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Japanese Trademark — JPO
The mark consists of the word "BRUKER" in two atomic orbital paths that intersect.
Application 2024360419 · 00
Quick Facts
| Application Number | 2024360419 |
| Registration Number | 1808905 |
| Status | 00 |
| Mark (native) | The mark consists of the word "BRUKER" in two atomic orbital paths that intersect. |
| Mark Type | madrid |
| Owner | Bruker Corporation |
| Filed | 2024-09-12 |
| Registered | 2024-02-27 |
Is this trademark active?
The mark consists of the word "BRUKER" in two atomic orbital paths that intersect. has a current status of 00.
Goods & Services
The specification below is taken directly from the filed record at the Japan Patent Office for each Nice class this trademark covers.
Class 1 — Chemicals
Reagents for research purposes; cell culture media for scientific and research use; biochemical preparations for scientific purposes; fluorescently labeled reagents for scientific or medical research use.
Class 5 — Pharmaceuticals
Diagnostic kits comprised of medical diagnostic reagents and assays for testing bodily fluids, in particular PCR test kits and test kits for biochemical analysis.
Class 9 — Electrical & IT
Scientific apparatus, namely, spectrometers and parts and fittings therefor; scientific apparatus, namely, mass spectrometers; scientific apparatus, namely, ion mobility spectrometers; scientific apparatus, namely, surface plasmon resonance spectrometers; scientific apparatus, namely, infrared, near infrared, optical, UV, terahertz and raman spectrometers and analyzers; scientific apparatus, namely, handheld raman devices being spectrometers; scientific apparatus, namely, nuclear magnetic resonance (NMR) spectrometers; scientific apparatus, namely, time domain nuclear magnetic resonance (NMR) devices being spectrometers; scientific apparatus, namely, electron paramagnetic resonance spectrometers; scientific apparatus, namely, X-ray fluorescence (XRF) spectrometers and handheld XRF devices being spectrometers; scientific apparatus, namely, optical emission spectrometers; devices for force spectroscopy; scientific apparatus, namely, energy dispersive and wavelength dispersive X-ray spectrometers; handheld and mobile nanoscale spectrometer systems; components of spectrometers, in particular, nuclear magnetic resonance (NMR) probes, NMR and electron paramagnetic resonance (EPR) cryostats and magnets; gas and liquid chromatography apparatus; microscopes, namely, infrared and raman microscopes, X-ray microscopes, atomic force microscopes, atomic force-infrared microscopes, fluorescence microscopes, scanning probe microscopes, and electron microscopes; accessories for microscopes, namely, atomic force microscope cantilevers and optical objectives; instruments for measuring mechanical and dimensional properties, namely, nanomechanical test systems, devices for mechanical and dimensional metrology, tribometers, nanoindenters, devices for nanoscale thermal analysis, surface roughness measurement instruments, mechanical and optical profilometers, white light interferometers; sample holding and preparation instruments, namely, optical tweezers and hyperpolarization devices; imaging instruments and tomographs, in particular, magnetic resonance imaging tomographs, nuclear molecular imaging devices, devices for magnetic particle imaging, electron paramagnetic resonance imaging devices, computerized tomography scanners, optical imaging scanners, X-ray diffraction imaging systems and multi-modal imaging devices; accessories for imaging systems, namely, sample holders and animal cradles; X-ray diffractometers and scattering systems, namely, small-angle scattering systems, X-ray reflectivity systems and X-ray inspection systems; accessories for X-ray systems, namely, X-ray sources, X-ray tubes, X-ray optics, X-ray mirrors, one-dimensional and two-dimensional X-ray detectors; instruments for the detection of chemical, biological and radiological threats for military and civil use, implemented as mobile, standalone and stand-off devices; electron paramagnetic resonance sensors; electron backscatter detectors; cmos preamplifiers for detectors; electrical conductors, namely, copper-clad aluminum electrical conductors; low temperature superconductors, in particular nbti, nb3sn superconductors; high temperature superconductors, in particular bi-2212 superconductors; powder in tube superconductors; tape or wire superconductors; devices for laboratory and factory automation, in particular, devices for automation of sample preparation, sample transport, sample exchange and sample retention, and rotatable sample holders; biological and microbiological workstations and test systems, in particular incubators for hybridization of nucleic acids, devices for nucleic acid extraction, cellular fluorescence screeners and workstations; photomask repair products being afm-guided nanomachining systems, femto-pulse laser repair systems, and cryogenic and laser based cleaning systems for wafers and photomasks; magnetic head cleaners for photomasks and semiconductor wafers; downloadable and recorded software for operating and controlling scientific and analytical instruments; downloadable and recorded software for measurement automation; downloadable and recorded software for data acquisition, processing and analysis; downloadable and recorded software for image reconstruction, processing, analysis and visualization; downloadable and recorded software for laboratory data management; downloadable and recorded software for communication between laboratory components; downloadable and recorded software for cloud-based scientific informatics tools.
