Customizated Solutions

3.5mm Pediatric tibial sliding locking plate with anatomically precontoured low profile design is indicated for pediatric proximal tibial fracture.

The screws have cannulated design that can facilitate accurate percutaneous insertion with minimal invasion, mainly used for osteotomies, bone nonunions, and arthrodeses.

Indications: For Multi-unit Abutment, Multi-unit Abutment Plus. Material: Titanium(Ti6Al4V ELI) Specifications Length: 5mm/8mm

Material: Titanium alloy Specifications: DMR Mini Multi 17° Angled Abutment, φ4.8×2.0mm DMR Mini Multi 17° Angled Abutment, φ4.8×3.0mm DMR Mini Multi 17° Angled Abutment, φ4.8×4.0mm DMR Mini Multi 30°   Angled Abutment, φ4.8×3.0mm DMR Mini Multi 30°   Angled Abutment, φ4.8×4.0mm DMR Mini Multi 30°   Angled Abutment, φ4.8×5.0mm DMR Multi 17° Angled Abutment, φ3.3×2.5mm DMR Multi 17° Angled Abutment, φ3.3×3.0mm DMR Multi 17° Angled Abutment, φ3.3×4.0mm DMR Multi 30° Angled Abutment, φ3.3×3.5mm DMR Multi 30° Angled Abutment, φ3.3×4.0mm DMR Multi 30° Angled Abutment, φ3.3×5.0mm

Indications Designed for osteogenic space maintenance, bone block fixation and biological bone augmentation. Material: Stainless steel Kit includes: φ1.0mm GBR  Bone Screw Kit φ1.3mm GBR  Bone Screw Kit φ1.0mm Bone Screw Kit includes: Bone drill, φ0.9×12×35 Screw driver, T4×20mm Screw driver, T4×40mm Screw driver, T4×55mm Nail holder Screw Handle, 22×100mm Positioner, 100×50mm φ1.3mm Bone Screw Kit Includes: Bone Drill, φ1.1×12×35mm Screw driver, T4×20mm Screw driver, T4×35mm Screw driver, T4×55mm Screw Handle, 22×100mm Positioner, 100×50mm

PU Negative Pressure Foam Dressing Kit is for the NPWT device. Negative Pressure Wound Therapy Device combines the design advantages of increased pressure, smart monitoring system and built-in battery, covering the indications of diabetic foot wounds, pressure ulcers and traumatic wounds

Ankle Arthrodesis Nail is designed for severe foot and ankle deformity and arthritis.

MD Fifth Metatarsal Locking Plate is used for 5th metatarsal bone proximal fracture.