Cologne, 22 August 2018 - Leybold Managing Director Johan Van der Eeken and Project Manager Stephan Hohenadl today handed over a donation cheque for 5,930 Euros to Eva Heemann and Cemre Altinsoy for the employee initiative `Water for All ́. Since 1984, Water for All has supported projects that provide people in need with access to clean drinking water, sanitation and hygiene. It is Atlas Copco's most important non-profit initiative and is funded through employee volunteer contributions. In total, more than two million people have now gained access to clean drinking water thanks to Water for All. The Rohingya refugees in Bangladesh were also recently supported with donations from the Welthungerhilfe. In the long term, the focus is on supporting sustainable water supply and hygiene projects, especially in Africa.
Every company knows this: over time, articles accumulate which are not sold to the extent that their manufacturer would like. And without incentives, little will happen. The sales teams of Leybold found a threefold original way. "It was important to us to find a lever to make the benefits clear to everyone involved. When we presented the concept to the sales department, I was very pleased with the immediate support for this project," says Stephan Hohenadl, who is responsible for this unusual campaign: "To reduce inventories, we launched a so-called 'Red Tag' campaign, which offered corresponding products on the market at special conditions. The articles were then sold at a very attractive price and our warehouse was cleared," explains Hohenadl.
That alone was nothing special - but the sales team's highlight was a percentage share if the minimum sales price was exceeded and, linked to this, the second highlight: the sales team thereby made a percentage contribution to the renowned social project Water for All of the parent company Atlas Copco.
5930,- Euro turn into a donation of 17,790,- Euro for a good cause
"Our cooperation with Welthungerhilfe makes it possible for institutional donors to double the donation and ultimately raise 17,790 Euros for our joint aid projects,” Eva Heemann and Cemre Altinsoy from the Atlas Copco employee initiative were delighted when they accepted the cheque.
"Leybold has been part of the Atlas Copco Group since 2016 and I am very pleased that this initiative has been so positively received and supported by our staff," emphasizes Johan Van der Eeken, who has known Water for All from the Group for years. This campaign is a win-win situation for everyone: "It supports sustainability to a special degree and serves to make life easier for those in need in a direct way," says the Leybold Managing Director. In Cologne, the Leybold management hands over a donation to the Atlas Copco employee initiative Water for All for sustainable aid projects in Africa. From left to right, Johan Van der Eeken, Stephan Hohenadl, Eva Heemann und Cemre Altinsoy are pleased that the Red Tag sale from Leybold brings together a total amount of 17,790, which will be used in drought regions to strengthen self-help capabilities. (Photo source: ©Leybold )
For further information, please contact:
Christina Steigler
Corporate Communications
T: +49 221 347 1261
F : +49 221 347 31261 christina.steigler@leybold.com www.leybold.com
About Leybold
Leybold is a part of the Atlas Copco’s Vacuum Technique Business Area and offers a broad range of advanced vacuum solutions for use in manufacturing and analytical processes, as well as for research purposes. The core capabilities center on the development of application- and customer-specific systems for the creation of vacuums and extraction of processing gases. Fields of application are secondary metallurgy, heat treatment, automotive industry, coating technologies, solar and thin films such as displays, research & development, analytical instruments, as well as classic industrial processes.
About Atlas Copco
Atlas Copco is a world-leading provider of sustainable productivity solutions. The Group serves customers through its innovative compressors, vacuum solutions, generators, pumps, power tools and assembly systems. Atlas Copco develops products and services focused on productivity, energy efficiency, safety and ergonomics. The company was founded in 1873, is based in Stockholm, Sweden, and has a global reach spanning more than 180 countries. In 2017, Atlas Copco had revenues of BSEK 86 (BEUR 9) and about 34 000 employees.
Learn more at www.atlascopcogroup.com
VARODRY - for demanding industrial applications
June 08, 2018 - Short, reliable and clean production processes are more important than ever for the increasingly digital and globally active value chains, in addition to high- quality results. Vacuum technology provides a significant contribution to meeting these requirements. The vacuum pioneer Leybold has designed the new VARODRY vacuum pump series for efficient industrial vacuum processes. The vacuum specialist is advertising this oil-free, air-cooled vacuum pump as part of its product range for the process industry at this year's ACHEMA in Frankfurt, from 11-15 June in Hall 8.0, Stand F61.
