Abstract: The invention relates to a maxilla repositioning implant (1) for three-dimensional precise alignment of a maxilla displacing portion (5) relative to a remaining maxilla portion (3) that is fixed to the skull, wherein the maxilla repositioning implant (1) comprises a base (2), which has at least one plate (7) in which screw holes (10) are provided, wherein a portion of the material of the plate (7) defines, as a rim (11), a respective screw hole (10) that is provided for receiving a bone screw (17) in order to ensure fastening, via the bone screw (17) to be inserted into the respective screw hole (10), to the remaining maxilla portion (3) that is fixed to the skull, wherein the maxilla repositioning implant (1) also comprises a connection portion (4), which is spaced apart from the base (2) by connecting bridges (6), wherein the connection portion (4) comprises at least one plate (7) in which screw holes (10) are provided, and wherein a portion of the material of this plate (7) defines, as a rim (11), a respec

Abstract: The invention relates to a maxilla repositioning implant (1) for three-dimensional precise alignment of a maxilla displacing portion (5) relative to a remaining maxilla portion (3) that is fixed to the skull, wherein the maxilla repositioning implant (1) comprises a base (2), which has at least one plate (7) in which screw holes (10) are provided, wherein a portion of the material of the plate (7) defines, as a rim (11), a respective screw hole (10) that is provided for receiving a bone screw (17) in order to ensure fastening, via the bone screw (17) to be inserted into the respective screw hole (10), to the remaining maxilla portion (3) that is fixed to the skull, wherein the maxilla repositioning implant (1) also comprises a connection portion (4), which is spaced apart from the base (2) by connecting bridges (6), wherein the connection portion (4) comprises at least one plate (7) in which screw holes (10) are provided, and wherein a portion of the material of this plate (7) defines, as a rim (11), a respec

Abstract: The invention relates to a maxilla repositioning implant (1) for three-dimensional precise alignment of a maxilla displacing portion (5) relative to a remaining maxilla portion (3) that is fixed to the skull, wherein the maxilla repositioning implant (1) comprises a base (2), which has at least one plate (7) in which screw holes (10) are provided, wherein a portion of the material of the plate (7) defines, as a rim (11), a respective screw hole (10) that is provided for receiving a bone screw (17) in order to ensure fastening, via the bone screw (17) to be inserted into the respective screw hole (10), to the remaining maxilla portion (3) that is fixed to the skull, wherein the maxilla repositioning implant (1) also comprises a connection portion (4), which is spaced apart from the base (2) by connecting bridges (6), wherein the connection portion (4) comprises at least one plate (7) in which screw holes (10) are provided, and wherein a portion of the material of this plate (7) defines, as a rim (11), a respec

Abstract: The invention relates to a fibula bone-material removal and transfer template (1) having a main part (4) designed for application to a bone region (3), wherein at least one bone separation-tool guide portion (8) can be or is removably attached to the main part (4), and wherein a receiving pocket (10a, 10b, 11a, 11b) designed to receive an implant (9) is formed in the main part (4). The invention also relates to an assembly kit comprising the fibula bone-material removal and transfer template (1) and an implant (9).

Abstract: A medical instrument includes a first hand lever which has a manually actuated grip portion at its proximal end, a work portion for gripping, clamping or cutting an object at its distal end, and, lying between these, a bearing portion on which a bearing element engages in order to permit pivotability about a rotation axis between the first hand lever and a second hand lever, wherein the second hand lever has a grip portion at its proximal end, a work portion at its distal end, and, lying between these, a guide portion on which the bearing element engages, wherein the guide portion of the second hand lever has on one side a recess for receiving the bearing portion of the first hand lever such that two guide protrusions located distally and proximally of the recess at least partially cover the bearing portion in an operating position.

Abstract: A medical instrument includes a first hand lever which has a manually actuated grip portion at its proximal end, a work portion for gripping, clamping or cutting an object at its distal end, and, lying between these, a bearing portion on which a bearing element engages in order to permit pivotability about a rotation axis between the first hand lever and a second hand lever, wherein the second hand lever has a grip portion at its proximal end a work portion at its distal end, and lying between these, a guide portion on which the bearing element engages, wherein the guide portion of the second hand lever has on one side a recess for receiving the bearing portion of the first hand lever such that two guide protrusions located distally and proximally of the recess at least partially cover the bearing portion in an operating position.

Abstract: The disclosure relates to a fibula bone material removal and transfer template including a center part with a central body each end of which has a separating tool guide portion, at least one of the bone separating tool guide portions being mounted such that it can be moved away from and pushed towards the center part.

