Perimetrics, LLC

Description: Dental apparatus for clinical diagnosis of any structural movement in dental structures, such as teeth, dental implants and/or their restorations; Dental instruments for use in clinical diagnosis of dental structures such as teeth, implants and/or their restorations; Dental Apparatus for clinical diagnosis of the health of underlining foundation for dental structures, such as teeth, dental implants and/or their restorations; Dental handpieces; Dental instruments, namely, probes for detecting cracks, fractures and defects; Probes for medical purposes; Probes for dental purposes; Dental Apparatus for detecting stability of dental implants; Dental apparatus for detecting stability of dental structures such as teeth and/or their restorations; Dental Instrument for detecting structural integrity, structural stability, defects, cracks, and fractures in dental structures, such as teeth, dental implants /or their restorations

Description: Scientific instrumentation for determining structural characteristics of a material sample or structure, such as structural integrity, structural stability, defects, cracks, fractures, stress fractures, and similar characteristics; Scientific instrumentation for determining structural characteristics of a material sample, a structure or part of a structure; Scientific instrumentation for determining the structural characteristics of material sample or structure in vivo, such as natural teeth and implant supported prostheses, as well as on structures and materials in vitro; Scientific instrumentation for predicting the suitability of a material prior to its use in constructing a structure, mechanical or anatomical; Scientific instrumentation for measuring mechanical energy dissipated by a material sample or structure; Scientific instrumentation for providing a value of the damping capacity as well as mechanical response data that can be used to further evaluate the mechanical integrity of a sample or structure; Scientific instrumentation for making measurements on structures and materials in vivo, such as natural teeth and implant supported prostheses, as well as on structures and materials in vitro; Accompanying software for instrumentation, namely, software for operating the above-indicated scientific instrumentation

Description: Scientific instrumentation for determining structural characteristics of material samples and structures, such as structural integrity, structural stability, defects, cracks, fractures, etc.; Scientific instrumentation for determining the structural characteristics of material samples and structures in vivo, such as natural teeth and implant supported prostheses, as well as on structures and materials in vitro; Scientific instrumentation for predicting the suitability of a material prior to its use in constructing a structure; Instrumentation for measuring mechanical energy dissipated by a material sample or structure; Scientific instrumentation for providing a value of the damping capacity as well as mechanical response data that can be used to further evaluate the mechanical integrity of a sample or structure; Scientific instrumentation for making measurements on structures and materials in vivo, such as natural teeth and implant supported prostheses, as well as on structures and materials in vitro; Accompanying software for operating instrumentation

Description: Scientific instrumentation for determining structural characteristics of a material sample or structure, such as structural integrity, structural stability, defects, cracks, fractures, stress fractures, and similar characteristics; Scientific instrumentation for determining structural characteristics of a material sample, a structure or part of a structure; Scientific instrumentation for determining the structural characteristics of material sample or structure, such as natural teeth and implant supported prostheses, as well as on structures and materials in vitro; Scientific instrumentation for predicting the suitability of a material prior to its use in constructing a structure, mechanical or anatomical; Scientific instrumentation for measuring mechanical energy dissipated by a material sample or structure; Scientific instrumentation for providing a value of the damping capacity as well as mechanical response data that can be used to further evaluate the mechanical integrity of a sample or structure; Scientific instrumentation for making measurements on structures and materials, such as natural teeth and implant supported prostheses, as well as on structures and materials in vitro; Accompanying software for instrumentation, namely, software for operating the above-indicated scientific instrumentation | Dental handpieces; Dental instruments, namely, probes for detecting cracks, fractures and defects; Probes for dental purposes; Dental instruments, namely, apparatus for detecting stability of dental implants; Dental apparatus for detecting stability of dental structures; Dental Instrument for detecting structural integrity, structural stability, defects, cracks, and fractures

Description: Instrumentation that measures the mechanical energy dissipated by a material sample or structure; the instrumentation provides a value of the damping capacity as well as mechanical response data that can be used to further evaluate the mechanical integrity of a sample or structure; the instrumentation can make measurements on structures and materials in vivo, such as natural teeth and implant supported prostheses, as well as on structures and materials in vitro; and accompanying software