Xaar strengthens high-end manufacturing technology development such as high-speed sintering of 3D printing

The world's leading industrial inkjet technology company, Saier, announced two new important appointments on the occasion of the New Year, with the intention of strengthening the research and development of layered overlay manufacturing technologies such as 3D printing and high-speed sintering, and further expanding the use of digital inkjet printing. The potential and opportunities in high-end manufacturing processes show that 2016 will be a very positive new start for Xaar.

Xaar strengthens high-end manufacturing technology development such as high-speed sintering of 3D printing

Professor Neil Hopkinson in high speed sintering technology experiment

As Director of 3D Printing Business, Professor Neil Hopkinson will join Xaar in March this year. Professor Hopkinson was the original inventor of the innovative High Speed ​​Sintering (HSS) technology. He will bring to Xaer his experience in layered overlay manufacturing technology and 3D printing systems acquired at the University of Sheffield, Loughborough University, De Montfort University and Nottingham University for the past 19 years. Professor Xaar Hopkinson will be responsible for establishing a world-class team, continuing to develop high-speed sintering technology and other layered overlay manufacturing processes, and accelerating the application of layered overlay technology based on the success of Xaar's equipment manufacturer partners. Development. High-speed sintering is a revolutionary new technology that uses inkjet printheads and infrared heaters to laminate polymer powder materials into products at a much higher speed than other layered stacking processes.

Xaar strengthens high-end manufacturing technology development such as high-speed sintering of 3D printing

Samples made with 3D printing and high speed sintering technology

Professor Hopkinson has achieved significant success in leading the Factum project funded by the British Government's Innovative UK Program. The three-year project, including 2016, is designed to develop new layered overlay manufacturing technologies and their supply chains in the UK's major industrial sectors. Its three main partners are Unilever (fast moving consumer goods), British Aerospace Systems (Aerospace) and Cobham Technical Services (Space and Communications). As part of the project, Xaar is responsible for optimizing the performance of third-party specialty liquids for their market-leading printheads. “Industrial 3D printing is entering an important stage of maturity. I am very excited to join Xaar at this critical moment,” Professor Hopkinson said. “Obviously, when 3D printing is promoted as an integral part of mainstream manufacturing processes, Inkjet printing will be an important and applicable technology. As a major supplier of printing equipment manufacturers in the world, Xaar has a strong advantage in accelerating the use of high-speed sintering technology in many important areas."

“We are very excited to join Professor Hopkinson to Xaar,” said Doug Edwards, CEO of Xaar. “The potential for high-speed sintering technology and other layered overlay manufacturing technologies to expand the Xaar business and develop new opportunities is Excited." Professor Hopkinson and the University of Sheffield, where the Factum project has been in the past few years, will continue to lead the UK in research and development in layered overlays and advanced manufacturing processes. “We are proud of the achievements of Professor Hopkinson and his team. We also welcome Xaar’s investment in the commercialization of this technology. This is an excellent translation of our research into industrial applications. Example. We look forward to continuing to work with Professor Hopkinson who has acquired a new position,” said Professor Mike Hounslow, Distinguished Vice President of Engineering at the University of Sheffield. Paul Howells, vice president of Packaging and R&D at Factum project partner, commented on Professor Hopkinson's new position at Xaar. "Xaar decided to invest in high-speed sintering technology, which is a development of the Factum project. Proof. This is a very positive signal for the future of this technology, as well as the layered superposition manufacturing process in the UK."

In addition, Xaar also announced another important personnel change, Chris Morgan as the company's new independent director, has recently joined the company's board of directors. He has extensive experience in managing complex international companies and has been with HP for 25 years, including over 15 years in various senior management positions, including leading global sales and marketing efforts for HP's entire printing business, as well as graphic arts solutions. Senior Vice President, in HP's multi-billion dollar digital printing and packaging, signage and advertising, wide-format inkjet, 3D printing, special printing solutions and services, and other comprehensive management responsibilities. He is responsible for strategic investments in major growth markets such as China and India, and establishes marketing, customer service and supply chain networks in emerging development markets. He has worked on many mergers and acquisitions in strategy development and specific operations, and has served as a board member of a computer joint venture between HP and Softbank in Japan. In recent years he served as Chief Marketing Officer of Stratasys until June 2015, responsible for global marketing of 3D printing and layered overlay manufacturing technology.

Air Freshener

What is an air freshener [1]

  • Air fresheners refer to chemicals that can absorb, cover up or react with particles with bad smell in the air to remove particles with bad smell. Usually deodorant, fresh flavor, fungicide, propellant and other auxiliary agents are mixed.


Safe use of air fresheners [2]

Some families, in order to make the indoor air fresh, turn their attention to the chemical agent - air freshener. As everyone knows, these products not only emit a delicate smell to cover up the peculiar smell of the room, but also pose an invisible threat to people's health. This is because a large number of aerosols formed when spraying liquid air fresheners will also pollute the indoor air. The smoke generated by solid air fresheners such as sanitary incense and incense will also pollute the indoor air. It can be seen that no matter what kind of air freshener, it is not to eliminate the peculiar smell, but to "dilute" the peculiar smell by confusing people's sense of smell. Some families use perfume spray to eliminate the odor of hygiene, or hang a "air fragrance paste" that can release fragrance for a long time. In fact, these methods are also undesirable. They also cover up another smell with one smell, which does not fundamentally eliminate the odor pollution in the bathroom. Moreover, perfume or aromatic paste is harmful to some skin allergies. It can cause allergic diseases, including asthma and skin diseases. In particular, most synthetic aromatics contain certain toxic organic compounds. Therefore, it is not suitable to cover up the peculiar smell of the toilet by spraying air freshener.


In order to reduce the harm of air fresheners to human body, the following points should be paid attention to:

â‘  do not overuse all kinds of air fresheners. The spraying amount shall be controlled when it is used occasionally, and the smell shall not be too heavy. â‘¡ limit the scope of use. It's best to use it only in health, not in living room and bedroom. â‘¢ during spraying, children, the elderly, pregnant women and the sick should be avoided.

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