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Some RTE Title
Some text here with all the difference options and more!
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And some numbers too:
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And of course some tables:
| Country | # of ships | Profit | |
| 1 | China | 10.000.000 | 9.000.000€ |
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Poland | 50.000.000 | 10.000.000€ |
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France | 50.000.000 | 10.000.000€ |
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Netherlands | 100.000.000 | 20.000.000€ |
Some RTE Title
Some text here with all the difference options and more!
- a
- a1
- a2
- b
- c
And some numbers too:
- a
- b
- c
- c1
- c2
- c3
And of course some tables:
| Country | # of ships | Profit | |
| 1 | China | 10.000.000 | 9.000.000€ |
|
2 |
Poland | 50.000.000 | 10.000.000€ |
|
3 |
France | 50.000.000 | 10.000.000€ |
|
4 |
Netherlands | 100.000.000 | 20.000.000€ |
title here
description here
Suvi’s advice for a succesful ASM career
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How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
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How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
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How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
-
How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
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How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
-
How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
-
How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
-
How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
-
How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
-
How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
-
How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
-
How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
-
How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
-
How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
-
How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
-
How did you join ASM?
“I was working in the university and one day, in 1989, I saw a very small note on the bulletin board saying that Microchemistry, which back then was still called Mikrokemia, was looking for a research scientist. I still have the note with me. I have kept it all these years. They were looking for a scientist to research atomic layer epitaxy – atomic layer deposition was called epitaxy at that time. Well, I didn’t even know what it was!
Our ALD solutions
Atomic Layer Deposition (ALD) is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time. Our ALD products include the Pulsar® XP, EmerALD® XP and Synergis®.
Pulsar XP ALD
The benchmark ALD tool for the industry. It was the first system to be used for high-volume production
Synergis ALD
A high productivity 300mm tool for a wide range of thermal ALD applications
Pulsar XP ALD
The benchmark ALD tool for the industry. It was the first system to be used for high-volume production
Synergis ALD
A high productivity 300mm tool for a wide range of thermal ALD applications
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Results center & events
- Results center & events
- Results center
- Events & presentations
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Meet our leadership
Our organization is spearheaded by a team of dedicated, committed, and passionate people. Together, they make sure ASM is ever developing.
Meet our leadership
Our organization is spearheaded by a team of dedicated, committed, and passionate people. Together, they make sure ASM is ever developing.
Benefits of working at ASM
At ASM, we foster a culture of trust and transparency that empowers you to achieve goals you didn’t think possible. It’s a demanding industry, but we promise an exciting and rewarding journey into the future.
Base Salary
We set salary scales for each job level in every country where we operate, benchmarked against local market rates.
Health & Wellness
We provide a healthcare benefit plan including, for example, dental care and short-term and long-term disability coverage.
Additional Allowances
Depending on the country you work in, we pay additional allowances such as holiday allowance or a 13th month payment on top of your base salary.
Relocation
We offer relocation packages to support you and your family, if applicable, to move closer to our offices.
Variable Pay
We provide a ‘pay for performance’ culture, offering variable pay linked to you meeting agreed objectives. If you exceed your objectives you can receive an above-target payment.
Training & Development
After you are up to speed within ASM, we'll invest in your development further through our global Talent development program.
Ready to join us?
From the Netherlands to Malaysia, from Israel to Phoenix. Explore our open roles to join our world of groundbreaking innovations.
Ready to join us?
From the Netherlands to Malaysia, from Israel to Phoenix. Explore our open roles to join our world of groundbreaking innovations.
Future Innovations
ASMI has a legacy of innovation of more than half a century. Our strategy today is Growth through Innovation.
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Future Innovations
ASMI has a legacy of innovation of more than half a century. Our strategy today is Growth through Innovation.
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sub title thingy
Future Innovations
ASMI has a legacy of innovation of more than half a century. Our strategy today is Growth through Innovation.
blabla some longer title here
sub title thingy
Future Innovations
ASMI has a legacy of innovation of more than half a century. Our strategy today is Growth through Innovation.
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Discover our locations all around the globe
ASM Worldwide
How we enhance sustainability
Our focus is on long-term sustainable value creation for all our stakeholders. Sustainability is an integral part of our Growth through Innovation strategy. In 2021, we defined our sustainability focus and priorities for the next horizon – the years 2021 to 2025, and beyond. These are: innovation, people, planet, responsible supply chain, and sustainability governance. Below is an overview of our five sustainability focus areas.
Related Content
Our patents
Careers & Services
Related Content
Future innovations
Our patents
Careers & Services
Related Content
Future innovations
Our patents
Careers & Services
Related Content
Future innovations
Our patents
Get in touch
Field support services
Spare parts support
ASM Global Spares supplies qualified spare parts for our customers' 'fab' operations. Our spare parts and support centers are located strategically for rapid order processing and accurate fulfillment. Our global infrastructure means that we can deliver high-quality parts when and where you need them.
Spare parts support
ASM Global Spares supplies qualified spare parts for our customers' 'fab' operations. Our spare parts and support centers are located strategically for rapid order processing and accurate fulfillment. Our global infrastructure means that we can deliver high-quality parts when and where you need them.
Field support services
Spare parts support
ASM Global Spares supplies qualified spare parts for our customers' 'fab' operations. Our spare parts and support centers are located strategically for rapid order processing and accurate fulfillment. Our global infrastructure means that we can deliver high-quality parts when and where you need them.