The oil-free VARODRY screw pump convinces with first-class performance. It guarantees the required operating pressure, a short cycle time and ultimately high system availability and robustness - especially in moist or dusty processes. The VARODRY is also easy to install and connect. Thanks to its compact design and reduction to the essential, the vacuum pump can be easily integrated into new or existing systems.
Equipped with complete air cooling, the pump makes water cooling completely superfluous. The developers at Leybold were guided by the idea of using fewer, proven machine parts and components in their design. The VARODRY convinces its users with low maintenance requirements, emission-free ventilation and minimal operating noise in average daily operation. Moreover, this pump is absolutely dry and clean, thus preventing oil and particle emissions or oil leaks as well as oil migrations in the vacuum chamber or into the products and processes.
All in all, the VARODRY from Leybold is designed for highest and reliable performance with low investment and operating costs. Its numerous advantages make the new pump series, which is offered in the two pumping speed classes VD 65 and VD 100, the ideal choice for industrial vacuum requirements. "Handling the vacuum pump is easy for the user, as it requires neither cooling water nor compressed air and is characterized by a robust handling of common process media," explains Uwe Zoellig, Global Business Development Manager Industrial Vacuum.
As a result, VARODRY ensures uninterrupted operation without system downtimes. Its numerous benefits make the pump the ideal choice for all industrial vacuum applications.
For further information, please contact:
Christina Steigler
Corporate Communications
T: +49 221 347 1261
F : +49 221 347 31261 christina.steigler@leybold.com www.leybold.com
07. March, 2018 - ETH Zurich students have won the SpaceX competition of US entrepreneur Elon Musk with their Swissloop concept against thousands of other teams. Now, in the summer of 2018, the Swiss will once again be able to prove themselves in the next round with their enhanced capsule. The Swissloop project is supported by Leybold. The vacuum pioneer has been promoting the Hyperloop projects of the technology revolutionary since 2015 with its vacuum know-how.
Whether Mars will be colonized during Elon Musk's lifetime remains to be seen critically. Yet concerning the utopias of Tesla's founder for new revolutionary ways of transport and the vision of overcoming large distances by land, the vision has already taken on concrete forms. And the enthusiasm with which his employees and supporters around the globe take part in the innovation with the illustrious name Hyperloop speaks for the appeal of his ideas.
Through the vacuum at 1000 km/h
This is one of the reasons why teams from all over the world have been working on prototypes for the high-speed capsules since 2017. In the future, people shall travel through vacuum tubes at around 1000 kilometers per hour. A team of students from ETH Zurich has established itself in the transfer of the tubular mail idea to passenger transport. The designers, physicists, computer scientists and mechanical engineers around Swissloop CEO Luca Di Tizio were able to assert themselves against a thousand other teams at the "Hyperloop Pod Competition 2017".
Bronze for the Swissloop capsule
In the late summer of 2017, they were initially been selected as one of 27 teams from an initial 1200 university teams and had been personally invited by Elon Musk to the SpaceX test site in Hawthorne, Los Angeles. There they were able to present their specially developed pod solution.
The success reflects the quality of their concept idea: the snow-white Swissloop pod capsule won an outstanding third place. In view of the ranking, despite some minor start-up difficulties, all members were very enthusiastic. The Swissloop crew was the first team to risk a test run with cold gas drive.
Amtsgericht Köln, HRB-Nr. 26670, Finanzamt Köln-Süd, Steuer-Nr. 219/5824/2758, UST-Ident-Nr. DE 174555805 Geschäftsführer: Johan Van der Eeken, Torsten Beyer, Thomas Sogalla
Aufsichtsratsvorsitzender: Alex Bongaerts
MEDIA RELEASE
Safe sliding through the tube
The persistence and motivation with which the ETH students worked on further optimizations has now been rewarded once again: Since February 2018, it has been clear that Swissloop is officially qualified for the Hyperloop Pod Competition 2018. And this contest will also take place at SpaceX headquarters in California. From 15 to 21 July, Swissloop will work closely with SpaceX and Boring Company engineers to validate this year's pods and test whether the Swissloop pod will glide safely through the vacuum tube. The final, in which only the best teams will compete, will be held on 22 July 2018.
