POLIGHT ASA

Facts

Source: Firmafakta, with business data from public registers.

organisasjonsnummer:

988862703

navn:

POLIGHT ASA

organisasjonsform:

kode:

ASA

beskrivelse:

Allmennaksjeselskap

naeringskode1:

kode:

72.100

beskrivelse:

Forskning og eksperimentell utvikling innenfor naturvitenskap og teknikk

antallAnsatte:

22

hjemmeside:

www.polight.com

epostadresse:

info@polight.com

telefon:

not reported by source

forretningsadresse:

adresse:

Kjelleveien 21A

poststed:

TØNSBERG

postnummer:

3125

kommune:

TØNSBERG

stiftelsesdato:

2005-10-20

registreringsdatoenhetsregisteret:

2005-11-09

aktivitet:

Utvikle teknologi innenfor display produkter, enten ved egenutvikling, eller ved deltakelse i selskaper som helt eller delvis utvikler slike, produkter.

vedtektsfestetFormaal:

Utvikle og levere optiske komponenter og alt som hører naturlig, dertil, herunder å eie aksjer og andre verdipapirer i andre selskaper.

View the address in Geonorge

Board and other roles

Source: Firmafakta. Also see the separate Brønnøysund lookup under related lookups.

Daglig leder

• Daglig leder: Øyvind Isaksen

Regnskapsfører

• Regnskapsfører: AMESTO ACCOUNTHOUSE SØR AS

Revisor

• Revisor: KPMG AS

Styre

• Styremedlem: Marianne Bøe
• Styremedlem: Sven Tore Larsen
• Styremedlem: Jean-Christophe Yves Eloy
• Styremedlem: Sigrun Cathrine Ore
• Styremedlem: Chang-Hui Liu
• Styremedlem: Yung Pang So
• Styrets leder: Grethe Helene Viksaas

Owners

Source: Firmafakta shareholder dataset.

Showing top 50 of 6525 shareholders by holding size. Raise 'limit' (max 1000) for more.

1. INVESTINOR DIREKTE AS – 13.44 % (8899290 shares, share class: NO0012535832)
2. STIFTELSEN INDUSTRIFONDEN – 7.92 % (5244125 shares, share class: NO0012535832)
3. NORDNET LIVSFORSIKRING AS – 4.83 % (3199213 shares, share class: NO0012535832)
4. NORDNET BANK AB – 4.35 % (2883318 shares, share class: NO0012535832)
5. BNP PARIBAS – 3.0 % (1984988 shares, share class: NO0012535832)
6. VERDIPAPIRFONDET NORDEA AVKASTNING – 1.31 % (866232 shares, share class: NO0012535832)
7. J.P. MORGAN SE – 0.83 % (549689 shares, share class: NO0012535832)
8. VERDIPAPIRFONDET NORDEA KAPITAL – 0.83 % (547223 shares, share class: NO0012535832)
9. TROND ANDERSEN – 0.65 % (428300 shares, share class: NO0012535832)
10. ERIK SCHELLHORN – 0.63 % (415823 shares, share class: NO0012535832)
11. DANSKE BANK A/S – 0.62 % (408843 shares, share class: NO0012535832)
12. VERDIPAPIRFONDET NORDEA NORGE PLUSS – 0.62 % (407537 shares, share class: NO0012535832)
13. ASBJØRN JOHN BUANES – 0.58 % (386425 shares, share class: NO0012535832)
14. KJELL MOSSEFIN – 0.58 % (383963 shares, share class: NO0012535832)
15. FJELLSTUENS EFTF. AS – 0.57 % (376721 shares, share class: NO0012535832)
16. STEFAN SVEEN – 0.57 % (375500 shares, share class: NO0012535832)
17. LHH AS – 0.52 % (345000 shares, share class: NO0012535832)
18. CB HELSE AS – 0.51 % (340000 shares, share class: NO0012535832)
19. HENRIK GRYTBAK HERMANSEN – 0.51 % (340000 shares, share class: NO0012535832)
20. WISETH HOLDING AS – 0.49 % (326000 shares, share class: NO0012535832)
21. SAXO BANK A/S – 0.49 % (321740 shares, share class: NO0012535832)
22. GEIR ATLE JOHANNESEN – 0.47 % (312750 shares, share class: NO0012535832)
23. ÅGE SVERRE HEGGHEIM – 0.43 % (288000 shares, share class: NO0012535832)
24. VERDADERO AS – 0.43 % (286191 shares, share class: NO0012535832)
25. ARILD HANSEN RØDUM – 0.42 % (276261 shares, share class: NO0012535832)
26. AQUERY HOLDING AS – 0.42 % (275000 shares, share class: NO0012535832)
27. LI ZHANG – 0.38 % (248354 shares, share class: NO0012535832)
28. BENJAMIN SEBASTIAAN RAOUL VRAKKING – 0.35 % (232000 shares, share class: NO0012535832)
29. RICHARD HANSSEN – 0.34 % (222222 shares, share class: NO0012535832)
30. AMIR EBRAHIMI – 0.33 % (220000 shares, share class: NO0012535832)
31. TALIR HOLDING AS – 0.32 % (213920 shares, share class: NO0012535832)
32. GERHARD SNEKKEVIK – 0.32 % (213500 shares, share class: NO0012535832)
33. GEIR NILSEN – 0.31 % (204000 shares, share class: NO0012535832)
34. J.P. MORGAN SE – 0.3 % (199049 shares, share class: NO0012535832)
35. MARKUS BENGT MIKAEL BERG – 0.3 % (197622 shares, share class: NO0012535832)
36. OLEKI AS – 0.27 % (177000 shares, share class: NO0012535832)
37. LARS ERIK HOLSEN – 0.26 % (175400 shares, share class: NO0012535832)
38. STEINAR AANDAL-VANGER – 0.26 % (174550 shares, share class: NO0012535832)
39. BJØRN OVE KIIL – 0.25 % (166995 shares, share class: NO0012535832)
40. OLE ANDREAS KJELLAND – 0.25 % (165000 shares, share class: NO0012535832)
41. OIMACON AS – 0.23 % (155183 shares, share class: NO0012535832)
42. INDUS PRODUCTION SERVICES AS – 0.23 % (150000 shares, share class: NO0012535832)
43. J.P. MORGAN SE – 0.22 % (144067 shares, share class: NO0012535832)
44. OLA HØIBY – 0.2 % (135500 shares, share class: NO0012535832)
45. MATHS MIKAEL BRÄNNSTRØM – 0.2 % (135239 shares, share class: NO0012535832)
46. ØYSTEIN WIGGEN – 0.2 % (131100 shares, share class: NO0012535832)
47. XUNHUA SU – 0.19 % (126390 shares, share class: NO0012535832)
48. TORALF MELSOM – 0.19 % (126379 shares, share class: NO0012535832)
49. DANNY LABUZ – 0.19 % (126075 shares, share class: NO0012535832)
50. NORDEA BANK ABP – 0.19 % (125289 shares, share class: NO0012535832)

