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Raith Group
Germany
เข้าร่วมเมื่อ 5 ต.ค. 2016
Raith is a leading precision technology solution provider for nanofabrication, electron beam lithography, focused ion beam fabrication, nanoengineering and reverse engineering applications.
Vision & Mission Customers Perspective II
„Challenge the frontiers of nanotechnology“ is the vision statement we released a few months ago. We wanted to provide a clearly define guidance where we want to go in the future and who we want to be. In a world of constant change and huge challenges, we aim to contribute to the solution with our nanotechnology innovations. As a company, we strive to push the boundaries of what is possible and to enable our customers to do the same. We asked some of them how they are challenging the frontiers of nanotechnology and how a RAITH system helps to overcome them. Watch their answers!
มุมมอง: 68
วีดีโอ
Customer Reference: University of Konstanz
มุมมอง 2372 หลายเดือนก่อน
Visiting Dr. Matthias Hagner and Emilia Schütz at the University of Konstanz, Germany was a real pleasure! We asked them for their honest opinion using the PICOMASTER and got insights into their amazing work.
3D Ion microscopy for tomography and sample reconstruction
มุมมอง 1393 หลายเดือนก่อน
The VELION FIB-SEM from Raith with a multiple ion source enables a unique workflow by employing heavy and light ions alternately for 3D ion microscopy. Bismuth ions, along with smart milling strategies, allow uniform sample delayering, Lithium ions enable damage-free imaging of the exposed structure. The top-down FIB geometry on a lithography platform easily enables the collection of high-resol...
VELION: FIB-SEM beyond limits
มุมมอง 2653 หลายเดือนก่อน
FIB-SEM beyond limits is what VELION stands for. With its multi-ion species column and unique design, it is a next-generation FIB for nanopatterning and 3D ion microscopy. Discover the FIB-SEM with cutting-edge FIB performance: raith.com/product/velion/
Customer Reference: UCSD
มุมมอง 1334 หลายเดือนก่อน
Maribel Montero is the main user and specialist of the EBPG installed at UCSD. She gives us some insights into her daily work with the system and why she is a happy RAITH customer. We always love to hear your story and are especially glad when long-term customers stay with RAITH and upgrade their system set-up to achieve even better results, such as 10 nm electro gaps or less than 5 nm overlay ...
Vision & Mission Customers Perspective
มุมมอง 2016 หลายเดือนก่อน
Vision & Mission Customers Perspective
PICOMASTER Resolution | Webinar Snippet
มุมมอง 2087 หลายเดือนก่อน
With PICOMASTER we not only guarantee one of the best resolutions for laser lithography, but we also define it more precisely. We will not only reach at least 300 nm resolution on a top-view of the sample but also on the profil. Therefore, the guaranteed resolution of 300 nm or less is reached throughout the whole structure. To find out more details, watch the whole webinar on our website: www....
PICOMASTER200 Software Overview | Webinar Snippet
มุมมอง 2249 หลายเดือนก่อน
See for yourself how easy, intuitive and accurate our PICOMASTER software works. Want to know more about the PICOMASTER? Watch the whole webinar here: raith.com/webinar-area-login/ #webinar #laserlithography #lbl
Clean Room Insight // Raith Headquarter
มุมมอง 3249 หลายเดือนก่อน
Welcome to our new clean room in Dortmund! The reconstruction of the cleanroom facility in our headquarters was recently finished, and we are happy to give you an insight view! The ISO 7 clean room is built after ISO 14644-1 and includes a 230m² production floor. Furthermore, the facility consists of a 275m² person / material airlock and chemistry lab. Enjoy the tour!
PICOMASTER200 system overview | Webinar Snippet
มุมมอง 3909 หลายเดือนก่อน
Watch our colleague Kahraman explain the exposure strategy of our laser lithography systems and how to set up the system for exposure. The video is only a short snippet from the recent webinar “Mastering nanostructures - Raith's Laser Lithography Unveiled,” which is now available on demand. Register to watch the whole webinar and explore the enormous potential of Raith’s PICOMASTER for laser be...
Customer Reference: UC Berkeley
มุมมอง 489ปีที่แล้ว
Visiting some of our long-term and close customers was a real pleasure! We interviewed Irfan Siddiqi, Professor at UC Berkeley, and asked him for his honest opinion about using a Raith EBPG5150. Next to describing his user experience, he gives insight into the special relationship between UC Berkeley and Raith, which got even stronger while installing the tool.
Customer Reference: Stanford University
มุมมอง 336ปีที่แล้ว
Last year, we visited some of our long-term customers and partners to ask them for honest opinions using a Raith tool. Enjoy a unique insight and have a look at what Stanley Lin and Richard Tiberio from Stanford University are saying about us!