Class 10 — Medical Devices
Medical instruments for microbiological and molecular biological diagnosis; medical apparatus, namely, polymerase chain reaction (PCR) thermocyclers.
Class 37 — Construction & Repair
Installation, maintenance, and repair of scientific instruments.
Class 42 — Scientific & IT Services
Scientific and technological services, namely, services for the analysis of laboratory data, food analysis being performance of chemical analyses; services for cell and tissue analysis for use in clinical trials.
Class 44 — Medical & Beauty Services
Medical services, namely, clinical diagnostics services for cell and tissue analysis in clinical and pharmaceutical applications.
Applicant
| Name (romanised) | Bruker Corporation |
Timeline
- Filed: 2024-09-12
- Registered: 2024-02-27
About This Trademark
'The mark consists of the word "BRUKER" in two atomic orbital paths that intersect.' is a 00 trademark on the Japan Patent Office register, owned by Bruker Corporation. The application (2024360419) was filed on 12 September 2024 and registered on 27 February 2024.
This mark is recorded under multiple classes: Class 1 (chemicals for industrial, scientific & agricultural use); Class 5 (pharmaceuticals & medical preparations); Class 9 (scientific, electrical & IT apparatus); Class 10 (medical & surgical apparatus); Class 37 (construction, repair & installation services); Class 42 (scientific, IT & design services); Class 44 (medical, veterinary & beauty services), specifically covering: Reagents for research purposes; cell culture media for scientific and research use; biochemical preparations for scientific purposes; fluorescently labeled reagents for scientific or medical research use.; Diagnostic kits comprised of medical diagnostic reagents and assays for testing bodily fluids, in particular PCR test kits and test kits for biochemical analysis.; Scientific apparatus, namely, spectrometers and parts and fittings therefor; scientific apparatus, namely, mass spectrometers; scientific apparatus, namely, ion mobility spectrometers; scientific apparatus, namely, surface plasmon resonance spectrometers; scientific apparatus, namely, infrared, near infrared, optical, UV, terahertz and raman spectrometers and analyzers; scientific apparatus, namely, handheld raman devices being spectrometers; scientific apparatus, namely, nuclear magnetic resonance (NMR) spectrometers; scientific apparatus, namely, time domain nuclear magnetic resonance (NMR) devices being spectrometers; scientific apparatus, namely, electron paramagnetic resonance spectrometers; scientific apparatus, namely, X-ray fluorescence (XRF) spectrometers and handheld XRF devices being spectrometers; scientific apparatus, namely, optical emission spectrometers; devices for force spectroscopy; scientific apparatus, namely, energy dispersive and wavelength dispersive X-ray spectrometers; handheld and mobile nanoscale spectrometer systems; components of spectrometers, in particular, nuclear magnetic resonance (NMR) probes, NMR and electron paramagnetic resonance (EPR) cryostats and magnets; gas and liquid chromatography apparatus; microscopes, namely, infrared and raman microscopes, X-ray microscopes, atomic force microscopes, atomic force-infrared microscopes, fluorescence microscopes, scanning probe microscopes, and electron microscopes; accessories for microscopes, namely, atomic force microscope cantilevers and optical objectives; instruments for measuring mechanical and dimensional properties, namely, nanomechanical test systems, devices for mechanical and dimensional metrology, tribometers, nanoindenters, devices for nanoscale thermal analysis, surface roughness measurement instruments, mechanical and optical profilometers, white light interferometers; sample holding and preparation instruments, namely, optical tweezers and hyperpolarization devices; imaging instruments and tomographs, in particular, magnetic resonance imaging tomographs, nuclear molecular imaging devices, devices for magnetic particle imaging, electron paramagnetic resonance imaging devices, computerized tomography scanners, optical imaging scanners, X-ray diffraction imaging systems and multi-modal imaging devices; accessories for imaging systems, namely, sample holders and animal cradles; X-ray diffractometers and scattering systems, namely, small-angle scattering systems, X-ray reflectivity systems and X-ray inspection systems; accessories for X-ray systems, namely, X-ray sources, X-ray tubes, X-ray optics, X-ray mirrors, one-dimensional and two-dimensional X-ray detectors; instruments for the detection of chemical, biological and radiological threats for military and civil use, implemented as mobile, standalone and stand-off