Med-aesthetic Solutions International Pty Ltd is a limited by shares Australian proprietary company. Located at NSW 2113 since 2017-10-17 the company is, as the updated on 2022-04-29 ABN database shows, registered. The company has been registered for Goods & Services Tax since 2004-02-02 until 2017-09-29. Known company numbers for Med-aesthetic Solutions International Pty Ltd are as follows: ACN - 105453816, Australian Business Number - 36105453816. Med-aesthetic Solutions International Pty. Ltd. has been the company name since 2008-08-05. Their official company name changed on 2003-07-08 to Lighthouse Technologies Pty Ltd. The company had used this name up until 2008-08-05. This company had suspended their activity from 2022-04-29 to 2022-04-29. This Australian proprietary company was previously located in NSW 2109 (from 2005-10-24 to 2017-10-17), NSW 2109 (from 2004-06-21 to 2005-10-24), NSW 2109 (from 2003-07-09 to 2004-06-21).
| Status | From | To |
|---|---|---|
| Cancelled | 29th April 2022 | current |
| Active | 8th July 2003 | 29th April 2022 |
| Name | From | To |
|---|---|---|
| Med-aesthetic Solutions International Pty. Ltd. | 5th August 2008 | current |
| Lighthouse Technologies Pty Ltd | 8th July 2003 | 5th August 2008 |
| Location | From | To |
|---|---|---|
| NSW 2113 | 17th October 2017 | current |
| NSW 2109 | 24th October 2005 | 17th October 2017 |
| NSW 2109 | 21st June 2004 | 24th October 2005 |
| NSW 2109 | 9th July 2003 | 21st June 2004 |
| NSW 2109 | 8th July 2003 | 9th July 2003 |
| Status | From | To |
|---|---|---|
| Registered | 2nd February 2004 | 29th September 2017 |
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General information:
| Patent status: |
Sealed What happens 3 months after acceptance, assuming there are no oppositions filed. The Status 'sealed' was replaced with 'granted' with IP reform implementation, but from a systems perspective the two statuses are identical. |
| Patent type: | NPE |
International Patent Classification:
| IPC Mark: | H01S 3/30 |
| Section code: | H - electricity |
| Class code: | 1 - basic electric elements |
| Subclass code: | S - devices using stimulated emission |
| Main group code: | 3 - lasers, i.e. devices for generation, amplification, modulation, demodulation, or frequency-changing, using stimulated emission, of infra-red, visible, or ultra-violet waves (semiconductor lasers h01s0005000000) |
| Subgroup code: | 30 - using scattering effects, e.g. stimulated brillouin or raman effects |
IP Australia process information:
| Expiry date: | 26th July 2021 |
General information:
| Patent status: |
Sealed What happens 3 months after acceptance, assuming there are no oppositions filed. The Status 'sealed' was replaced with 'granted' with IP reform implementation, but from a systems perspective the two statuses are identical. |
| Patent type: | NPE |
International Patent Classification:
| IPC Mark: | H01S 3/108 |
| Section code: | H - electricity |
| Class code: | 1 - basic electric elements |
| Subclass code: | S - devices using stimulated emission |
| Main group code: | 3 - lasers, i.e. devices for generation, amplification, modulation, demodulation, or frequency-changing, using stimulated emission, of infra-red, visible, or ultra-violet waves (semiconductor lasers h01s0005000000) |
| Subgroup code: | 108 - using a non-linear optical device, e.g. exhibiting brillouin- or raman-scattering |
IP Australia process information:
| Expiry date: | 23rd September 2025 |
Contains public sector information licensed under the Creative Commons Attribution 3.0 Australia licence. Material on this website was obtained from publicly-accessible databases and is attributed to ©Commonwealth of Australia 2023 (http://data.gov.au, http://acnc.gov.au/ and http://abr.business.gov.au/), ©Intellectual Property Government Open Data 2023, ©ASIC - Company Register. While we try to make the information as precise and up-to-date as possible, we are aware the datasets are not always error-free. Aubiz.net will not take responsibility for any errors in the databases. The material provided should be treated as a starting point of more in-depth research, not as fact.