Mega Factories: Manpower Meets High-Tech | FD Engineering
Mega Factories: Manpower Meets High-Tech | FD Engineering
Watch 'How Automotive Manufacturing Changed the World' here: • How Automotive Manufac...
Watch 'Industry 4.0: The Future of Manufacturing' here: • Industry 4.0: The Futu...
Industry 4.0 is already being implemented all over the world by integrated processes and production facilities. This series enters the massive halls of large-scale German industry, getting a first hand look behind the scenes at how it's all done. You can meet the latest technology of robots and machines as well as the people who make it all possible.
00:00 Bosch
We visit the high-tech factory of Bosch, which produces highly sensitive sensors and microchips for the automotive industry and consumer electronics all over the world. The manufacturing process is extremely complex - including particle accelerators and autonomously acting robots.
00:45:03 Ford
Once handpicked by Henry Ford, over 1,000 new cars are manufactured at Ford's Cologne Niehl plant. Unlike back then, today more than 1,200 industrial robots are in use.
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In the year 2000- 2003, I did not get Silicon wafers in India. My guide at IIT Kanpur Procured Silicon wafers from Motorola company, USA . I used to cut these films in diamond cutters and then annealed in the heat treatment furnace. The furnace I set up in materials Engg department. Then I annealed in high temperature and characterized by different instruments.
Realy I like this Megafactories
Dankeschön für diese interessante Serie
Amazing attention to detail to produce the highest quality vehicle possible. 🚘 😎👍
Look at all these robots taking our jobs
Reminds me of my brother telling a story how he ruined a million dollar prototype chip by accidentally reversing the polarity, oops! Sensitive silicon, making our phones process faster, so we could each have powerful tools in the palms of our hands. I'm fascinated by this video!
I am highly skilled person to take responsibility to work in the clean room. I made a Clean lab at Hyderabad which is a Japanese company. The company is Aisin Cosmos R & D Co. Ltd. Apart from this I worked in the clean lab at Samtel Centre at IIT Kanpur, SSN Research centre at Chennai which is part of HCL Company. The way I manage the clean lab no body perhaps managed the clean lab.
Was everybody in this video instructed to grow an 'interview beard' before filming and to lose the neckties for that Silicon Valley look?
Etching after photo lithography is essential where chemicals required. It's very crucial and important. Lots of precautions used to take care. Chemicals should not touch with the anode layers. Etching is as crucial as photo imprinting in lithography.
1:03:39 more like laser welding. They aren’t using solder.
Never forget about safety. Use Softgle Comfort
Primary colors are read, yellow and blue. I'm ok with you verifying much Dalian my print of an old sketch withe an original carving to print. It was made in 1896
i hope there will be more in the future
imagine a world where everything has computer chips sensors everything is making decisions for you. And then the day is coming where you will not be allowed to make a decision. Be very careful what you wish for because the future is all about control
@@jeffrenman4146😊
Are we doing pl for mufflers those are cleaner still less driving less traveling farming better
Semiconductor materials processing by using CVD, MOCVD, PECVD, RF and DC Sputtering, Glove boxes, Cluster Tools for dopings and implantations are highly reliable and risk taking process. Most of the vaccum pumps as such Turbo, Rotary and Cryo genic vaccum pumps are essentials to create high vaccum. The 1000 particle clean Room, dress , shoes, gloves are necessary to operate the vaccum instruments. The silicon thin films should be etched properly to deposit different layers to fabricate the device. Lithography and masking is also necessary. In addition to this all type of characterisations required to know the film thickness, morphology, interface, IV, CV, Efficiency, Crystallography, resistance etc. These instruments calibrations with sensors are highly sensitive tasks. I am one of the semiconductor specialist in this area.
Ion implantation required high vaccum. Turbo molecular pump only provides high vaccum. Rotary and diffusion pumps can not supply high vaccum. The dry particles of air mixed with either Nitrogen gas or Argon inert gas.
Automation and robotics is the way of the future, not cheap labor unskilled immigrants
But you NEVER think about the millions of people that you are putting out of work with your cursed automatons.
I doubt that "the global economy is undergoing the greatest change since the industrial revolution"; both the first and second world wars occurred since then. So did the introduction of containerized shipping, internal combustion engines, and aircraft.
silicon is nothing more than sand the fact that we can use it to make computer chips is incredible i had a 5 y o that did not understand the difference between potato chips and computer chips so while at the grocery store i had picked out a bag of potato chips and he is insisting he wants computer chips because according to him they taste better......... really!!!! kids say the darndest things
If industry keeps automating and cutting back on employees, who is left with employment to buy a Ford Fiesta?
