Solutions Designed with Patients and Clinical Practice in Mind!We develop best-in-class glaucoma implants through innovative ideas and creative thinking.
With more than 30 years of glaucoma expertise and proprietary innovation, MICROT is proud to offer a glaucoma implant that sets new standards in both safety and efficacy.
MIGS
Design that minimizes postoperative complications
Approach aimed at safer and more convenient surgery
Structure that minimizes the risk of outflow obstruction
A reasonable price that lowers the burden on patients
Biocompatible materials
Development of biocompatible materials (biodegradable/non-biodegradable) optimized for safety, efficacy, and moldability
Drug delivery
Development of anti-fibrotic implants capable of delivering drugs that suppress fibrosis in surrounding tissues
Production technologies
Development of micro-structured implant molding and manufacturing technology using medical-grade silicone
Development of molding and manufacturing technology for biodegradable and non-biodegradable medical-grade polymers
Features
Intellectual property right
Domestic
An ophthalmic implant device designed to lower intraocular pressure safely and easily
Application No.10-2019-0148783
- 권리: 특허
- 출원일: 2019-11-19
- 출원번호: 10-2019-0148783
- 등록일: 2022-04-20
- 등록번호: 10-2390116
- 국문명칭: An ophthalmic implant device designed to lower intraocular pressure safely and easily
An ophthalmic implant device with adjustable shape and physical properties
Application No.10-2019-0106997
- 권리: 특허
- 출원일: 2019-08-30
- 출원번호: 10-2019-0106997
- 등록일: 2021-08-30
- 등록번호: 10-2297653
- 국문명칭: An ophthalmic implant device with adjustable shape and physical properties
An ophthalmic implant device for controlling intraocular pressure
Application No.10-2017-0176208
- 권리: 특허
- 출원일: 2017-12-20
- 출원번호: 10-2017-0176208
- 등록일: 2020-12-07
- 등록번호: 10-2190257
- 국문명칭: An ophthalmic implant device for controlling intraocular pressure
A therapeutic device for treating ocular diseases caused by elevated intraocular pressure
Application No.20-2015-0004344
- 권리: 실용신안
- 출원일: 2015-06-29
- 출원번호: 20-2015-0004344
- 등록일: 2016-11-02
- 등록번호: 20-0481784
- 국문명칭: A therapeutic device for treating ocular diseases caused by elevated intraocular pressure
Certified for compliance with GMP standards for medical device manufacturing and quality control
Certification No.KCL-AABA-17992
- 인정번호: KCL-AABA-17992
- 품목군: 체내삽입용 의료용품 (Interbody Implants for Medical Purpose)
- 발행일자 : 2023. 07. 27
- 유효기간 : 2026. 07. 26
International
Ophthalmic implant device for controlling intraocular pressure
Application No.2020-554998
- 권리: 특허
- 국가코드: JP
- 출원번호: 2020-554998
- 등록일: 2022-04-25
- 등록번호: 7063499
- 명칭: Ophthalmic implant device for controlling intraocular pressure
Ophthalmic implant device with regulated pressure formation in the anterior chamber
Application No.PCT/KR2020/018322
- 권리: 특허
- 국가코드: PCT
- 출원일: 2020-12-15
- 출원번호: PCT/KR2020/018322
- 명칭: Ophthalmic implant device with regulated pressure formation in the anterior chamber
Ophthalmic implant device for lowering intraocular pressure through a safe and simple method
Application No.PCT/KR2020/014288
- 권리: 특허
- 국가코드: PCT
- 출원일: 2020-10-20
- 출원번호: PCT/KR2020/014288
- 명칭: Ophthalmic implant device for lowering intraocular pressure through a safe and simple method
Ophthalmic implant device with easily adjustable shape and physical properties
Application No.PCT/KR2019/011175
- 권리: 특허
- 국가코드: PCT
- 출원일: 2019-08-30
- 출원번호: PCT/KR2019/011175
- 명칭: Ophthalmic implant device with easily adjustable shape and physical properties
Ophthalmic implant device for controlling intraocular pressure
Application No.PCT/KR2018/016301
- 권리: 특허
- 국가코드: PCT
- 출원일: 2018-12-20
- 출원번호: PCT/KR2018/016301
- 명칭: Ophthalmic implant device for controlling intraocular pressure
METHOD OF PREPARING COVERED POROUS BIODEGRADABLE POLYMER MICROSPHERES FOR SUSTAINED-RELEASE DRUG DELIVERY AND TISSUE REGENERATION
Application No.12/255,163
- 권리: 특허
- 국가코드: US
- 출원일: 2008.10.21.
- 출원번호: 12/255,163
- 등록일: 2012.06.05.
- 등록번호: 8192655
- 명칭: METHOD OF PREPARING COVERED POROUS BIODEGRADABLE POLYMER MICROSPHERES FOR SUSTAINED-RELEASE DRUG DELIVERY AND TISSUE REGENERATION