Great performance
“We are very happy about the participation in the final and would like to thank ETH Zurich and our sponsors for their support," says Swissloop CEO and ETH student Luca Di Tizio. Sponsor and vacuum pioneer Leybold, who has been involved in the Hyperloop projects since its inception, was also delighted with the performance of the Swissloop makers.
Strong partners required
Leybold's commitment is a matter close to the heart of the vacuum pioneer. The specialist sees great potential in the technology and is convinced that his commitment will accelerate the success of the Hyperloop project. The challenge of creating something fundamentally new that revolutionizes traditional means of transport naturally motivates us enormously," emphasizes Johan Van der Eeken, Managing Director of Leybold.
Companies such as Leybold are predestined to lead such projects to success with their wealth of experience in vacuum technology. And vice versa, the project managers at Hyperloop and Swissloop choose strong partners like Leybold to make such visionary ideas a reality.
Energy self-sufficient system
The Hyperloop concept is based essentially on
vacuum technology: the vacuum tunnel
massively reduces air resistance and thus
enables smooth driving at speeds of up to
1,000 kilometers per hour. At the same time,
the tube offers sufficient space for solar panels.
The energy required to maintain the vacuum can be obtained from the modules located on the surface of the vacuum tubes. This turns it into an energy self-sufficient system that is not only visionary but also sustainable.
Amtsgericht Köln, HRB-Nr. 26670, Finanzamt Köln-Süd, Steuer-Nr. 219/5824/2758, UST-Ident-Nr. DE 174555805 Geschäftsführer: Johan Van der Eeken, Torsten Beyer, Thomas Sogalla
Aufsichtsratsvorsitzender: Alex Bongaerts
MEDIA RELEASE
For further information, please contact:
Christina Steigler
Corporate Communications
T: +49 221 347 1261
F : +49 221 347 31261 christina.steigler@leybold.com www.leybold.com
About Leybold
Leybold is a part of the Atlas Copco’s Vacuum Technique Business Area and offers a broad range of advanced vacuum solutions for use in manufacturing and analytical processes, as well as for research purposes. The core capabilities center on the development of application- and customer-specific systems for the creation of vacuums and extraction of processing gases. Fields of application are secondary metallurgy, heat treatment, automotive industry, coating technologies, solar and thin films such as displays, research & development, analytical instruments, as well as classic industrial processes.
About Atlas Copco
Atlas Copco is a world-leading provider of sustainable productivity solutions. The Group serves customers with innovative compressors, vacuum technique and air treatment systems, construction and mining equipment, power tools and assembly systems. Atlas Copco develops products and services focused on productivity, energy efficiency, safety and ergonomics. The company was founded in 1873, is based in Stockholm, Sweden, and has a global reach spanning more than 180 countries. In 2016, Atlas Copco had revenues of 11 Bilion Euros and more than 45 000 employees.
Since 1952, Atlas Copco is present in Germany. Under the roof of two holdings located in Essen, more than 20 production and sales companies are gathered (February 2017). By end of 2016, the group employed about 3800 people, including about 100 trainees.
www.atlascopco.de
.
February 8th, 2018 – At the leading trade fair Anuga FoodTec in Cologne, Leybold presents its vacuum technologies for the food processing and packaging industry from the 20th to the 23rd March 2018. The efficient solutions of the vacuum supplier are used worldwide. In a wide variety of applications, the pumps, systems and measuring devices of this long-established company make a significant contribution to sustainable and competitive products and processes in the food and beverage industry.
Vacuum pump help to accelerate packaging processes
At one of Italy's largest producers of meat products near Parma, the installation of a Leybold system has reduced packaging time by around 20 percent. In addition to high vacuum performance, the meat product specialist attaches particular importance to an energy-efficient production process with low service and maintenance costs. The system based on the DRYVAC dry screw pump has been running reliably and without interruption for years, so that the customer was able to devote himself to the core tasks.