Working at Raith as a Mechatronics Technician
มุมมอง 822ปีที่แล้ว
Working at Raith as a Mechatronics Technician
Working at Raith as an industrial mechanic
มุมมอง 101ปีที่แล้ว
Working at Raith as an industrial mechanic
A talk: Integration and future of 4PICO and Raith
มุมมอง 382ปีที่แล้ว
A talk: Integration and future of 4PICO and Raith
Tell us your Story - Francisco Freire Fernández
มุมมอง 1142 ปีที่แล้ว
Tell us your Story - Francisco Freire Fernández
New tutorials for free! Get answers to the most frequently asked questions, any time and anywhere.
มุมมอง 5733 ปีที่แล้ว
New tutorials for free! Get answers to the most frequently asked questions, any time and anywhere.
Is this also known as "direct-etch lithography", or is that something completely different?
Hewlett Packard was doing this in the early 1980s!
Bruh ancient pyramid layouts n shit are obviously fucking computer chips dude . WTh . That shit all hella covered in quartz dawg
th-cam.com/video/7Nk_jIiPl5I/w-d-xo.html
NIL and X-ray lithography: Am I a joke for you?
{Lower the annoying background musak.}
...pleeeeeezz
Hi Mustafa 👋
usually leaving a metal film pattern on silicon, first deposit a metal film on top of silicon substrate either PVD or CVD, then applied photo-resist on top of metal film, then define the pattern by lithography , then develop the photoresist , then etching process remove the unnecessary area , finally remove the resist film.
?
Great explanations, thanks! What software do you use to create these videos?
great job sir thank you very much for the great explanation
best video on lithography
Thanks for the explanation🔥
cool 🙂
Thank you sir. This is very useful in such a way like me also understable.
thank you very much for the video. Could you please tell me what are the reasons of the apparance of the stitching lines and why some lithography machines cause this problem and others dont cause this problem?? thank you!
I was lost in the first ten seconds! But still interesting
Or even the specific pattern to diffract visible light. -Cloaking-
Great way to make a smart skin for a WEAV
It's 2 AM and here I am learning about photolithography
Same
almost 3am ;D
Kon se branch se ho bro aur kon sa college?
Engineer
So u know how to use the sun beam
easy to understand
how much data as byte or bits as 1x1nm squares per eletron beam writing to manufacture a whole semi disc at one "write"?
would you do a prototype (for me) starting a dvd-rom/rw drive with vacuum, electron-xray-sem and multiple ion-plasma-deposition print headers
contact my business address if interested, I'm a microelectronic IC professional developer and designer
starting with hard drive sem disc drives, clear and set operations
Brilliant
So if EBL can go past 10nm why does Intel insist on EUV? Cost?
printing chips with EBL is slow so it used just for making masks and prototyping but EUV used for mass production ,it shines the light and it pass trough the mask and you have the pattern in silicon wafer .
its like saying "my 3d printer can make such detailed intricate models, why does injection molding even exist," mainly because int his case, 3d printing is used for prototyping, but is far too slow and costly to mass manufacture, which is where injection molding shines because it is faster and cheaper (after you've made a certain amount of parts)
So this is how its done.
Dear sir I need operational manual for elphy quantum
Its a very good information and knowledge thank you sir
005
😍😘😘😍😘😍
👀👀👀 sounds like silkscreen printing tbh
Good video
How are the masks printed so accurately?
Using ebeam lithography to write masks
masks are designed generally Using CLEWIN software, later they are written on soda lime Cr coated masks, written and developed perfectly using optical direct-write lithography system (ex: upg heidelberg machine)
It takes forever, but its a very accurate process.
The first masks were done by hand and later those computers made with those hand made masks were used to make more precise masks and then those computers were used to make even more precise masks ad infinitum.. Similar to how the first ever program had to be written by manually setting the flip flops in RAM and later that program was used to write other programs by using a keyboard etc. Kind of a self bootstrapping progression
Easy to understand. What is used as substrate on which resist is coated? Thank you
substrate depends upon the requirement ex: MEMS SOI/ Optics Si02/ SAW filters Quartz etc.
For chips: silicon.
thank you so much
Ahh... In combination with the music now I miss doing EBL and preparing my samples :D
resist what compount is?
Most EBL resists are polymers like PMMA
0:01 Speaker Introduction 2:10 Introduction to Raith Chipscanner 20:06 Semiconductor Reverse Engineering 31:06 Connectomics - reverse engineering of neuronal circuits 47:53 Summary and Outlook 52:22 Q&A
Good explanation...
Nice :)
World's smallest boob.