devices; electron paramagnetic resonance sensors; electron backscatter detectors; cmos preamplifiers for detectors; electrical conductors, namely, copper-clad aluminum electrical conductors; low temperature superconductors, in particular nbti, nb3sn superconductors; high temperature superconductors, in particular bi-2212 superconductors; powder in tube superconductors; tape or wire superconductors; devices for laboratory and factory automation, in particular, devices for automation of sample preparation, sample transport, sample exchange and sample retention, and rotatable sample holders; biological and microbiological workstations and test systems, in particular incubators for hybridization of nucleic acids, devices for nucleic acid extraction, cellular fluorescence screeners and workstations; photomask repair products being afm-guided nanomachining systems, femto-pulse laser repair systems, and cryogenic and laser based cleaning systems for wafers and photomasks; magnetic head cleaners for photomasks and semiconductor wafers; downloadable and recorded software for operating and controlling scientific and analytical instruments; downloadable and recorded software for measurement automation; downloadable and recorded software for data acquisition, processing and analysis; downloadable and recorded software for image reconstruction, processing, analysis and visualization; downloadable and recorded software for laboratory data management; downloadable and recorded software for communication between laboratory components; downloadable and recorded software for cloud-based scientific informatics tools.; Medical instruments for microbiological and molecular biological diagnosis; medical apparatus, namely, polymerase chain reaction (PCR) thermocyclers.; Installation, maintenance, and repair of scientific instruments.; Scientific and technological services, namely, services for the analysis of laboratory data, food analysis being performance of chemical analyses; services for cell and tissue analysis for use in clinical trials.; Medical services, namely, clinical diagnostics services for cell and tissue analysis in clinical and pharmaceutical applications.
Frequently Asked Questions
Who owns Japanese trademark 2024360419 ('The mark consists of the word "BRUKER" in two atomic orbital paths that intersect.')?
Japanese trademark 2024360419 for the mark 'The mark consists of the word "BRUKER" in two atomic orbital paths that intersect.' in Class 1, 5, 9, 10, 37, 42, 44 is recorded on the Japan Patent Office register as owned by Bruker Corporation. This covers one specific Japanese trademark record only — the same brand name may be owned by different parties in other classes, other countries, or as separate registrations.
Is Japanese trademark 2024360419 currently a registered trademark?
No — the Japan Patent Office records the status of Japanese trademark 2024360419 for the mark 'The mark consists of the word "BRUKER" in two atomic orbital paths that intersect.' as 00.
Which Nice classes is Japanese trademark 2024360419 registered under?
Japanese trademark 2024360419 for the mark 'The mark consists of the word "BRUKER" in two atomic orbital paths that intersect.' is recorded in Class 1 (chemicals for industrial, scientific & agricultural use); Class 5 (pharmaceuticals & medical preparations); Class 9 (scientific, electrical & IT apparatus); Class 10 (medical & surgical apparatus); Class 37 (construction, repair & installation services); Class 42 (scientific, IT & design services); Class 44 (medical, veterinary & beauty services). The filed specification reads: Class 1: Reagents for research purposes; cell culture media for scientific and research use; biochemical preparations for scientific purposes; fluorescently labeled reagents for scientific or medical research use. | Class 5: Diagnostic kits comprised of medical diagnostic reagents and assays for testing bodily fluid…
When was Japanese trademark 2024360419 filed?
Japanese trademark 2024360419 for the mark 'The mark consists of the word "BRUKER" in two atomic orbital paths that intersect.' was filed at the Japan Patent Office on 12 September 2024 and registered on 27 February 2024.
Data Source
Japan (Japan Patent Office)
Japanese trademark data is supplied by the Japan Patent Office (JPO) via the JPO open bulk data release. Official government publications in Japan are not subject to copyright under Article 13 of the Japanese Copyright Act. Local copy last synchronised on 2026-04-25.
The “About This Trademark” summary and FAQ above are AI-generated from the register data shown on this page. They are factual summaries only — always verify details against the official register before making legal decisions.