Field support services
Spare parts support
ASM Global Spares supplies qualified spare parts for our customers' 'fab' operations. Our spare parts and support centers are located strategically for rapid order processing and accurate fulfillment. Our global infrastructure means that we can deliver high-quality parts when and where you need them.
Spare parts support
ASM Global Spares supplies qualified spare parts for our customers' 'fab' operations. Our spare parts and support centers are located strategically for rapid order processing and accurate fulfillment. Our global infrastructure means that we can deliver high-quality parts when and where you need them.
Field support services
Spare parts support
ASM Global Spares supplies qualified spare parts for our customers' 'fab' operations. Our spare parts and support centers are located strategically for rapid order processing and accurate fulfillment. Our global infrastructure means that we can deliver high-quality parts when and where you need them.
Field support services
Spare parts support
ASM Global Spares supplies qualified spare parts for our customers' 'fab' operations. Our spare parts and support centers are located strategically for rapid order processing and accurate fulfillment. Our global infrastructure means that we can deliver high-quality parts when and where you need them.
Spare parts support
ASM Global Spares supplies qualified spare parts for our customers' 'fab' operations. Our spare parts and support centers are located strategically for rapid order processing and accurate fulfillment. Our global infrastructure means that we can deliver high-quality parts when and where you need them.
Field support services
Spare parts support
ASM Global Spares supplies qualified spare parts for our customers' 'fab' operations. Our spare parts and support centers are located strategically for rapid order processing and accurate fulfillment. Our global infrastructure means that we can deliver high-quality parts when and where you need them.
Spare parts support
ASM Global Spares supplies qualified spare parts for our customers' 'fab' operations. Our spare parts and support centers are located strategically for rapid order processing and accurate fulfillment. Our global infrastructure means that we can deliver high-quality parts when and where you need them.
Everything we do, teaches us
News — November 28, 2022
ASM joins semiconductor climate consortium as founding member
ASM International N.V. (Euronext Amsterdam: ASM) held its annual Supplier Day last week, for the first time in-person at our new Woodlands Manufacturing facility in Singapore. The event was attended by 120 supplier attendees from 13 countries from across ASM’s global supply chain.
November 28, 2022
Annual report
ASM International N.V. (Euronext Amsterdam: ASM) held its annual Supplier Day last week, for the first time in-person at our new Woodlands Manufacturing facility in Singapore. The event was attended by 120 supplier attendees from 13 countries from across ASM’s global supply chain.
Financial center
Our annual and interim reports chart our progress in carrying out our business strategy and can be used to help current and potential investors in the company make their financial decisions.
Financial center
Our annual and interim reports chart our progress in carrying out our business strategy and can be used to help current and potential investors in the company make their financial decisions.
ASM joins semiconductor climate consortium as founding member
ASM joins semiconductor climate consortium as founding member
Quarterly Results Q4 2022
Quarterly Results Q4 2022
ASM International N.V. launches Sonora vertical furnace system
ASM International N.V. launches Sonora vertical furnace system
ASM joins semiconductor climate consortium as founding member
ASM joins semiconductor climate consortium as founding member
Quarterly Results Q4 2022
Quarterly Results Q4 2022
ASM International N.V. launches Sonora vertical furnace system
ASM International N.V. launches Sonora vertical furnace system
ASM joins semiconductor climate consortium as founding member
ASM joins semiconductor climate consortium as founding member
Quarterly Results Q4 2022
Quarterly Results Q4 2022
ASM International N.V. launches Sonora vertical furnace system
ASM International N.V. launches Sonora vertical furnace system
ASM joins semiconductor climate consortium as founding member
ASM joins semiconductor climate consortium as founding member
Quarterly Results Q4 2022
Quarterly Results Q4 2022
ASM International N.V. launches Sonora vertical furnace system
ASM International N.V. launches Sonora vertical furnace system
Technology & Products
We have a proven track record of innovation spanning a wide range of technologies now used as the standard by the world’s leading semiconductor manufacturers.
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ALD ™
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
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Epitaxy ®
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
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Vertical Furnace ®
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
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Silicon Carbide ®
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
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PECVD ®
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
Technology & Products
We have a proven track record of innovation spanning a wide range of technologies now used as the standard by the world’s leading semiconductor manufacturers.
-
ALD ™
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
-
Epitaxy ®
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
-
Vertical Furnace ®
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
-
Silicon Carbide ®
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
-
PECVD ®
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
Technology & Products
We have a proven track record of innovation spanning a wide range of technologies now used as the standard by the world’s leading semiconductor manufacturers.
-
ALD ™
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
-
Epitaxy ®
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
-
Vertical Furnace ®
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
-
Silicon Carbide ®
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
-
PECVD ®
Atomic Layer Deposition is a surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
Our Company
Over 50 years of impact
Content and video background
A surface-controlled layer-by-layer process that results in the deposition of thin films one atomic layer at a time.
Compact
Future Proof Company
Chips (or integrated circuits) make the impossible possible. Technologies that were once unthinkable become real: from autonomous vehicles to the next gaming console.
1.1 Trl chips sold per year, globally
Car chips sold per year per person
1500 Chips chips are produced by ASM machinery
Chips (or integrated circuits) make the impossible possible. Technologies that were once unthinkable become real: from autonomous vehicles to the next gaming console.
1.7 Bln chips sold per year, globally
266 M sold per year per person
28,4% chips are produced by ASM machinery
1500 Chips chips are produced by ASM machinery