Wednesday, September 1, 2021
Picosun strengthens its position in the semiconductor market
Thursday, July 29, 2021
Picosun delivers ALD Morpher 200 mm Batch Cluster tool to ams OSRAM
Thursday, July 1, 2021
Picosun’s PicoArmour(TM) reduces semiconductor manufacturing costs
Thursday, June 24, 2021
Picosun strengthens its presence in Southeast Asia
Thursday, June 17, 2021
Picosun is part of world's first wooden satellite coated by ALD
Wednesday, June 2, 2021
Picosun’s PicoArmour(TM) reduces semiconductor manufacturing costs
Thursday, April 29, 2021
Kenneth Hörhammer joins Picosun as Vice President, Sales
"The potential for ALD is almost limitless, and Picosun is spearheading this technology globally."
Tuesday, April 13, 2021
Picosun increases efficiency for LED and OLED production
Tuesday, March 30, 2021
Picosun Group demonstrates strong growth in 2020 - Turnover grew by 38,6%
• Order intake grew by 48,4% and was €40,9M (€27,5M)• Turnover grew by 38,6% and was €37,6M (€27,1M)• Operating profit was €0,9M (€-0,3M), which is 2,5% (-1,1%) of the turnover
Almost a fifth of company’s turnover to research and development
Friday, March 19, 2021
Picosun Group is among the 10 biggest patent applicants in Finland
Sunday, February 28, 2021
WEBINAR - Longer-lasting implants with hermetic ALD coatings by Picosun
Improved reliability and functionality for electronic and orthopedic implants with Picosun’s ALD solutions
With the boom of digital and remote healthcare and the increasing life expectancy of people, there is a rapidly growing need for more and more advanced medical devices, both implanted and external. At the same time, recent advances in microelectronics and the constantly miniaturizing size of the components enable the design of highly sophisticated implanted devices that can be placed in the most sensitive areas of the body such as the brain, spine, heart, and eyes.
Picosun’s Atomic Layer Deposition (ALD) thin film coating technology offers a disruptive solution for implant manufacturers. Hermetic ALD encapsulation improves the reliability, functionality, and lifetime of electronic and orthopedic implants, potentially reducing the need for corrective or replacement surgeries. Also, cost savings can be achieved when the base materials of the implant can be e.g. stainless steels instead of noble or specialty metals.
Friday, February 12, 2021
Safer medical devices with Picosun’s antimicrobial ALD coatings
“The aseptic properties of our ALD films are so excellent that they surpass even the strictest requirements of the medical implant industry."
Tuesday, January 12, 2021
Picosun ALD reactors installed in Africa's first ALD-Lab at University of Johannesburg RSA
Thursday, December 3, 2020
PICOSUN® Sprinter launch disrupting fast batch ALD on 300 mm wafers at EFDS ALD for Industry 2020
Picosun launches PicoOS™, a unified control software for PICOSUN® ALD modules and clusters
Thursday, September 24, 2020
Picosun’s ALD technology boosts UVC LED performance
- In order to reach maximum light output and long operating lifetime,
LED chips require surface passivation to eliminate parasitic currents
caused by traps and defects
- ALD passivation layer could potentially replace the expensive hermetic seal package of the LEDs and thus lower the costs of the final device.
- Short-wavelength UVC radiation destroys bacteria and viruses so UVC
LED technology is particularly topical now during the still ongoing
COVID-19 pandemic.
ESPOO, Finland, 24th September 2020 – Picosun Group, the leading supplier of AGILE ALD® (Atomic Layer Deposition) thin film coating technology, reports excellent results in UVC (ultraviolet-C) LED performance, achieved with the company’s ALD solutions.
Excellent reliability and lifetime improvements of UVC LEDs have been obtained at Picosun’s customer and collaboration partner site, National Chiao Tung University (NCTU), Taiwan, using passivation and barrier films deposited with PICOSUN® ALD equipment(*). ALD passivation layer could potentially replace the expensive hermetic seal package of the LEDs and thus lower the costs of the final device.
“We have used Picosun’s ALD technology already for years with great success. Our PICOSUN® ALD equipment yields superior quality films which has helped us to achieve several breakthroughs in our LED research. Picosun has local presence in Taiwan and we appreciate the prompt response of their customer support if we ever have any issues. At the phase when R&D results are to be ramped up to industrial-level production, the scalability of Picosun’s ALD technology is a huge benefit,” comments Professor Hao-Chung Kuo from NCTU.
In order to reach maximum light output and long operating lifetime, LED chips require surface passivation to eliminate parasitic currents caused by traps and defects. Also barrier coating is typically needed as LED materials are sensitive to moisture. ALD is an ideal technique to manufacture both the passivation and barrier films – and when the LED size diminishes to micrometer dimensions, the only coating method capable of producing high enough quality films on the required minuscule scale. Ultra-thin, pinhole-free ALD films do not suppress the LED light intensity and they provide reliable protection against ambient conditions, whereas their superior conformality ensures no thickness variations between the facets of the LED chip. Thickness variations, typical side effect of other coating methods, can potentially lead to uneven distribution of film stress or thermal expansion behavior and risk physical damage of the chip.
Short-wavelength UVC radiation destroys bacteria and viruses so UVC LED technology is particularly topical now during the still ongoing COVID-19 pandemic. Small, lightweight LEDs enable versatile design of portable, compact disinfecting equipment, they consume less power than other UVC sources, they are durable, and they pose no risk of hazardous material leaks such as e.g. mercury lamps.
