Leuze Electronic GmbH + Co. KG
공장 자동화를 위한 광전 센서 및 안전 라이트 커튼.
Leuze Electronic은 산업 자동화를 위한 광전 센서, 안전 라이트 커튼 및 바코드 리더기를 제조합니다. 제품은 유럽, 북미, 아시아 지역의 자동화 도매업체를 통해 유통됩니다.
- Type
- manufacturer (our classification of the record, not a statement by the company)
- Role
- Manufacturer
- Location
- Owen, Germany
- Founded
- 1963
- Website
- leuze.com
- Categories
- 산업 자동화 및 로봇공학
- Markets
- 독일, 미국, 중국, 이탈리아
What is established and what is not
No facet of this company has been investigated yet. The facts below are collected records, not an assessment: nothing here confirms manufacturing, ownership or trading status beyond what each record literally says.
Verified facts
- web-presence-since (green), checked 2026-08-02 Internet Archive (Wayback)
- domain-registered (green), checked 2026-08-02 Domain registry record
- vat-valid (green), checked 2026-08-13 VIES (European Commission)
- certificate-page-on-site (amber), checked 2026-08-11 Company's own certification page
- debarment-clear (green), checked 2026-08-15 OpenSanctions
- sanctions-clear (green), checked 2026-08-15 OpenSanctions
- lei-active (green), checked 2026-09-07 GLEIF global LEI register (golden copy)
- standards-mark-certified (green), checked 2026-08-16 EAEU unified register of certificates and declarations
- energy-market-role (green), checked 2026-08-17 Marktstammdatenregister (Bundesnetzagentur)
- registry-id-verified (green), checked 2026-09-10 GLEIF Global LEI record
Profiles
Claimed certifications, not confirmed by us
- ISO 9001, Quality Management IAF CertSearch
- ISO 14001, Environmental Management IAF CertSearch
- CE Marking EU NANDO (notified bodies)
- EAC mark (EAEU conformity) EAEU unified register of certificates and declarations
Import rules for these goods
- Machinery sold in the EU needs CE marking with a declaration of conformity under the EU machinery rules. European Commission
- No public registry exists for certificates of this kind in this sector: conformity is declared by the manufacturer. European Commission: CE marking, manufacturer's conformity assessment