kכntur fכ mach fayn fayn wan di anatomical kכva fכ di humerus, we de mek i ebul fכ sikyuכr mכlti-planar εn mכlti-angle lכk. prεsis tכgεt di humeral kalkar fכ maksimal stεbiliti.

εkspεrt bεlεns di minimally invasive biomechanics. i de kip di blɔd saplai we de na di bɛlɛ sef wan, i de ridyus di injuri we di tisu dɛn gɛt, ɛn i de mek di bon dɛn wɛl kwik kwik wan afta dɛn dɔn du di ɔpreshɔn.

Ofa brayt aplikebiliti akɔs trauma ɔpreshɔn, ifɛktiv wan kɔba mɔlti-sɛgmɛnt, kɔminut, patɔlɔjik, ɛn kɔmpleks rivishɔn fraktrɔs prosidyuz.

Aksial Stebiliti fɔ Fraktrɔs Hilin

i de gi supεriכr aksial fiksεshכn fכ mεnten כl tu di akshal εn rotashכnal stεbiliti na di frakshכn sayt, we de aksεlεrat di hilin prכsεs fכ siriכs hכmerus frakshכn.

Anatomik Kɔmpreshɔn Lɔk

ficha dεm advans proksimal dual-skru nεst wit mכlti-planar lכk fikseshכn, we dεn dεn εksklusiv fכ kכnfכm to kכmpleks anatomical strכkchכ dεm na di sכlda.

Anatomik Malti-Planar Dizayn

kכnfכm seamles to di nεchכral kכva fכ di humerus, we de mek i ebul fכ mכlti-planar εn mכlti-angulכr lכk fכ robust implant-to-bon lod distribushכn.

Surgical Targeting Prɛsishɔn fɔ Tɔk

kכmpatibl wit wi hεy-prεsishכn tכgεt gayd dεm, we de mek sכh se dεn de yuz minimally invasive biomechanics fכ prεsiv krεs blכd saplai to di bon.

GB/T 13810-2017 & TC4 Titanium

• ✓ Ɔl di ɔtpidik implant dɛn de yuz taytaniɔm alɔy we de kɔnfɔm to GB/T 13810-2017.

• ✓ Kwalifay fɔ TC4 prodakshɔn, we de mek shɔ se i gɛt bɛtɛ mɛkanikal prɔpati ɛn bayɔkɔmpatibiliti.

• ✓ Dɛn kin arkiv di mɛkanikal tɛst dɛn strɛng wan fɔ 3+ ia, we de mek shɔ se dɛn ebul fɔ tray fɔ no am ful wan.

• ✓ Mentɛn am na ≥98.9% kwaliti pas rit via wan advans faktri kɔntrol sistɛm.

Sub-Micron CNC Mashin we dɛn kin yuz fɔ mek tin dɛn

• ✓ Prodakt dεm de כnda rigorous fayn polish, grind, εn כksidεshכn.

• ✓ CNC Turning, Milling, ɛn Wire EDM we dɛn ɛksɛkutiv fɔ sab-maykron ɔspitul akkuracy.

• ✓ Advans Anodayz, Ilɛktropɔlishin, ɛn Mat/Miro Finishing tɛknik dɛn.

• ✓ Ha-strεngth joyn εn mεtikulכs fitin כf kכmpleks lכk kכmכpכnt dεm.