HOBBIT Posterior Cervical Spine 3.5/4.0 System

The Cervical Spine Screw System is desgned with occipital plate, transconnector, lamina hook, parallelled connector, two fixation systems. And the whole system is highly flexible, with greater adjustability andhigher safety, convenient for surgeon to complete occipitocervical fixation and occipitocervical fusion, focusing on curing degenerative disc disease, rheumatoid arthritis, deformity, trauma, tumor and infection.

Updated laminoplasty Plate is for the OPLL over multiple levels with maintained cervical lordosis. Multilevel cervical spondylosis with maintained cervical lordosis. Congenital canal stenosis with maintained cervical lordosis, Posterior compression from ligamentous hypertrophy with maintained cervical lordosis.

Patient Specific Implants are designed and produced according to patient derived CT data, facilitating reconstructive surgery.

Material: Titanium alloy Specifications: DMS Multi ST Abutment, φ4.4×1.0mm DMS Multi ST Abutment, φ4.4×1.5mm DMS Multi ST Abutment, φ4.4×2.5mm DMS Multi ST Abutment, φ4.4×3.5mm DMS Multi ST Abutment, φ4.4×4.5mm DMS Multi ST Abutment, φ5.5×1.5mm DMS Multi ST Abutment, φ5.5×2.5mm DMS Multi ST Abutment, φ5.5×3.5mm DMS Multi ST Abutment, φ5.5×4.5mm

Trauma Precision Fixation System, Two plates fixation for medial and lateral femur ensures better fixation strength and stability.

Anatomical Femoral Shaft Fracture Plate is designed for femoral shaft fracture, anatomical pre-contoured design with perfect anterior-posterior bow to fit the femur shaft.

Indications: Works with DMD/DME implants. Features Ensures safe implantation with accurate placement, reducing risk to surrounding tissues. Minimises the risk of damage to the sinus and nasal structures during surgery. Protects the inferior alveolar nerve for accurate implant placement. Ensures optimal implant depth and positioning for safe and effective results. Minimises surgical time and reduces patient recovery time by avoiding flap creation. Reduces reliance on intra-operative x-rays, reducing radiation exposure and simplifying the procedure.