5.5 MIS Spinal System Il Pedicle Screw hmanga siam a ni

Minimally invasive percutaneous approach with small incisions hian intraoperative blood loss nasa takin a tihtlem a, postoperative recovery rang tak a siam thei a ni.

Cement augmentation nena inmil tura duan a ni a, osteoporotic bone-ah fixation nghet tak a pe a, screw loosening risk nasa takin a ti tlem bawk.

Fluoroscopy-guided control hian pedicle targeting neih chhung hian absolute accuracy leh safety a tichiang a, procedure chhung zawngin leakage risk hniam tak a vawng reng a ni.

Mechanical lamah pawh a nghet hle

Pre-bent MIS rod hi screw head chhungah gap awm lovin a in fit tha hle a, stabilized spinal segment hrang hrangah force transmission chhunzawm zel leh rintlak tak a ni.

MIS Curved Rod chungchang a sawi

Φ5.5 diameter-a siam a ni a, a sei zawng chu 40mm atanga 110mm (5mm increments) leh 110mm atanga 120mm (10mm increments) inkar a ni a, patient lordosis nena inmil tur a ni.

Cortical Fixation chakna a ni

Optimized thread design hian screw insertion speed chak zawk, inmil zawk a siam thei a, chutih rualin pedicle cortex fixation strength a ti sang thei bawk.

• Osteoporotic fractures a awm thin

• Disc degeneration a awm thin

• Spinal stenosis a awm thin

• Spinal tumor a awm thin

• Implant a hlawhchham

• Revision dinhmun nghet lo

GB/T 13810-2017 chhunga Titanium Standard hmanga siam a ni

• ✓ TC4 Titanium siamna atana thiam, mechanical property tha tak leh biocompatibility nei tha tak.

• ✓ Mechanical test hi kum 3+ chhung strict taka archive a nih avangin a kalphung kimchang chu traceable a ni.

• ✓ Factory-direct improvement system khauh tak hmanga ≥98.9% quality rate-a vawn reng a ni.

Sub-Micron CNC hmanga siam a ni

• ✓ Sub-micron dikna atan CNC Turning, Milling, leh Wire EDM te tihchhuah a ni.

• ✓ Step hrang hranga Anodizing, Electropolishing, leh Matte/Mirror Finishing tih dan tur a awm.

• ✓ Breakaway nut ang chi complex parts te chu high-strength joining leh meticulous fitting.