Fetch a longer owner list

Company holdings

No holdings found.

Grants and support

Sources provided through Firmafakta: Innovation Norway, the EU, the Research Council of Norway and SkatteFUNN.

Innovasjon Norge (2)

2 results

1. fylkesnavn:

   Vestfold

   kommunenavn:

   Tønsberg

   org_nr:

   988862703

   bedriftsnavn:

   POLIGHT ASA

   virkemiddelkategori:

   Innovasjonstilskudd

   underkategori:

   Forsknings- og utviklingstilskudd

   innvilget_belop:

   1250000

   innvilget_dato:

   23.09.25

   beslutningsenhet:

   IN Vestfold og Telemark

   naringshovedgruppe:

   N - Faglig, vitenskapelig og teknisk tjenesteyting

   naring:

   72.100 Forskning og eksperimentell utvikling innenfor naturvitenskap og teknikk

   type_finansiering:

   Tilskudd

2. fylkesnavn:

   Vestfold

   kommunenavn:

   Horten

   org_nr:

   988862703

   bedriftsnavn:

   POLIGHT ASA

   virkemiddelkategori:

   Innovasjonstilskudd

   underkategori:

   Forsknings- og utviklingstilskudd

   innvilget_belop:

   3100000

   innvilget_dato:

   06.02.15

   beslutningsenhet:

   Vestfold DK Styret

   naringshovedgruppe:

   N - Faglig, vitenskapelig og teknisk tjenesteyting

   naring:

   72.100 Forskning og eksperimentell utvikling innenfor naturvitenskap og teknikk

   type_finansiering:

   Tilskudd

EU-tildelinger (0)

No registered grants.

Forskningsrådet (11)

11 results

1. id:

   80408

   prosjektnummer:

   355012

   prosjekttittel:

   OptImmersive: Optical MEMS for resolution enhancement of microdisplays and cameras for AR/MR glasses

   prosjektstart:

   2025

   prosjektslutt:

   2027

   prosjektansvarlig_navn:

   POLIGHT ASA

   organisasjonsnummer:

   988862703

   sokt_belop:

   Funksjonelle materialer

   tildelt_belop:

   0.0

   virkemiddel:

   Felleskostnader

   aktivitet:

   Utlysningsaktiviteter

2. id:

   74163

   prosjektnummer:

   341043

   prosjekttittel:

   TLens the next generation lens for a wide range of applications

   prosjektstart:

   2023

   prosjektslutt:

   2025

   prosjektansvarlig_navn:

   POLIGHT ASA

   organisasjonsnummer:

   988862703

   sokt_belop:

   Funksjonelle materialer

   tildelt_belop:

   0.0

   virkemiddel:

   Felleskostnader

   aktivitet:

   Utlysningsaktiviteter

3. id:

   73392

   prosjektnummer:

   337059

   prosjekttittel:

   TLens the next generation lens for a wide range of applications

   prosjektstart:

   2022

   prosjektslutt:

   2025

   prosjektansvarlig_navn:

   POLIGHT ASA

   organisasjonsnummer:

   988862703

   sokt_belop:

   Funksjonelle materialer

   tildelt_belop:

   0.0

   virkemiddel:

   Felleskostnader

   aktivitet:

   Utlysningsaktiviteter

4. id:

   47770

   prosjektnummer:

   281926

   prosjekttittel:

   Sammenhengen mellom mikrofeil i optiske aktive elementer og sammenbrudd i mekanisk, fysisk og elektrisk testing

   prosjektstart:

   2018

   prosjektslutt:

   2022

   prosjektansvarlig_navn:

   POLIGHT ASA

   organisasjonsnummer:

   988862703

   sokt_belop:

   Nanoteknologi

   tildelt_belop:

   0.0

   virkemiddel:

   Programmer

   aktivitet:

   Store programmer

5. id:

   41913

   prosjektnummer:

   269000

   prosjekttittel:

   New platform for the next generation optical components.

   prosjektstart:

   2017

   prosjektslutt:

   2022

   prosjektansvarlig_navn:

   POLIGHT ASA

   organisasjonsnummer:

   988862703

   sokt_belop:

   Nanoteknologi

   tildelt_belop:

   0.0

   virkemiddel:

   Programmer

   aktivitet:

   Store programmer

6. id:

   44571

   prosjektnummer:

   274096

   prosjekttittel:

   Forskerpool- poLight as

   prosjektstart:

   2017

   prosjektslutt:

   2018

   prosjektansvarlig_navn:

   POLIGHT ASA

   organisasjonsnummer:

   988862703

   sokt_belop:

   Informasjons- og kommunikasjonsteknologi

   tildelt_belop:

   0.0

   virkemiddel:

   Programmer

   aktivitet:

   Store programmer

7. id:

   36566

   prosjektnummer:

   256225

   prosjekttittel:

   Utvikling og karakterisering av glassmembraner for aktive linseelementer.

   prosjektstart:

   2016

   prosjektslutt:

   2019

   prosjektansvarlig_navn:

   POLIGHT ASA

   organisasjonsnummer:

   988862703

   sokt_belop:

   Nanoteknologi

   tildelt_belop:

   0.0

   virkemiddel:

   Programmer

   aktivitet:

   Store programmer

8. id:

   5179

   prosjektnummer:

   235210

   prosjekttittel:

   Beat the human eye

   prosjektstart:

   2014

   prosjektslutt:

   2018

   prosjektansvarlig_navn:

   POLIGHT ASA

   organisasjonsnummer:

   988862703

   sokt_belop:

   Nanoteknologi

   tildelt_belop:

   1.0

   virkemiddel:

   Programmer

   aktivitet:

   Store programmer

9. id:

   5455

   prosjektnummer:

   235566

   prosjekttittel:

   High force piezo aktuator

   prosjektstart:

   2014

   prosjektslutt:

   2017

   prosjektansvarlig_navn:

   POLIGHT ASA

   organisasjonsnummer:

   988862703

   sokt_belop:

   Elektromagnetisme, akustikk, optikk

   tildelt_belop:

   0.0

   virkemiddel:

   Programmer

   aktivitet:

   Brukerstyrte innovasjonsprogrammer

10. id:

    2413

    prosjektnummer:

    229934

    prosjekttittel:

    ENIAC PROMINENT - Processes for MEMS by inkjet enhanced technologies

    prosjektstart:

    2013

    prosjektslutt:

    2016

    prosjektansvarlig_navn:

    POLIGHT ASA

    organisasjonsnummer:

    988862703

    sokt_belop:

    Elektronikk

    tildelt_belop:

    0.0

    virkemiddel:

    Nettverkstiltak

    aktivitet:

    Internasjonale nettverkstiltak

11. id:

    27013

    prosjektnummer:

    221347

    prosjekttittel:

    ENIAC-prosjekt HIPER3: Heterogeneous Integration Process for emERging 3D/SiP

    prosjektstart:

    2012

    prosjektslutt:

    2014

    prosjektansvarlig_navn:

    POLIGHT ASA

    organisasjonsnummer:

    988862703

    sokt_belop:

    Informasjons- og kommunikasjonsteknologi

    tildelt_belop:

    0.0

    virkemiddel:

    Nettverkstiltak

    aktivitet:

    Internasjonale nettverkstiltak

SkatteFUNN (22)

22 results

1. id:

