allow you to cut hard materials in any shape. Common materials for inserts (brazed or clamped) include cemented carbide, polycrystalline diamond, and cubic boron nitride.
Tools commonly used as inserts include end mills (such as end mills, face mills, and fly cutters), tool bits, router bits, and saw blades (especially those that cut metal). Inserts are interchangeable attachments for cutting tools that usually contain the actual cutting edge. Applications of insert cutting include:
. Lathe machine . Construction . Log-out . drilling . grooving . factory . mine . to saw . cutting . to knock . Threading . Pepich Brake rotor rotation
What is an insert holder? Lathe holder, the parts on which the inserts are installed for the cutting and turning process are called holders. There are different types of these retainers. The variety of retainers according to the place or shape or gender that is to be shaved, their use is different.
These retainers are categorized in different types as follows:
CNC milling holders, which are divided into finger types, spatulas, T-mills, ball noses, screw heads.
Owners of NC lathes, which are divided into types of lower lathe, back lathe, upper lathe, cutting, sometimes front, outer step, inner step and wall cutting.
Classification of inserts based on shape The insert can have different shapes. Round or circular inserts are used in applications such as milling or in radius groove turning. Some types are adjustable, and the unused portion of the edge should be used until part of the edge wears off. Three-dimensional inserts include triangular shapes; Three equal sides and three vertices with included angles of 60 degrees.
The shapes of the four-sided insert include diamond, square, rectangle and rhombus. A diamond is a four-sided shape with two acute angles used to remove excess material. A square cutting tip has four equal sides. Rectangular inserts have four sides, two of which are longer than the other two sides. These inserts are often used for grooving, where the short sides contain the actual cutting edge. The rhombic or parallelogram inserts are four-sided and have angles on the sides for the cutting point distance. Other shapes include pentagons, which have five sides and equal angles, and octagonal inserts with eight sides.
source:arismantools.ir
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monojust · 2 years
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Flycut 1350 contour cutter plotter review
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#Flycut 1350 contour cutter plotter review software
This machine is perfectly suited for cutting a variety of materials including adhesive vinyl, hard paperboard, sandblast stencil, mask material, and much more. or keep the product & agree refund with seller. This vinyl cutting plotter has a contour cutting function and is used to cut all kinds of pictures, letters, and similar materials on self-adhesive vinyl stickers. or it is 10-20 days if the goods are not in stock, it is according to quantity.Ī: 24 hours Online service and technical support within warranty time.įree new spare parts itself instead of broken parts if you receive the product firstly.Ī: Returns accepted if product not as described, buyer pays return shipping fee. Ī:Generally it is 1-5days if the goods are in stock. We will reply you within 12 hours with quotaiton details. quantity you need, your shipping address to our sales team. Thomas and Lambert474a have carried out a comparison of. Send your requirement with item or model no. Ab-1350 Contour Function Cutting Plotter Machine Vinyl Plotter, Find Details about Cutting Plotter, Vinyl Cutter from Ab-1350 Contour Function Cutting Plotter Machine Vinyl Plotter - Hefei Huiwo Digital Control Equipment Co., Ltd. An additional disadvantage of the taper turning testis in the preparation of the tapered work bar. We do not require MOQ ,small order and sample order is most welcome here. The maximum paper feed: 1350mm (53.1'), the maximum cutting width: 1260mm (49.6'), repeated cutting accuracy: 0.127mm, cutting thickness: 1mm, cutting speed: 20-800mm. We accept L/C ,T/T Bank transfer, Paypal ,Western union as payment. TRUSTED PERFORMANCE- 53-inch vinyl cutter machine boasts a good performance as the servo control is 5 times more efficient than stepping control.We are specialized in?cutting plotter ,stone?engraving machine, heat press machine,? laser machines and so on.?Our factory locate on?Hefei city,?Anhui, China. Chose something about the same scale as the fly cutter’s tool. It supports various cutting machines, including Roland, Graphtec, GCC, Summa, USCutter, Liyu, Redsail, PixMax, Vevor, Vinyl Express and so on.
#Flycut 1350 contour cutter plotter review software
Signmaster,Artcut,Coreldraw,Signcut,FlexiĪs a leading company in manufactory and exporting business. Bring up an HSS endmill and check out the chip load and surface speed. The 1, powerful vinyl cutting software for vinyl cutters and cutting plotters, available for Windows and macOS. A drill, a lathe tool, or a milling cutter is usually bathed with a cutting fluid to. 1350mm Black And Green Auto Contour Board Arm Steel Roll With Basket Vinyl Plotter​ There are also sections on machine tools and on mechanical drawing.
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