Global supply chains require more durability in shelf life
Efficient, hygienic food processing under vacuum is also becoming increasingly important for other reasons: In the age of global supply chains, the demands on shelf life are increasing. In view of this trend, customized vacuum solutions are essential for the economic efficiency of companies. For decades, Leybold has been manufacturing the technologies for the quality control of packaging. For example, leak tightness is increasingly tested under vacuum because only leak detectors such as the PHOENIX series meet the highest testing standards. Mass spectrometers used in food analysis also make use of the performance of modern, noise-reduced pumps such as the ECODRY plus.
Amtsgericht Köln, HRB-Nr. 26670, Finanzamt Köln-Süd, Steuer-Nr. 219/5824/2758, UST-Ident-Nr. DE 174555805 Geschäftsführer: Johan Van der Eeken, Torsten Beyer, Thomas Sogalla
Aufsichtsratsvorsitzender: Alex Bongaerts
MEDIA RELEASE
Vacuum improves in-house logistics
For the delivery of raw materials in processing and packaging plants, vacuum is required to handle internal conveying processes. These systems assist in sorting and facilitate the removal of specific risk materials and slaughterhouse by-products for prevention purposes. In this way, the hygienic standards can be effectively ensured. For these applications, too, the system solutions must be energy-efficient, easy to maintain and space-saving. The VACUBE central vacuum system meets these requirements by providing a demand-oriented vacuum for the application process through special speed adjustments. In addition, the Leybold products comply with all guidelines for plant and occupational safety.
Innovative processes in food processing
Vacuum baking offers advantages for plant manufacturers, producers, bakeries and consumers alike: Customers can enjoy fresh bakery products with optimum qualities in appearance and presentation almost around the clock; significant savings are possible in sales and production. Energy consumption and logistics costs are also reduced, supported by the optimized efficiency of the pumps used in these applications, such as the SOGEVAC or DRYVAC. Depending on the design of the plant, process savings of up to 50 percent can be achieved also due to shortest cooling times, significant reductions in storing space, resulting in a clear advantage on food safety.
Benefits for all parties involved
All in all, Leybold's modern vacuum technology opens up an increase in quality and productivity - vacuum pumps such as the CLAWAC offer special product properties especially in the rough vacuum range. The extremely robust design of these pumps allows them to be used in demanding applications; process gases contaminated with dust and vapors can also be handled.
Innovative vacuum technology exploits the potential for improvement in terms of production, infrastructure, staffing, logistics costs and energy consumption. Variable combination options, such as the oil-sealed SOGEVAC and RUVAC pumps with the modern oil-free, dry-compressing DRYVAC pumps offer proven reliability. Appropriate technical concepts that guarantee optimized process stability round off Leybold's product range.
Visitors to the Anuga FoodTec will receive further information on the use of vacuum technology in all applications at the Cologne trade fair from 20th to 23rd March 2018 at Leybold GmbH in Hall 7.1, Stand C021.
Amtsgericht Köln, HRB-Nr. 26670, Finanzamt Köln-Süd, Steuer-Nr. 219/5824/2758, UST-Ident-Nr. DE 174555805 Geschäftsführer: Johan Van der Eeken, Torsten Beyer, Thomas Sogalla
Aufsichtsratsvorsitzender: Alex Bongaerts
For further information, please contact:
Christina Steigler
Corporate Communications
T: +49 221 347 1261
F : +49 221 347 31261 christina.steigler@leybold.com www.leybold.com
About Leybold
Leybold is a part of the Atlas Copco’s Vacuum Technique Business Area and offers a broad range of advanced vacuum solutions for use in manufacturing and analytical processes, as well as for research purposes. The core capabilities center on the development of application- and customer-specific systems for the creation of vacuums and extraction of processing gases. Fields of application are secondary metallurgy, heat treatment, automotive industry, coating technologies, solar and thin films such as displays, research & development, analytical instruments, as well as classic industrial processes.
About Atlas Copco
Atlas Copco is a world-leading provider of sustainable productivity solutions. The Group serves customers with innovative compressors, vacuum technique and air treatment systems, construction and mining equipment, power tools and assembly systems. Atlas Copco develops products and services focused on productivity, energy efficiency, safety and ergonomics. The company was founded in 1873, is based in Stockholm, Sweden, and has a global reach spanning more than 180 countries. In 2016, Atlas Copco had revenues of 11 Bilion Euros and more than 45 000 employees.
