Abstract: A sinus dental implant includes a main body, an external thread, and a plurality of spiral cutting flutes. The main body has opposite connection end and drilling end. The drilling end has a centered recess surrounded by a drilling zone and communicable with the spiral cutting flutes. The external thread and the spiral cutting flutes are extended in two different spiral directions. The drilling zone is divided by the spiral cutting flutes into a plurality of drilling segments, each of which has two sides located at different heights to thereby include a lower and an upper drilling portion. When the sinus dental implant is implanted into an alveolar hole to contact with a bottom thereof, the lower drilling portions at the drilling end cut the bottom of the alveolar hole slowly, so that the sinus dental implant can drill further in the alveolar hole instead of idling therein.

Abstract: A dental implantation assessment method includes the steps of creating a 3D teeth model; setting up a reference line, creating a health status table, and forming a multi-level frame model for an implant placement position on the teeth model; dividing each level of the frame model into a centered implant module and multiple surrounding test modules; dividing each test module into multiple assessment zones, and combining the latter with the health status table; selecting and placing a dental implant model in the frame model, and defining one assessment zone in each test module that contacts with a periphery of the dental implant model as a selected zone; and lastly, computing assessment values assigned to the selected zones to determine an object type of the dental implant model. A dentist can decide an optimal dental implant through dental implant model size selection and implantation simulation to ensure successful dental implant surgery.

Abstract: An orthopedic implant includes a main body, which has a downward tapered configuration formed of a plurality of steps of different diametrical sizes arranged along a drilling axis, each of the steps includes a cylindrical and a conical section, and the conical section of the lowest and diametrically smallest step is downward tapered into an apex; an external thread, which is externally formed on the main body to cover all the cylindrical sections but not the conical sections; a plurality of lateral cutting flutes, which are formed on the external thread into the main body and extended from the apex to the diametrically largest step with a spacing distance left between upper ends of the lateral cutting flutes and a top of the largest step. The orthopedic implant can be independently driven into a bone without the need of bone cutting using drill bits in advance and enables good osseointegration.

Abstract: An implantation kit including a rotational osteotome and an implant is disclosed. The rotational osteotome includes a plurality of steps of different diametrical sizes, a tip, and at least one flute; and every step includes an annular bottom bevel to provide a cutting edge and recessed section. The implant includes a body having a cylindrical head section and a conical section provided with an external thread and a plurality of spiral flutes. The conical section has a downward tapered profile correspondingly aligned with the recessed sections. The cylindrical head section has a straight cylindrical profile matching that of the step having the largest diametrical size. With the above arrangements, an implant hole on a bone can be formed in only one drilling with one single osteotome for fixedly holding the implant therein. Therefore, the time needed for dental and orthopedic surgeries is largely shortened while better osseointegration can be achieved.

Abstract: The present invention provides a light beam dental hand piece with measuring scale for assisting depth and angle measurement comprising a hand piece main body and a measuring scale. The hand piece main body comprises a hand piece head, a joint section and a holding section; wherein an calibration head is provided under the hand piece head which can emit a beam. The joint section is connected to the hand piece head and the holding section. The measuring scale is disposed on a surface of the hand piece head, and perpendicular or parallel to the light beam. Therefore, the light beam dental hand piece with measuring scale for assisting depth and angle measurement provides the dentist with a clear indication of the measuring scale when drilling or grinding, to avoid the problem of excessive or insufficient drilling depth, so as to achieve the stability of the dental implant after the operation; and can avoid damage to body tissues due to incorrect positioning.

Abstract: The present invention provides a dental hand piece for assisting depth measurement comprising a hand piece main body and at least one measuring scale. The hand piece main body has a hand piece head, a joint section and a holding section; a drill is engaged with the hand piece head; and the joint section is connected to the hand piece head and the holding section. The at least one measuring scale is disposed on a surface of the hand piece head, and perpendicular or parallel to the drill. Therefore, the dental hand piece for assisting depth measurement provides the dentist with a clear indication of the measuring scale when drilling or grinding, to avoid the problem of excessive or insufficient drilling depth, so as to achieve the stability of the dental implant after the operation.

Abstract: The present invention provides one single drill dental implant system and method for use thereof. The system comprises a multistep dental implant drill and a side cutting capability dental implant, and the multistep dental implant drill engaged with a dental handpiece to perform a dental implant step. Further, the method comprises a positioning step of aligning a tip of a drill bit portion of a multistep dental implant drill with a preset dental implant position; a drilling step of rotating the multistep dental implant drill by a dental handpiece to drill an implant hole; an expanding step of drilling the alveolar bone through a plurality of steps and cutting members of the drill bit portion, so that the diameter of the implant hole is gradually enlarged to be smaller than the diameter of a dental implant; and an implantation step of implanting the dental implant into the implant hole.

Abstract: A double concave drill for dental implant comprising: a shank, an intermediate connecting area, a working section; the shank has a tang part which includes a notch and an annular groove in order to be attached with a dental handpiece; the intermediate connecting area has a colored depth scale to provide for depth marker thus allowing the dentist to accurately position the drill; the working section includes several levels and a cutting tip, the levels have a cutting function, and the diameters of the levels are gradually reduced from the top level downwards, and the cutting tip has a specially designed symmetrical plane for fixing the drilling direction to avoid the drill bit sliding, in addition, one side of the working section and the symmetrical side of it both have a concave extending from an uppermost level to a lowermost level, and each concave and each level form cutting edges.