   70311

   innsendt_dato:

   2024-05-07

   prosjektnummer:

   10

   bedriftsnavn:

   POLIGHT ASA

   prosjekttittel:

   Small is the future

   organisasjonsnummer:

   988862703

   fylke:

   Vestfold

   kommunenavn:

   Horten

   poststed:

   not reported by source

   soknad_godkjent:

   JA

   soknad_avslatt:

   NEI

   vedtaksdato:

   na

   prosjekt_fra_ar:

   2024

   prosjekt_til_ar:

   2025

   sammendrag:

   Small cameras are used in a range of different applications from invitro medical operations to test and detection equipment. The Tlens technology developed by poLight as has so fare been used in midium size camera in sports watches, QR code readers and some few mobilsphones. Now we aim at new market areas that will require significant changes in size, design and materials. This project focuse on small camera solutions for invitro medical applications and other detection systems that require a very small footprint. At the same time we want to keep the good optical perfomance and high focusing speed known from the Tlens consept.

2. id:

   70322

   innsendt_dato:

   2024-05-08

   prosjektnummer:

   30

   bedriftsnavn:

   POLIGHT ASA

   prosjekttittel:

   Larg usfull optical devices

   organisasjonsnummer:

   988862703

   fylke:

   Vestfold

   kommunenavn:

   Horten

   poststed:

   not reported by source

   soknad_godkjent:

   JA

   soknad_avslatt:

   NEI

   vedtaksdato:

   na

   prosjekt_fra_ar:

   2024

   prosjekt_til_ar:

   2025

   sammendrag:

   The Tlens technology was at an early stage planned to be used in mobile phone main cameras, but over the years the size of this camera and the lens aperture (Light opening) have increased. Because of this we have to carry out R&D work to bring a stronger Tlens technology to the market. A larger aperture may also open å set of new market such as AR/VR and large screens. The actuator have give more force to the system and new actuator solutions have to be developed.. This project will be the first step towards a new actuator technology suitable for thes applications.

3. id:

   49318

   innsendt_dato:

   2018-07-31

   prosjektnummer:

   290980

   bedriftsnavn:

   POLIGHT ASA

   prosjekttittel:

   Control electronics for 50V applications

   organisasjonsnummer:

   988862703

   fylke:

   Vestfold og Telemark

   kommunenavn:

   Horten

   poststed:

   HORTEN

   soknad_godkjent:

   JA

   soknad_avslatt:

   NEI

   vedtaksdato:

   2018-09-06

   prosjekt_fra_ar:

   2018

   prosjekt_til_ar:

   2019

   sammendrag:

   poLight develops and produces active lens elements, primarily for small cameras in applications like mobile phones. New products such as optical image stabilizers (OIS) and shutter/Iris are also envisaged. To enable extended application range, as well as new applications for our products, we have started an activity for designing and manufacturing a novel ASIC driver with increased voltage capability (50V). Higher available voltage will enable more optical power. The main challenges to be addressed in this project are related to the trade-offs between performance, size and cost. High voltage capabilities while keeping low power consumption, good ESD (Electro Static Discharge) tolerance and low EMI (Electro Magnetic Interference) normally come at a cost of increased device area, thus price. A smart design, using novel solutions, is required to obtain a device that meets the market tough requirements in terms of both performance and cost.

4. id:

   49328

   innsendt_dato:

   2018-08-01

   prosjektnummer:

   290992

   bedriftsnavn:

   POLIGHT ASA

   prosjekttittel:

   Sammenhengen mellom mikrofeil i optiske aktive elementer og sammenbrudd under testing

   organisasjonsnummer:

   988862703

   fylke:

   Vestfold og Telemark

   kommunenavn:

   Horten

   poststed:

   HORTEN

   soknad_godkjent:

   JA

   soknad_avslatt:

   NEI

   vedtaksdato:

   2018-09-05

   prosjekt_fra_ar:

   2018

   prosjekt_til_ar:

   2020

   sammendrag:

   Microfail is devoted to understanding the effect of micro fails and defects on any observed issue like cracks, delamination, corrosion, moisture absorption and haziness. Larger, more complex structures like OIS (Optical Image Stabelizer) are most likely more sensitive to these defects and it is important that we are able to control them. Samples are selected from our product test programs (Not a part of this project) and made in controlled experiments due to time temperature and environment. All selected samples are analysed by SINTEF and NTNU and evaluated in cooperation with poLight scientists. A number analytical techniques will be used including destructive and non-destructive tests described in the project description. We may also need analytical instruments not available in Norway. Through our partners we may use facilities in SNRF, CERN and som other laboratories. Finally we will tune and adjust wafer processing parameters and assembly process to avoid or reduce the number of defects.