Since 1952, Atlas Copco is present in Germany. Under the roof of two holdings located in Essen, more than 20 production and sales companies are gathered (February 2017). By end of 2016, the group employed about 3800 people, including about 100 trainees.
www.atlascopco.de
Graphene Oxide Available in 3 Forms for a Variety of Applications
Coraopolis, PA ... October 17, 2017 ... Goodfellow is pleased to announce the availability of graphene oxide for use in a wide range of applications. Graphene oxide is:
Goodfellow offers this versatile product is three forms.
Graphene oxide dispersed in water
Graphite is chemically processed to obtain monolayer flakes of graphene oxide. It is available in various water dispersion concentrations and quantities. Applications include use ingraphene/polymer composite materials, batteries, biomedical research, solar cells, supercapacitors, support for metallic catalysts, low permeability materials, biosensors, multifunctional materials, and graphene research.
Reduced graphene oxide
Reduced graphene oxide is obtained by reducing graphene oxide chemically, thermally or by irradiation to get the powder form. The excellent electrical conductivity of this product is an important feature in some research projects. Applications include use inbiomedical research, batteries, printable graphene electronics, supercapacitors, and graphene research.
Graphene oxide film
Graphene oxide film is prepared by the filtration of a monolayer graphene oxide dispersion. It is nonconductive and has a diameter of 4 cm and thickness of 12-15 μm. Applications include use inbiomedical research, membranes, and graphene research.
For more information about graphene oxide or related products, contact a Goodfellow technical expert at 1-800-821-2870, email info@goodfellowusa.com, or click here.
About Goodfellow
For 50 years, Goodfellow has been a leading supplier of metals, polymers, ceramics and other materials to meet the needs of science and industry worldwide. The company specializes in supplying small quantities (a few grams to a few kilos) of metals and materials for research, prototype development and specialized manufacturing applications. Standard products can be found online at the comprehensive Goodfellow Catalog. Custom products and materials in larger quantities are available upon request at info@goodfellowusa.com.
Goodfellow Corporation
125 Hookstown Grade Road Coraopolis, PA 15108
Telephone: 1-800-821-2870 Fax: 1-800-283-2020
E-mail: info@goodfellowusa.com
Web: goodfellowusa.com
Argonne National Laboratory’s Continuous ALD Technology
Licensed Exclusively to Forge Nano
Method and System for Continuous Atomic Layer Deposition on Powders and Moving Beds Strengthens Forge Nano’s Intellectual Property Rights Portfolio for their High Throughput Atomic Layer Deposition Technology
LOUISVILLE, Colo… July 6, 2017 – Argonne National Laboratory has entered into an exclusive license agreement with Forge Nano to commercialize Argonne’s patented system and method for continuous atomic layer deposition. This license enhances Forge Nano’s ability to offer and protect key intellectual property rights for its customers across an even broader array of strategic markets.
Forge Nano’s innovative manufacturing systems are industrializing the Atomic Layer Deposition (ALD) process by offering a unique value proposition toward upgrading material performance for wide-ranging applications. ALD is a process that deposits a uniform and ultrathin encapsulating coating around any material. The process can used to upgrade many materials, such as powders utilized in energy storage applications (lithium-ion batteries, fuel cells, ultracapacitors, etc.), as well as many non-energy applications as well. ALD allows for coating thicknesses down to Angstroms (1/100,000th the thickness of a human hair). Such control allows for the application of coatings that are thick enough to eliminate unwanted reactions that cause degradation within energy storage systems or moisture-sensitive materials, yet thin enough to not adversely affect desirable material properties. ALD coatings are by far the most compelling coating solution for eliminating capacity fade and enabling higher overall performance and safety in batteries. ALD is a process that has existed for decades with hundreds of publications demonstrating its capability as a process to improve material properties for a wide variety of applications. However, due to a lack of manufacturing innovation, it has remained a lab-scale process utilized primarily by academics. Forge Nano has developed, patented and successfully demonstrated a high-throughput process for applying ALD, which reduces the overall cost of energy storage devices while improving their performance and safety.