Abstract: The invention relates to a fibula bone-material removal and transfer template (1) having a main part (4) designed for application to a bone region (3), wherein at least one bone separation-tool guide portion (8) can be or is removably attached to the main part (4), and wherein a receiving pocket (10a, 10b, 11a, 11b) designed to receive an implant (9) is formed in the main part (4). The invention also relates to an assembly kit comprising the fibula bone-material removal and transfer template (1) and an implant (9).

Abstract: The present invention relates to a mandibular resection template including a central component which is prepared for attachment to a segment, for example a symphysis segment of a jawbone, such as a mandible or maxilla. At least two separating tool guide portions are present at the central component, a positioning aid being provided between the two or more separating tool guide portions in order to obtain a spatially correct orientation of the mandibular resection template with respect to the jawbone.

Abstract: The present invention relates to a mandibular resection template including a central component which is prepared for attachment to a segment, for example a symphysis segment of a jawbone, such as a mandible or maxilla. At least two separating tool guide portions are present at the central component, a positioning aid being provided between the two or more separating tool guide portions in order to obtain a spatially correct orientation of the mandibular resection template with respect to the jawbone.

Abstract: The invention relates to a bioresorbable implant (1) for supplementing or replacing hard tissue and/or soft tissue, comprising at least one reinforcing fiber/fiber bundle or a fiber structure or fiber construct (2) which is made of a first material component and which is embedded into a matrix (3) after being mixed with a second material component. The material of the first material component contains at least one of the elements of the group consisting of silk, chitosan, collagen, polycaprolactone, poly(D,L-lactide), poly(lactide-co-glycolide), polyglycolide, polyurethane and polypropylene, wherein the second material component is present in granular or powdery form at the point in time at which the material component is mixed with the fibers/fiber bundle, fiber structure or fiber construct (2). The invention likewise relates to a method for producing such implant (1).

Abstract: The disclosure relates to a fibula bone material removal and transfer template including a center part with a central body each end of which has a separating tool guide portion, at least one of the bone separating tool guide portions being mounted such that it can be moved away from and pushed towards the center part.

Abstract: The present disclosure relates to a system for the fixing of bone segments or bone fragments comprising an implant plate or an implant surface plate having a bore or a cut-out and comprising an implant screw which can be guided through the bore or cut-out of the plate, wherein the implant screw has a screw shaft and a screw head and wherein both the screw shaft and the screw head have a thread with identical pitches.

Abstract: The invention relates to a medical synthesis system as well as to a method of connecting a multipart medical synthesis system. The medical synthesis system in this respect includes at least one supporting element and at least one synthesis element, wherein the supporting element is provided for fastening in an organic structure. In this respect, the synthesis element is provided for the fastening to the already fastened supporting element. The synthesis element and the supporting element form a non-releasable coherent unit during application.

Abstract: A bone implant includes a support structure made of metal ahoy and includes a biodegradable and absorbable protective structure, the protective structure being arranged at and/or on the support structure so that the support structure is protected from contacting any aggressive body fluid in a position anchored in a bone of an individual such as a mammal, wherein the support structure is surrounded by and interspersed with the protective structure.

Abstract: An engagement mechanism for a sternal clamp, the mechanism allowing for an open status where the clamp may be lengthened or shortened, a closing status where the clamp may only be shortened, and a locked status where the clamp cannot be lengthened or shortened, and wherein the device can be disposed in the locked status in differing overall lengths. The sternal clamp having a pair of rib plate members for affixation to the ribs.

Abstract: An engagement mechanism for a sternal clamp, the mechanism allowing for an open status where the clamp may be lengthened or shortened, a closing status where the clamp may only be shortened, and a locked status where the clamp cannot be lengthened or shortened, and wherein the device can be disposed in the locked status in differing overall lengths.

Abstract: An engagement mechanism for a sternal clamp, the mechanism allowing for an open status where the clamp may be lengthened or shortened, a closing status where the clamp may only be shortened, and a locked status where the clamp cannot be lengthened or shortened, and wherein the device can be disposed in the locked status in differing overall lengths. The sternal clamp having a pair of rib plate members for affixation to the ribs.

Abstract: An engagement mechanism for a sternal clamp, the mechanism allowing for an open status where the clamp may be lengthened or shortened, a closing status where the clamp may only be shortened, and a locked status where the clamp cannot be lengthened or shortened, and wherein the device can be disposed in the locked status in differing overall lengths.