Abstract: A sinus implant includes an implant body having a mounting hole axially defined there through; a plurality of positioning threads that are provided in a periphery of the implant body, that extend spirally upwardly around the periphery of the implant body, and that have a width that gradually decreases in a direction from a bottom end of the implant body toward an opposing top end of the implant body; a pushing tip that protrudes from a top end of the sinus implant, that has a diameter that is reduced compared to that of the implant body, and that includes a flat end face having defined therein a recess space; and at least one spiral groove that extends around the periphery of the implant body across the plurality of positioning threads, that reaches the periphery of the pushing tip, and that intersects with and communicates with the recess space.

Abstract: A digital five-in-one implant surgery auxiliary locator of the invention comprises a massive body formed with a penetrating first guide hole. The massive body has an edge side, on which at least one first fitting portion correspondingly resting against neighboring teeth is disposed, and a bottom portion, on which a second fitting portion having a shape capable of correspondingly embedding with the alveolar bone, is disposed. Thus, the first and second fitting portions can be indeed mounted and fixed onto an edentulous site of a dental implant patient, and the first guide hole prevents a dental implant drill from skidding, so that the dental implant drill can be rapidly and precisely drilled into the alveolar bone and positioned to enhance a proper rate of an implant surgery.

Abstract: A dental implant body for five-in-one implant surgery basically comprises a base portion and a first threaded portion twined with at least one thread. The dental implant body is formed with an unthreaded circular projection on a trailing end of the first threaded portion, a plurality of top-cut grooves radially and uniformly disposed on a top surface of the circular projection, and side-cut grooves, which are connected to the top-cut grooves, respectively, and spirally penetrate through the first threaded portion in set directions. Thus, it is possible to obtain a dental implant body, which can be accurately and rapidly screwed to a predetermined position according to a set angle, relatively increase the proper rate of the five-in-one implant surgery, and contribute to the wide use of the five-in-one implant surgery.

Abstract: An implant includes an implant base having a predetermined diameter, a positioning thread spirally upwardly extended around the periphery thereof and gradually reducing in width in direction from the implant root toward an opposing top side thereof to form a gum-drilling structure, a plurality of spiral grooves equiangularly and upwardly extending around the periphery thereof across the positioning thread to form a plurality of cutting edges at the positioning thread at different elevations, and an arc top located at the top side thereof. The diameter of the implant root and the number of the spiral grooves are determined subject to a predetermined ratio so that the implant can be conveniently and rapidly driven into the dental bone to simultaneously propel the applied bone growth powder/biomedical filler into place, assuring a high level of implant reliability.

Abstract: A sinus implant includes a mounting hole axially defined therein, a plurality of positioning threads spirally upwardly extended around the periphery thereof and gradually reducing in width in direction from a bottom side toward an opposing top side thereof, one or multiple spiral grooves extending around the periphery thereof across the positioning threads, and a pushing tip of reduced diameter located at respective top ends of the positioning threads and defining a flat end face and a recess space in the flat end face in communication with each spiral groove.

Abstract: A restorable zirconium dioxide-based one piece implant includes an implant root made of zirconium dioxide and having a bottom coarse thread portion mounted in a gum of a patient and a top fine thread portion at a top side of the bottom coarse thread portion, an abutment formed integral with a top end of the top fine thread portion of the implant root for mounting a crown, and a vertical center hole extending vertically downwardly from a topmost edge of the abutment into the implant root toward a bottom end of the bottom coarse thread portion of the implant root and having a length greater than ? of the combined length of the implant root and the abutment, so when the abutment breaks, the vertical center hole provides a space for the application of post and core technology to embed a post in the broken abutment to restore the abutment.

Abstract: A human body data matching method for medical cosmetic applications includes the step of providing a human body imaging system having a digital image pickup module for scanning and photographing human bodies to obtain image data, the step of rendering the image data into human digital images, the step of storing the human digital images in a databank, the step of fetching pre-stored storage human digital images of the person going to take an orthopedic or cosmetic surgery from the databank, and the step of matching the fetched human digital images and then performing the orthopedic or cosmetic surgery. This method prevents surgical errors due to misunderstanding in communication between the surgeon and the patient.

Abstract: A dental consultation system includes a network, a computerized tomography scanner for obtaining a CT digital image file and pictures of the teeth in the oral cavity of a patient, a patient-end terminal for the input of the CT digital image file and pictures of a patient teeth that were obtained from the computerized tomography scanner and a consultation data, a Project Center for receiving the CT digital image file and pictures and consultation data transmitted by the patient-end terminal through the Internet and then providing a result of consultation containing a dental diagnostic report, a dental medical material data, a surgical guide data, a temporary denture data, a certified dentist data and a 5-in-1 dental implant surgery data and then feeding the result of consultation back to the patient-end terminal.

Abstract: A human body data matching algorithm for medical aesthetic application includes the step of providing a human body image acquisition unit, the step of using the human body image acquisition unit to obtain a digital 3D image data of the body of a person during an optimal lifetime of the person, the step of storing the digital 3D image data in a data storage bank, the step of fetching the digital 3D image data from the data storage bank when going to perform a medical aesthetic surgery, and the step of e) matching the digital 3D image data for reference in the medical aesthetic surgery to avoid communication errors between the patient and the surgeon.