Forge Nano has scaled a proprietary coating technology that delivers high-value improvements to the longevity, safety and cost of Lithium-Ion batteries. Forge Nano’s coatings can increase cathode material lifetimes more than 250% while enabling higher capacity Nickel-rich battery chemistries. Forge Nano is also demonstrating similar gains to anode materials such as conventional graphite and emerging silicon-based materials. Forge Nano’s comprehensive IP portfolio for ALD-enabled battery materials is enabling higher energy densities, longer lifetimes, and faster charge rates, all while reducing cost for our expanding customer base. Forge Nano materials are enabling battery manufacturers to build a much better, safer battery at a lower price.
Other applications that benefit from Forge Nano’s ALD coated materials include shale gas or petrochemical catalysts, solid oxide fuel cells, non-Lithium-ion battery energy storage systems such as supercapacitors and conventional fuel cells, and many other applications that benefit from the adoption of low-cost, corrosion-resistant materials.
Forge Nano maintains the world’s largest manufacturing capacity for ALD-enabled materials, and has recently commissioned a 300 ton per year light commercial production plant, increasing its coating capacity ten-fold. This plant is capable of meeting demand volumes and price points for large-scale integration into the Li-ion market. Meanwhile the company is currently designing and constructing a 3,000 ton per year heavy commercial production plant scheduled to come online in early 2018.
About Forge Nano: Based in Louisville, Colo., Forge Nano, previously known as PneumatiCoat Technologies, is a global leader in surface engineering and precision nano-coating technology. Forge Nano’s proprietary technology and manufacturing processes make angstrom-thick coatings fast, affordable and commercially viable for a wide range of materials, applications and industries including handling and coating air-sensitive materials found in Li-ion batteries, nanoscale metal powders for electrodes used in electronic devices, hygroscopic halide-based materials, and many others.
For more information, visit www.forgenano.com
|
|
ULVAC Introduces High Performance,
Compact VS Series of Industrial Vacuum Pumps |
Methuen, Massachusetts - ULVAC Technologies, Inc. (www.ulvac.com) has introduced the VS Series of single-stage rotary vane pumps for a wide range of industrial vacuum applications. The ULVAC VS650A and VS750A are robust, install anywhere pumps with speeds up to 750 m3/h. These small footprint, all-in-one pumping powerhouses are built for high reliability and ease-of-maintenance.
The VS Series are available with air or water cooling, offer low vibration and are affordably priced. Featuring a built-in oil cooling fan, and simple to clean oil-mist trap, these compact units take up far less space than conventional single-stage rotary vane pumps. To increase pumping speeds even further a mechanical booster pump can be added for speeds up to 3,100 m3/h. Typical applications include: evaporation, sputtering, ion plating, vacuum drying, gas exchange and leak testing.
About ULVAC Technologies, Inc.
ULVAC Technologies, Inc. is a leading supplier of production systems, instrumentation, vacuum pumps and components for the semiconductor, MEMS, solar, flat panel display, research automotive, medical, electrical, and refrigeration industries. ULVAC Technologies uses a class-10 process development laboratory and customer demonstration facility to meet the unique needs of their different markets. ULVAC Technologies is a subsidiary of ULVAC, Inc., which is made up of 39 companies engaged in most sectors of the vacuum industry.
ULVAC Introduces High Performance,
Compact VS Series of Industrial Vacuum Pumps |
|
(For higher resolution version of these images, please contact: chrisv@bhaadvertising.com)
|
|
|
|
|
|
|
|
|
|
Release date: immediate Release: HAPR0156
New Technical Sales Manager for Gencoa
Gencoa are delighted to announce the appointment of Dr Steven Stanley as Technical Sales and Marketing Manager, joining the Gencoa sales team as a replacement for Tony Williams, who retired in August.
Steven joins us with a highly technical background in PVD processes and equipment for the optical, decorative and tribological markets. His expertise covers a wide range of process applications from visible and FIR optics to tribological coatings for space craft and components.
On commencing his role with the company, Steven commented: "I have used Gencoa as a customer on several occasions in my career and welcome the opportunity to join such a technically competent and progressive company. I hope to continue the excellent technical support to the sales and enquiry stage as seen throughout the Gencoa process."