It’s too bad that you can’t build your fiesta to the same standards of the Toyota Corolla that last forever
Ugh, you may not want to imitate JUNK (Toyota). The old Toyotas, which went the distance but fell apart (not the powertrain) are not like the new ones. Just to remind you, getting your vehicle certified by Guinness World Records is not an easy task. Why there are no Japanese vehicles in the top ten - MOST MILEAGE. Stop being duped. I am a former owner of Toyotas and Hondas.
Can't tell for sure but looks like Simone Kazmaier has a black eye. (left eye)
Final electrical test as such: 1. I-V 2. C-V 3. Resistance and Restivity 4. L-I-V 5. L-C-V 6. Photo emission 7. Contact layers between anode and cathode 8. L-R-V Etc.
I do not violate the clean lab principles. I rectified mistakes of PhD, M. TECH, M, SC, B. Tech students mistakes who used to violate clean lab principles. There is no sexual interaction inside the clean lab. Transparency used to be maintained.
So, we can ditch the Proprietor and the CEO at their home and install two Humanoids instead!! That way, they won't demand a single paise as salary and other aminities!! Drat!
yeah ... Mega factories considered one technology from the Mega projects technologies ... today all the developed countries such as switzerland , canada , united Kingdom of british , germany , finland , japan and south Korea , all these countries are depends on the Mega factories because of Mega factories considered the first step to the Mega industrial cities ... genius phycisist from the brave iraq 🇮🇶 🇮🇶 🇮🇶
@omaryounis9113 Mega-Cities from British 1970's kids comic 2000AD (Judge Dredd). Hi from UK :)
Commercial: (in exaggerated Brit accent) One simple but brilliant trick to heat your entire home in seconds that costs only pennies. OK right.
German like to invest machine than bond
Nauseating Video with tonnes of graphics!! Dreadful narration!!
Harap informasikan ke seroap presiden dan gubernur nank serta ketoga mentri keuangan di setiap wilayah indonesia untuk pembayaran tunai hutamg pada : 1. Kapal laut 2. Kemdaraan roda empat mobil kereta api 3. Motor 4. Pesawat 5. Bbm bajan bakar minyak bumi 6. Aspal astel 7. Pakaian jadi 8. Isi toko kios 9. Permashinanan 10 beras, jatah gaji 11. Inventaeis kantor pada wilayah masing masing di : A. Malaysia ketiga wilayah B. Jawa ke empat wilayah C. Sulawesi ke enam wilayah D. Sumba sabu rote semau timor serewaru Sejak tijuh ratus dua belas rahun setiap hari jam kerja sampai fahun dua ribu dua luluh tiga dan setiap kalli ober jead pabrik di kirim lewat kapal laut kapal kargo dan kapal peto kemas 🕋💸💰💶💶💶💶💶💴💵💵💵💵💵💵🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏
Putting the painted Car Chassis & Bodies in a warehouse is a wrong approach . This is a " Waste " that should be eliminated . Car Chassis & Bodies should be directed to the Assembly Lines directly , no "in between" inventory .
every manufacturing process that uses multiple components must have buffer storage to compensate for production shortages on other components or else the entire line has to be stopped over one missing item. Also, often times production times for individual items differ and therefore nothing can be fed straight from the point of manufacturing straight into the assembly line. Furthermore products need to be quality tested which takes time and again requires a buffer in the event a part is faulty and needs to be removed from the process.
@@silentepsilon888 Study the Just-in -time concept , and hire a Kaizen expert for improvements. At least 50% of the warehouse space can be cut away to save inventory cost & excessive storage time . All bulky parts should be made Just- in-time and not store inside a warehouse for more than 3-4 days .
@@chopinmack5418 ... I worked for 30 years at a Top Tier or Tier 1 supplier to every German and US auto manufacturer (except Ford) as well as component supplier to other Tier 1 suppliers that made dashboards and other electronic assemblies, as well as major appliance and computer manufacturers .... I am familiar with the Just In Time concept, understand the advantages, but I also know theory versus reality.
@@chopinmack5418and if ALL steps have an absolute 100%, never down availability, you're right. But even in the just in time process, they will still have a container of parts in the warehouse to give time for one container to be removed and the next to be brought in, and god forbid there is a storm or flood or natural disaster anywhere between you and your supplier.
1000 times smaller than a human hair (.006) ?