5. id:

   21118

   innsendt_dato:

   2008-09-01

   prosjektnummer:

   41349

   bedriftsnavn:

   POLIGHT ASA

   prosjekttittel:

   Autofokuslinse for mikrokamera

   organisasjonsnummer:

   988862703

   fylke:

   Vestfold og Telemark

   kommunenavn:

   Horten

   poststed:

   HORTEN

   soknad_godkjent:

   JA

   soknad_avslatt:

   NEI

   vedtaksdato:

   2008-09-26

   prosjekt_fra_ar:

   2008

   prosjekt_til_ar:

   2010

   sammendrag:

   not reported by source

6. id:

   51467

   innsendt_dato:

   2018-08-31

   prosjektnummer:

   293602

   bedriftsnavn:

   POLIGHT ASA

   prosjekttittel:

   InCAMsSYSAIF-Innovative Camera system application reference design enabled by poLight technology

   organisasjonsnummer:

   988862703

   fylke:

   Vestfold og Telemark

   kommunenavn:

   Horten

   poststed:

   HORTEN

   soknad_godkjent:

   JA

   soknad_avslatt:

   NEI

   vedtaksdato:

   2018-09-24

   prosjekt_fra_ar:

   2018

   prosjekt_til_ar:

   2020

   sammendrag:

   This will cover a wide range of activities that will go from detailed characterization of poLight actuator, driver in a view to use it for AF functionality in imaging camera module system as well as create camera module reference design as well as developing application like AIF, bokeh, depth map extraction applications up to demonstrating and validating the total solution in mobile phone with potential customer. Methodology of testing, design rules, calibration procedure, reference design, SW high level and low level packaged as well as technical report will be the outcome of the projects as well as IP creation and as proven reference implementation of innovative and unmatched performances AF Camera for potential customers. The project will focus on single camera AF implementation using latest and highest performance sensor and lens with the entire family of poLight products as a first step, but then will migrate as a second step to multicamera solution as well.

7. id:

   58677

   innsendt_dato:

   2020-08-03

   prosjektnummer:

   317612

   bedriftsnavn:

   POLIGHT ASA

   prosjekttittel:

   Customer Product Design (based on TLens)

   organisasjonsnummer:

   988862703

   fylke:

   Vestfold og Telemark

   kommunenavn:

   Horten

   poststed:

   HORTEN

   soknad_godkjent:

   JA

   soknad_avslatt:

   NEI

   vedtaksdato:

   2020-09-02

   prosjekt_fra_ar:

   2020

   prosjekt_til_ar:

   2022

   sammendrag:

   The mobile phone market is highly dynamic and the requirements for the auto-focus (AF) lenses become tougher every year. They need larger optical aperture and deliver higher optical power, while maintaining the image quality. There is a trade-off between these requirements, and we need to find original solutions in terms of lens architecture and processing. The targets of this project are to simulate, design and produce an AF TLens Platinum with increased image quality and higher mechanical robustness (starting from the Platinum lens developed in the previous couple of years). Very small size and low cost are compulsory requirements for components to be integrated in mobile phones. This has to be accomplished without compromising the optical performance and the long-term reliability. The requirement for manufacturability in very high volumes adds to the challenges. The design concept proposed earlier is implemented into prototypes. After their characterization, the design model will be validated and calibrated. Solutions for improved performance need to be found, by modified design, processing and/or component materials. Materials and processes that are new and challenging for such applications will be searched for and tested, to ensure improved mechanical robustness already at the wafer level. Challenges are also related to finding suitable characterization methods for such a purpose. A new packaging has been developed for TLens Platinum. It consist of a plastic frame and a flexible board for electrical connections to the camera module. The concept remains to be tested, validated for manufacturing, and proven reliable. If required, design changed will be implemented. New-generation prototypes will be fabricated. Extensive functional and reliability testing will be performed.

8. id:

   53833

   innsendt_dato:

   2019-08-01

   prosjektnummer:

   305096

   bedriftsnavn:

   POLIGHT ASA

   prosjekttittel:

   AF-lens for high resolution imaging with mobile phones-Part 2

   organisasjonsnummer:

   988862703

   fylke:

   Vestfold og Telemark

   kommunenavn:

   Horten

   poststed:

   HORTEN

   soknad_godkjent:

   JA

   soknad_avslatt:

   NEI

   vedtaksdato:

   2019-08-28

   prosjekt_fra_ar:

   2019

   prosjekt_til_ar:

   2020

   sammendrag:

   The mobile phone market is highly dynamic and the requirements for the auto-focus (AF) lenses become tougher every year. They need larger optical aperture and deliver higher optical power, while maintaining the image quality. There is a trade-off between these requirements, and we need to find original solutions in terms of lens architecture and processing. The targets of this project are to simulate, design and produce an AF TLens Platinum with increased image quality and higher mechanical robustness (starting from the Platinum lens developed in the previous couple of years). Very small size and low cost are compulsory requirements for components to be integrated in mobile phones. This has to be accomplished without compromising the optical performance and the long-term reliability. The requirement for manufacturability in very high volumes adds to the challenges. The design concept proposed earlier is implemented into prototypes. After their characterization, the design model will be validated and calibrated. Solutions for improved performance need to be found, by modified design, processing and/or component materials. Materials and processes that are new and challenging for such applications will be searched for and tested, to ensure improved mechanical robustness already at the wafer level. Challenges are also related to finding suitable characterization methods for such a purpose. A new packaging has been developed for TLens Platinum. It consist of a plastic frame and a flexible board for electrical connections to the camera module. The concept remains to be tested, validated for manufacturing, and proven reliable. If required, design changed will be implemented. New-generation prototypes will be fabricated. Extensive functional and reliability testing will be performed.

9. id:

   62068

   innsendt_dato:

   2021-05-31

   prosjektnummer:

   329043

   bedriftsnavn:

   POLIGHT ASA

   prosjekttittel:

   New platform for the next generation optical components, del 2

   organisasjonsnummer:

   988862703

   fylke:

   Vestfold og Telemark

   kommunenavn:

   Horten

   poststed:

   SKOPPUM

   soknad_godkjent:

   JA

   soknad_avslatt:

   NEI

   vedtaksdato:

   2021-08-23

   prosjekt_fra_ar:

   2021

   prosjekt_til_ar:

   2021

   sammendrag:

   The hybrid MEMS solution is new and innovative, and offers some possibilities that are not available in ordinary MEMS processing. Together with other achievements in ongoing R&D activities, we will have a good platform for introducing new products and a combined solution like AF+OIS in one die. The big difference to normal MEMS processing is the use of micro-assembly on die-level to build small three-dimensional structures cheaply and efficiently. The driving force for this innovation is a smaller footprint and a lower total cost for the final product. Another important element is an increased degree of freedom in design coming from the possibility of using different process architecture on separate wafer that has been optimized for a specific functionality. It will also potentially improve performance and functionality. Developing new MEMS products is not easy with the current technology available in the MEMS industry and our work so fare have highlighted the need for poLight to investigate a more affordable solution to generate new products. This include the use of Voice Coil Motor (VCM) or Shape Memory Alloy (SMA) as well as bulk Piezo actuators, which are more mature technology and already proven technology in the mobile industry. The poLight team does not want to close the original path completely, but would like to propose to re-open to a wider range of actuator solution in order to make the better/best choice of technology to realize the set of new functionalities and products. In 2020 we have continued the work described above. To cover the most relevant market for HybridMEMS we have focused the work on larger apertures (3,5 mm). This has forced us to develop a polymer with a higher refractive index. This is possible, but quit challenging with respect to keeping a low E-modules (softness). A relatively simple demonstrator has been built to show potential customers how it works.

10. id:

    62069

    innsendt_dato:

    2021-05-31

    prosjektnummer:

    329045

    bedriftsnavn:

    POLIGHT ASA

    prosjekttittel:

    Sammenhengen mellom mikrofeil i optiske aktive elementer og sammenbrudd under testing, del 2

    organisasjonsnummer:

    988862703

    fylke:

    Vestfold og Telemark

    kommunenavn:

    Horten

    poststed:

    SKOPPUM

    soknad_godkjent:

    JA

    soknad_avslatt:

    NEI

    vedtaksdato:

    2021-08-23

    prosjekt_fra_ar:

    2021

    prosjekt_til_ar:

    2021

    sammendrag:

    Microfail is devoted to understanding the effect of micro fails and defects on any observed issue like cracks, delamination, corrosion, moisture absorption and haziness. Larger, more complex structures like OIS (Optical Image Stabelizer) are most likely more sensitive to these defects and it is important that we are able to control them. Samples are selected from our product test programs (Not a part of this project) and made in controlled experiments due to time temperature and environment. All selected samples are analysed by SINTEF and NTNU and evaluated in cooperation with poLight scientists. A number analytical techniques will be used including destructive and non-destructive tests described in the project description. We may also need analytical instruments not available in Norway. Through our partners we may use facilities in SNRF, CERN and som other laboratories. Finally we will tune and adjust wafer processing parameters and assembly process to avoid or reduce the number of defects.