Steven will be attending the forthcoming Vacuum Expo and SEMICON Europa events.
Events update
In partnership with UK agents OMNI Technologies, Gencoa are exhibiting at next week's Vacuum Expo at the Ricoh Arena in Coventry from 12-13th October.
In addition to the exhibit of Gencoa's highly anticipated Optix sensor, Dr Joseph Brindley will be delivering a Vacuum Technology Tutorial on Thursday 13th October. The talk will be held in theatre 2 at 13:00 and will cover the topic of optical gas and pressure sensing for process control of vacuum based industrial processes.
From 25-27th October, Gencoa will again partner with OMNI Technologies to exhibit at this year's SEMICON Europa in Grenoble, with a further opportunity to see a demonstration of the Optix sensor and also to attend a related talk by Steve Stanley at the Tech LOUNGE.
US customers will have a chance to see a demonstration of Optix at next month's AVS Symposium & Exhibition in Nashville, Tennessee from November 6-11th.
And next week's AIMCAL web coating and handling conference in Memphis, Tennessee will include a talk by Frank Papa on the use of Optix for Vacuum Web Coating Proceeses. The talk is scheduled for 3:30pm on Wednesday 12th October, and hosted in the Continental Ballroom.
For further details on each of these events, click on the following links to visit the event websites:
Vacuum Expo
SEMICON Europa
AIMCAL Web Coating and Handling Conference
AVS Symposium and Exhibition
Tech Topic!
This month's newsletter is concluded with a reference to the Tech Topic in the current issue of Vacuum Technology & Coating, which features an article contributed by Gencoa on Vacuum Species Sensing using Remote Plasma Emission Spectroscopy.
Magazine subscribers can read the full article from page 44 of the September issue, with the magazine also available from the VT&C website: www.vtcmag.com.
|
|||
|
|
|||||
|
Press Release
March 3, 2016
SCI launches FilmTek™ 6000 PAR-SE Advanced Film Metrology System to support leading-edge IC development and production
Novel multi-modal technology delivers unmatched characterization accuracy for complex multilayer structures at markedly reduced cost
Carlsbad, CA – Scientific Computing International (SCI), a leading innovator and provider of advanced metrology systems for semiconductor and related industries, announced the latest addition to its FilmTekTM optical metrology suite: the FilmTekTM 6000 PAR-SE. Fully automated and compatible with Overhead Hoist Transport (OHT) systems, the FilmTekTM 6000 PAR-SE enables high-throughput monitoring of film thickness, refractive index, and stress measurement for a broad range of film layers down to the 1x nm design node.
The FilmTekTM 6000 PAR-SE utilizes a patented multi-modal technology which combines spectroscopic ellipsometry and DUV multi-angle polarized reflectometry. This technique allows for high-resolution, independent film thickness and refractive index measurement to meet the stringent demands of leading-edge device fabrication techniques.
Manufacturing advanced IC devices at 1x nm design rules requires the use of complex films that must be highly uniform. To maintain tight control over the processes used to build these films requires metrology systems that can monitor extremely thin films that are often within a multi-layer film stack. Additionally, some processes result in gradients through the thickness of the film that must be monitored for optimum device performance. Existing metrology systems that rely on conventional ellipsometry or reflectometry techniques are limited in their ability to detect film changes for these applications.
"We have partnered closely with our customers to understand the critical metrology challenges for both current and next-node technologies,” stated Chris Claypool, CTO of SCI’s engineering division. “To meet these challenges, we have developed patented Multi-Angle Differential Polarimetry and Differential Power Spectral Density technology to independently measure film thickness and refractive index. As a result, the FilmTekTM 6000 PAR-SE is far more sensitive to changes in films within multi-layer stacks than existing tools based on conventional ellipsometry or reflectometry. This is ideal for both ultra-thin and thick multi-layer film stacks used in forming complex device structures.”
