LINCOTEK TRENTO S.P.A.

Scientific and technological services, namely, scientific analysis of metallic and non-metallic components in the medical, aviation and energy sectors and new product research and design relating thereto; industrial analysis, research and design services specializing in components for medical, aviation and energy sectors; quality control for others and authentication services, namely, identification of defective metallic and non-metallic parts by resonant ultrasound spectroscopy for medical, aviation and energy sectors; design and development of computer hardware and software.

Class 005: Ions doped titanium oxide film (chemical agents), for medical purposes, that enhances the bone adhesion onto implantable medical devices and prostheses surfaces; Class 010: Dental implants, namely, dental prostheses; orthopedic prostheses for shoulder, elbows, hands and knees; hip prostheses; joint prostheses; prostheses for vertebral columns; prostheses for maxillofacial reconstructions and neurosurgery, in particular, prosthesis for facial structures and the spinal column; Class 040: Custom processing comprising surface treatment of medical endoprostheses and dental implants with ions doped titanium oxide layer, which enhances the bone adhesion onto implantable medical devices and prostheses surfaces

Surface treatments for medical purposes comprised of an ion doped titanium oxide layer that enhances the bone adhesion onto implantable medical devices and prostheses surfaces | Dental implants, namely, dental prostheses; orthopedic prostheses for shoulder, elbows, hands and knees; hip prostheses; joint prostheses; prostheses for vertebral columns; prostheses for maxillofacial reconstructions and neurosurgery, in particular, prosthesis for facial structures and the spinal column | Custom processing comprising surface treatment of medical endoprostheses and dental implants with ions doped titanium oxide layer, which enhances the bone adhesion onto implantable medical devices and prostheses surfaces

Custom processing of medical materials, in the nature of the treatment and coating of medical apparatus, namely, applying titanium osteointegrative surface layers onto implantable medical devices and to prostheses surfaces to enhance the bone adhesion thereto; Titanium osteointegrative coatings for medical purposes, which enhance the bone adhesion onto implantable medical devices and prostheses surfaces; [ Dental implants, namely, dental prostheses; ] orthopedic prostheses for shoulders, elbows, [ hands ] and knees; hip prostheses; joint prostheses; prostheses for vertebral columns [ ; prostheses for maxillofacial reconstructions and for neurosurgery, namely, prostheses for facial structures and the spinal column ]

Hydroxyapatite osteointegrative coatings for medical purposes, which enhance the bone adhesion onto implantable medical devices and prostheses surfaces | Dental implants, namely, dental prostheses; orthopedic prostheses; shoulder prostheses; elbow prostheses; [ hand prostheses; ] hip prostheses; knee prostheses; joint prostheses; prostheses for vertebral columns [ ; prostheses for maxillofacial reconstructions or neurosurgery ] | Custom processing of medical materials, namely, treatment and coating of medical materials, particularly through hydroxyapatite osteointegrative coatings, which enhance the bone adhesion onto implantable medical devices and prostheses surfaces

Titanium osteointegrative coatings for medical purposes, which enhance the bone adhesion onto implantable medical devices and prostheses surfaces; [ Dental implants, namely, dental prostheses; ] orthopedic prostheses, namely, shoulder prostheses, elbow prostheses, [ hand prostheses, ] hip prostheses, knee prostheses, joint prostheses, prostheses for vertebral columns [, prostheses for maxillofacial reconstructions or neurosurgery ]

[ Titanium osteointegrative coatings for medical purposes, which enhance the bone tissue growth onto implantable medical devices and prostheses surfaces ] | [ Dental implants ] [, orthopedic prostheses, namely, dental prostheses, shoulder prostheses, elbow prostheses, hand prostheses, hip prostheses, knee prostheses, joint prostheses; prostheses for vertebral columns, prostheses for maxillofacial reconstructions or neurosurgery ] | Applying titanium coatings by thermal spray to [ dental implants, ] orthopedic prostheses [, prostheses for vertebral columns, prostheses for maxillofacial reconstructions or neurosurgery ] ; physical treatment of the surface of medical device and prostheses by plasma spray [, sintering, acid attack, sandblasting, laser deposition ]

[ Hydroxyapatite, titanium and alumina osteointegrative coatings for medical purposes, which enable mechanically stable direct bone issue adhesion onto implantable medical devices and prostheses surface ] | Applying of medical and biomedical coatings made of hydroxyapatite, * and * titanium [ and alumina, ] to dental implants, orthopaedic prothesis, prosthesis for vertebral column, prosthesis for reconstructions maxillofacial or neurosurgery, means for osteosynthesis; physical treatment of surfaces of implantable medical devices and prostheses by [ vapour deposition, ] plasma spray [, laser deposition, magnetron sputtering ]

Class 010: DENSE AND POROUS SUBSTITUTE BONE MATERIAL ON HYDROXYL APATITE BASIS IN GRANULAR FORM AND AS COMPACT BODIES FOR USE IN SURGERY, ORTHOPEDICS, JAW SURGERY, DENTISTRY AND PLASTIC SURGERY FOR THE RECONSTRUCTION OF PRIMARY AND SECONDARY BONE DEFECTS