• All Products
  • Spine (Cervical)
  • Spine (Thoracolumbar)
  • Joints
  • Biologics
  • Minimally Invasive Surgery (MIS)
  • Surgical Headlight
  • Instruments and Other Devices
Biologics

Berkeley Advanced Biomaterials Cem-OsteticĀ® Putty


Our synthetic GuBang™ and Cem-Ostetic® bone void fillers are developed using the most advanced Nano-Technology worldwide, which reaches the highest standard of the similar products widely used in US and Europe.


Key Features and Benefits

    GuBang™ product is Di-calcium phosphate biomaterial made from the combination of an ideal ratio of HAP and β-TCP, which keeps HAP's good osteoinductivity and brace effect after implantation into body, as well as β-TCP's good biocompatibility, osteoconductivity and osteoinductivity.
    Introduction of nanotechnology into GuBang™ manufacturing overcomes the weakness of HAP's slow degradation and β-TCP's rapid absorption.
    GuBang™ products are gradually degraded and absorbed by human body, to accomplish bone regeneration.
    Possession of inter-connected uniform pores to induce adherence and growth of bone cell, release of metabolite, and nutrition composition, which benefits growth of new bone.
    Good bioactivity which could induce bone cell proliferation and differentiation.

Indications

    Patients presenting bone defect, lesion or fractures
    All orthopedic and other applications where bone void fillers or bone substitutes are indicated
    Repair of Distal Radius Fracture
    Fill an Osteolytic Femoral Void in Revision Total Hip Arthroplasty
    Augmentation of Ankle Fracture Fixation in Osteoporotic Bone
    Treatment of Non-Ossifying Fibroma
    Treatment of Fibrous Dysplasia
    Repair of Metacarpal Bone Defects