The FilmTekTM 6000 PAR-SE has gained early adoption by leading manufacturers, proving crucial in enabling tighter process control and increasing device yield during the production of the latest generation ICs. The system joins the FilmTekTM portfolio of advanced material characterization systems, supporting SCI’s mission to solve customers’ most pressing metrology challenges, at the lowest cost of ownership.
|
|||
|
FOR IMMEDIATE RELEASE
Alicat Scientific Establishes Chinese Service Center Tucson, Arizona (February 16, 2016)- Mass flow device manufacturer, Alicat Scientific (www.alicat.com), has established a new service center in Shanghai, China. Staffed by factory-trained service engineers, the new location gives customers in China and the Asia-Pacific region convenient access to Alicat factory services. Maintenance and calibration is important to the operation and accuracy of all mass flow instruments. The Shanghai location will service Alicat’s entire line of pressure controllers, mass flow controllers, meters, and accessories, delivering the same quality service as the U.S. headquarters. Customers will experience faster turnaround, fewer logistics and reduced maintenance costs. To help domestic users to remove cumbersome import and export customs procedures, the service center accepts yuan payment of maintenance and calibration orders. The service center is located at 1165 Lane Road, Shanghai Minhang District, Downtown (1) Layer, Block B, 123 23. Service engineers may be reached by phone at 021-61519096 / 61519098, or via email at: service-cn@alicat.com. For more information about the China service center, visit Alicat’s Chinese website www.alicat.com.cn. ### |
|||
Company Profile: |
|||
Issued by: Website: www.alicat.com |
Press Contact: |
||
|
First Helium-Plasma at IPP
Technology from Oerlikon Leybold Vacuum
Cologne, 06.01.2016 – First helium plasma was generated at the nuclear fusion reactor Wendelstein 7-X of the Max Planck Institute for Plasma Physics (IPP) has been successful. On 10 December 2015, after more than ten years of construction and preparation, the researchers of the IPP succeeded in taking the world's largest fusion plant of the Stellarator type into pilot operation. The scientists have fed one-milligram of helium gas into an evacuated plasma vessel and successfully ignited the first plasma in the ring using vacuum technology from Oerlikon Leybold Vacuum.
The simulation of nuclear fusion of hydrogen nuclei, which is planned for the near future, is truly ground breaking and stands a good chance to play an important role as an eco-friendly energy supply for tomorrow. One contribution to the successful implementation of this innovative concept can be attributed to the implementation and maintenance of the vacuum systems that have been in use from the early stages onward. Oerlikon Leybold Vacuum GmbH, vacuum pioneer and technology leader from Cologne has been supplying the IPP with special vacuum systems.
Since the turn of the millennium, much of the vacuum requirements - high vacuum, forevacuum, cryo- genics and leak detectors – has been part of the research facilities of the Max Planck Institute. "The installed forevacuum pumping systems are used to start pumping the Stellarator and enable the oper- ation of the turbomolecular high vacuum pumps like the TURBOVAC MAG 2000 W, which are used to recuperate the helium in use," explains Dr. Michael Pschyrembel, responsible for the project on the part of Oerlikon Leybold Vacuum.
The demands are enormous, as the generation of helium plasma is only feasible with temperatures of several million degrees Celsius. To achieve this, the particle mixture of ions and electrons must be held by magnetic fields in order to ensure a contact-free floating within the vacuum vessel. The ring of 70 superconducting, 3.5 meters high solenoids, surrounded by an annular steel shell, is the heart of the plant. In its evacuated interior, the coils are cooled down to superconducting temperatures close to absolute zero, so that the energy consumption after creation of the magnet field is minimal.
However, this successful achievement represents only the beginning of a whole series of experiments. "In 2016, we will face some challenges, but eventually we will change to the actual research subject, the hydrogen plasma," says the project manager of the IPP, Professor Dr. Thomas Klinger. Then it will really get hot, because hydrogen plasma is ignited only when temperatures reach more than 100 mil- lion degrees Celsius.
Dr. Martin Füllenbach, CEO of Oerlikon Leybold Vacuum is pleased with these achievements: "This success makes us proud and shows once again that our technologically leading vacuum solutions contribute to basic research and pave the way for groundbreaking results."
For further information, please contact:
Christina Steigler
Corporate Communications
T: +49 221 347 1261
F : +49 221 347 31261
christina.steigler@oerlikon.com
www.oerlikon.com/leyboldvacuum