11. id:

    46784

    innsendt_dato:

    2017-09-01

    prosjektnummer:

    279500

    bedriftsnavn:

    POLIGHT ASA

    prosjekttittel:

    AF-lens for high resolution imaging with mobil phones

    organisasjonsnummer:

    988862703

    fylke:

    Vestfold og Telemark

    kommunenavn:

    Horten

    poststed:

    HORTEN

    soknad_godkjent:

    JA

    soknad_avslatt:

    NEI

    vedtaksdato:

    2017-12-18

    prosjekt_fra_ar:

    2017

    prosjekt_til_ar:

    2018

    sammendrag:

    not reported by source

12. id:

    27499

    innsendt_dato:

    2011-09-15

    prosjektnummer:

    216929

    bedriftsnavn:

    POLIGHT ASA

    prosjekttittel:

    poLight optiske bilde stabilisator

    organisasjonsnummer:

    988862703

    fylke:

    Vestfold og Telemark

    kommunenavn:

    Horten

    poststed:

    HORTEN

    soknad_godkjent:

    JA

    soknad_avslatt:

    NEI

    vedtaksdato:

    2011-11-28

    prosjekt_fra_ar:

    2011

    prosjekt_til_ar:

    2013

    sammendrag:

    not reported by source

13. id:

    32803

    innsendt_dato:

    2014-06-17

    prosjektnummer:

    241226

    bedriftsnavn:

    POLIGHT ASA

    prosjekttittel:

    Beat The Human Eye

    organisasjonsnummer:

    988862703

    fylke:

    Vestfold og Telemark

    kommunenavn:

    Horten

    poststed:

    HORTEN

    soknad_godkjent:

    JA

    soknad_avslatt:

    NEI

    vedtaksdato:

    2014-11-26

    prosjekt_fra_ar:

    2014

    prosjekt_til_ar:

    2017

    sammendrag:

    not reported by source

14. id:

    65886

    innsendt_dato:

    2022-08-31

    prosjektnummer:

    339885

    bedriftsnavn:

    POLIGHT ASA

    prosjekttittel:

    TLens the next generation lens for a wide range of applications

    organisasjonsnummer:

    988862703

    fylke:

    Vestfold og Telemark

    kommunenavn:

    Horten

    poststed:

    SKOPPUM

    soknad_godkjent:

    JA

    soknad_avslatt:

    NEI

    vedtaksdato:

    2022-11-24

    prosjekt_fra_ar:

    2022

    prosjekt_til_ar:

    2023

    sammendrag:

    TLens poLight Auto Focus (AF) products can be considered as revolutionary products and has penetrate different markets today ranging from Webcam, Industrial and AR-VR application, the mobile application are the next big step, and more opportunities are coming. Therefore, the next generation products must have new features and performance parameters in different aspect to secure future market opportunities. The trends of miniature optics are clear. All applications are requesting even higher performances from all aspect such as optical quality and more demanding reliability requirements. Further sensors size increase and lower FN (i.e. better light sensitivity) is pushing the need towards bigger aperture tuneable optic (Auto Focus (AF) in particular). It is also important to consider that some market like the medical application will required smaller footprint tuneable optic. This request is mainly driven by the endoscope application. In this project the R&D work is focused on the different elements of the lens that are crucial for the performance, quality and life time. This typically involve improved properties of the polymer, high force in the actuator, better mechanical strength and a more optimized design of the final lens stack/camera

15. id:

    42154

    innsendt_dato:

    2016-09-01

    prosjektnummer:

    266661

    bedriftsnavn:

    POLIGHT ASA

    prosjekttittel:

    Transmittans

    organisasjonsnummer:

    988862703

    fylke:

    Vestfold og Telemark

    kommunenavn:

    Horten

    poststed:

    HORTEN

    soknad_godkjent:

    JA

    soknad_avslatt:

    NEI

    vedtaksdato:

    2016-11-14

    prosjekt_fra_ar:

    2016

    prosjekt_til_ar:

    2016

    sammendrag:

    not reported by source

16. id:

    46292

    innsendt_dato:

    2017-08-31

    prosjektnummer:

    279001

    bedriftsnavn:

    POLIGHT ASA

    prosjekttittel:

    New platform for the next generation optical components

    organisasjonsnummer:

    988862703

    fylke:

    Vestfold og Telemark

    kommunenavn:

    Horten

    poststed:

    HORTEN

    soknad_godkjent:

    JA

    soknad_avslatt:

    NEI

    vedtaksdato:

    2017-11-13

    prosjekt_fra_ar:

    2017

    prosjekt_til_ar:

    2020

    sammendrag:

    not reported by source

17. id:

    32811

    innsendt_dato:

    2014-06-18

    prosjektnummer:

    241246

    bedriftsnavn:

    POLIGHT ASA

    prosjekttittel:

    High Force Piezo Actuator

    organisasjonsnummer:

    988862703

    fylke:

    Vestfold og Telemark

    kommunenavn:

    Horten

    poststed:

    HORTEN

    soknad_godkjent:

    JA

    soknad_avslatt:

    NEI

    vedtaksdato:

    2014-10-03

    prosjekt_fra_ar:

    2014

    prosjekt_til_ar:

    2017

    sammendrag:

    not reported by source

18. id:

    68685

    innsendt_dato:

    2023-08-31

    prosjektnummer:

    348405

    bedriftsnavn:

    POLIGHT ASA

    prosjekttittel:

    Technology improvement and adjustment for T-lens

    organisasjonsnummer:

    988862703

    fylke:

    Vestfold

    kommunenavn:

    Tønsberg

    poststed:

    TØNSBERG

    soknad_godkjent:

    NEI

    soknad_avslatt:

    JA

    vedtaksdato:

    2023-10-02

    prosjekt_fra_ar:

    2023

    prosjekt_til_ar:

    2025

    sammendrag:

    The mobile phone market is highly dynamic and the requirements for the auto-focus (AF) lenses become tougher every year. They need larger optical aperture and deliver higher optical power, while maintaining the image quality. There is a trade-off between these requirements, and we need to find original solutions in terms of lens architecture and processing. The targets of this project are to simulate, design and produce an AF TLens Platinum with increased image quality and higher mechanical robustness (starting from the Platinum lens developed in the previous couple of years). Very small size and low cost are compulsory requirements for components to be integrated in mobile phones. This has to be accomplished without compromising the optical performance and the long-term reliability. The requirement for manufacturability in very high volumes adds to the challenges. The design concept proposed earlier is implemented into prototypes. After their characterization, the design model will be validated and calibrated. Solutions for improved performance need to be found, by modified design, processing and/or component materials. Materials and processes that are new and challenging for such applications will be searched for and tested, to ensure improved mechanical robustness already at the wafer level. Challenges are also related to finding suitable characterization methods for such a purpose. A new packaging has been developed for TLens Platinum. It consist of a plastic frame and a flexible board for electrical connections to the camera module. The concept remains to be tested, validated for manufacturing, and proven reliable. If required, design changed will be implemented. New-generation prototypes will be fabricated. Extensive functional and reliability testing will be performed.

19. id:

    68689

    innsendt_dato:

    2023-08-31

    prosjektnummer:

    348409

    bedriftsnavn:

    POLIGHT ASA

    prosjekttittel:

    Tuneble Wedge Wobulator for micro LED projector: super resolution

    organisasjonsnummer:

    988862703

    fylke:

    Vestfold

    kommunenavn:

    Tønsberg

    poststed:

    TØNSBERG

    soknad_godkjent:

    NEI

    soknad_avslatt:

    JA

    vedtaksdato:

    2023-10-02

    prosjekt_fra_ar:

    2023

    prosjekt_til_ar:

    2025

    sammendrag:

    TLens poLight Auto Focus (AF) products can be considered as revolutionary products and has penetrate different markets today ranging from Webcam, Industrial and smart watches. The mobile phone market has been an import application and recently the first mobile phones with Tlens have been launched. Now we introduce a totally new technology, Twedge, and possibly a new range of products. The first potential market is in AR/VR. Twedge is a transmissible polymer wedge that can shift angel using the force created by a bulk piezo actuator. By taking bulk piezo actuators into use we can use lead free soldering technology in product assembly processes.

20. id:

    16983

    innsendt_dato:

    2006-09-01

    prosjektnummer:

    37135

    bedriftsnavn:

    POLIGHT ASA

    prosjekttittel:

    High definition television and projection

    organisasjonsnummer:

    988862703

    fylke:

    Vestfold og Telemark

    kommunenavn:

    Horten

    poststed:

    HORTEN

    soknad_godkjent:

    JA

    soknad_avslatt:

    NEI

    vedtaksdato:

    2006-10-13

    prosjekt_fra_ar:

    2006

    prosjekt_til_ar:

    2007

    sammendrag:

    not reported by source

21. id:

    33119

    innsendt_dato:

    2014-08-19

    prosjektnummer:

    241802

    bedriftsnavn:

    POLIGHT ASA

    prosjekttittel:

    Test and Analyse systemdevelopment

    organisasjonsnummer:

    988862703

    fylke:

    Vestfold og Telemark

    kommunenavn:

    Horten

    poststed:

    HORTEN

    soknad_godkjent:

    JA

    soknad_avslatt:

    NEI

    vedtaksdato:

    2014-10-10

    prosjekt_fra_ar:

    2014

    prosjekt_til_ar:

    2015

    sammendrag:

    not reported by source

22. id:

    14137

    innsendt_dato:

    2005-12-01

    prosjektnummer:

    34551

    bedriftsnavn:

    POLIGHT ASA

    prosjekttittel:

    Bilde på veggen del 1

    organisasjonsnummer:

    988862703

    fylke:

    Vestfold og Telemark

    kommunenavn:

    Horten

    poststed:

    HORTEN

    soknad_godkjent:

    JA

    soknad_avslatt:

    NEI

    vedtaksdato:

    2006-01-28

    prosjekt_fra_ar:

    2005

    prosjekt_til_ar:

    2005

    sammendrag:

    not reported by source

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