“We are happy of the achievements of Professor Kuo’s group at NCTU, and how Picosun’s ALD technology has helped them to achieve their goals in UVC LED development. Our long-term collaboration and networking with both the academia and prominent industries in this field gives us the perfect synergy advantage to facilitate implementation of these solutions in industrial manufacturing,” says Mr. Edwin Wu, CEO of Picosun Asia Pte. Ltd.
(*) UVC LED with 50 nm ALD Al2O3 passivation and normal LED packaging (no hermetic seal) maintained 80% of its original efficiency even after 500 hours environmental test at 85% humidity and 85 oC temperature.
Wednesday, May 27, 2020
Picosun has new representative in Australia and New Zealand: Australian Vacuum Services
Australian Vacuum Services Pty Ltd
Email info@australianvacuumservices.com
Phone: +61 (0) 2 8626 6495 / Mobile +61 (0) 4 2361 3086
Web: https://www.australianvacuumservices.com
3/25 Jenner Street | Baulkham Hills | NSW 2153 | Australia
ABN 38640001921
Picosun Group’s Strong Growth Continues In 2020 +18,4 % in order intake and accelerating further in 1Q/2020
During the fiscal year 1st October 2018 - 31st December 2019, Picosun Group's order intake was 35,9 M€ and turnover 34,2 M€. EBIT was 377 k€. The growth from the previous corresponding 15 months period was +18,4 % in order intake, and +5,5 % in turnover.
Picosun Group has continued its strong growth in the first quarter of 2020, resulting in 10,7 M€ order intake, growth of +64,1% compared to Q1/2019. Turnover grew +36,3 % in the same period. EBIT was 1,2 M€. Despite uncertainty caused by the ongoing coronavirus pandemic Picosun Group expects the growth to continue in the fiscal year 2020, compared to the corresponding period in 2019.
Picosun held its Annual General Meeting on 26th May 2020. Mr. Kustaa Poutiainen continues as the Chairman of the Board. Other Board members nominated by the Annual General Meeting are Dr. Tuomo Suntola, Mr. Juha Mikkola and Mr. Hannu Turunen.
Monday, May 18, 2020
Picosun patents counterfeiting use for ALD coating tech
The company is a pioneer of a coating technique known as atomic layer deposition (ALD) that was invented by Finnish scientist Dr Tuomo Suntola, a board member and one of the owners of Picosun, back in the 1970s. ALD involves depositing alternating monolayers of two or more elements such as metal oxides onto surface, forming a crystal structure, and allows the thickness of the resulting film to be precisely controlled.
It’s already widely used in applications like producing transistors in silicon chips, manufacturing LEDs, and protective layers on high-value goods like luxury watches, but until recently hadn’t been explored extensively for its anti-counterfeit potential.
The new patent (No. 10,600,058) covers the use of ALD to introduce an identifiable signature or code on the film coating a product, such as an integrated circuit, using layers of different predetermined thicknesses that can be detected using a suitable reader device.
The abstract of the patent appears below:
Anti-counterfeit signature
Abstract: A method for applying an anti-counterfeit signature on a product, and an anti-counterfeit signature. The method includes selecting a substrate and a type of signature and forming a signature of the selected type on the substrate with atomic layer deposition, ALD, wherein forming the signature includes applying at least one layer having a predetermined property configured to be detected with an analysis method on the substrate by atomic layer deposition, ALD.
US Patent No. 10,600,058 (LINK)
Monday, March 30, 2020
Photonics for optical data transmission with Picosun’s Erbium ALD solutions
Photonic devices such as waveguide amplifiers and lasers are central components in optical data transmission, a key technology realizing our modern, connected, information-driven society.
Silicon-integrated photonics take the technology one step further, enabling a whole new generation of microelectronics where optical solutions overcome some of the key challenges of conventional technologies.
Erbium-doped waveguide amplifiers and lasers are the most potential candidates for signal generation and amplification for telecommunication wavelengths. To reach the maximum performance of these devices, the amount and spatial distribution of dopant erbium atoms in the host material must be carefully optimized and controlled. This is where ALD shows its unique strength and beauty.
At Aalto University, Finland, Picosun’s customer Prof. Zhipei Sun’s group at the Finnish national infrastructure Micronova, and his international collaborators, have now used Picosun’s ALD technology to manufacture erbium-based silicon-integrated waveguide amplifiers with world-record performance(*).
“Silicon-integrated photonics, already employed by the leading companies in the field, are the future of microelectronics. We are very pleased of the performance of our PICOSUN® ALD equipment and the excellent quality of the Er:Al2O3 waveguide amplifiers manufactured with it. Customer support and consultancy from Picosun have always been there when we need it. ALD process is CMOS-compatible, further facilitating the integration of our waveguides into commercial chip production,” states Dr. John Rönn, the leading author of the results, from the Department of Electronics and Nanoengineering at Aalto University.
”ALD has been enabling disruptive future technologies since its invention. Picosun is happy to work with the leading experts in the field, such as our esteemed customers at the Aalto University. Our ALD solutions provide them the means to realize their groundbreaking work to develop yet more advanced communications and data transmission technologies for more connected, open, and integrated global society,” continues Mr. Edwin Wu, CEO of Picosun Asia Pte. Ltd
(*) The results were published in the journals ACS Photonics 3, 2040-2048 (2016) and Nature Communications 10, 432 (2019).