Ti-oss® is made from 100% cancellous bone without any cortical portion. Innovative pulverizing technique allows multiporous structure, maximizing blood vessel ingrowth.
Average Ti-oss® pore size is more than three times of other world-leading product. This advanced manufacturing technique permits rapid absorption of blood or saline into the block
Low-temperature processing technique allows ideal, natural surface topography, the same as human bone, stimulating osteoblast activity. Vitrification phenomenon caused by high-temperature process has been completely controlled.
Pre HA structure, octacalcium phosphate crystal is found on the surface of Ti-oss®, resulting in fast bone formation
Unique 100% multiporous cancellous nature offers higher quantitative mass volume per gram unit, compared to other nonporous product. This leads to less material cost.
STEP 1: Remove any soft tissue or granulation tissue carefully and expose fresh bone.
STEP 2: Saturate Ti-oss® with patient's blood or normal saline or PRP (platelet-rich plasma.) Avoid distilled water.
Hold the syringe in an upright position.
Unscrew the cap from the applicator. Use a separate syringe to wet Ti-oss®. Directly inject the wetting fluid (physiological saline solution or the patient's blood or PRP) into Ti-oss® ganules. Depress the plunger and apply Ti-oss® directly to the defect site.
STEP 3: Protect the graft mass with membrane or PRF (platelet-rich fibrin.)
STEP 4: Tie up the wound carefully. Exposure to oral cavity may collect oral micro-organism, resulting in infection.
Bone regeneration and augmentation
Alveolar ridge defect
Avoid pressure on Ti-oss® particle to maintain multiporous nature. Breaking down of Ti-oss® to tiny pieces drops down the best advantages of Ti-oss®.
Following groups are not recommended to use Ti-oss®
Generalized or Localized Blood dyscrasia patient
Radiation therapy patient
Advanced Liver or Kidney disease
Effect on pediatric patients is not known
Do not overfill defects
Do not leave defect open
Store at the temperature range of 4-30°C [39.2-86°F]
Do not compromise blood supply to defect area
|Country of Manufacture||South Korea|
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