i-Fix Biomaterials

Bonegraft
bone graft biomaterials.

Alloplastic calcium phosphate bone void fillers for dental and maxillofacial defects — β-TCP and biphasic HA/β-TCP, supplied as granules, blocks, cylinders, sticks and wedges.

02 The range

The range.

Both are alloplastic calcium phosphate, and both resorb fully as the patient’s own bone replaces them.

Bonegraft TCP packaging
Bonegraft TCP — Beta-tricalcium phosphate bone graft

Pure β-TCP for dental and maxillofacial defects — no animal or human tissue derivatives, and no disease-transmission risk.

CompositionPure beta-tricalcium phosphate (β-TCP)
Porosity80%
Pore size400 µm (90% of pores)
Mechanical resistance3.0 MPa

Available forms: Granules — 0.1–0.5 mm, 0.5–1 mm, 1–2 mm · Blocks — multiple dimensions · Cylinders

Bonegraft BCP packaging
Bonegraft BCP — Biphasic calcium phosphate bone graft

A synthetic biphasic (HA/β-TCP) graft material for augmentation and void-filling, balancing resorption rate with scaffold stability across a wider range of forms and pack sizes.

CompositionBiphasic calcium phosphate (HA/β-TCP)
Packaging1 g – 30 g packs

Available forms: Granules — 0.1–0.5 mm through 3–4 mm · Crunch — 4–7 mm · Blocks, cylinders, sticks, wedges — various dimensions

03 Porosity and pore size

Specifications.

Bonegraft's own published comparison against conventional synthetic grafts.

PropertyBonegraftConventional grafts
Porosity 80% 45%
Pore size (90% of pores) 400 µm 50 µm
Mechanical resistance 3.0 MPa 0.5 MPa

04 Forms

Available forms.

TCP granules run 0.1–0.5, 0.5–1 and 1–2 mm; BCP extends to 3–4 mm granules and 4–7 mm crunch, plus sticks and wedges. Full dimension and pack-size tables are in the brochure below.

01 Granules 0.1–0.5 mm

Granules 0.1–0.5 mm

02 Granules 0.5–1 mm

Granules 0.5–1 mm

03 Granules 1–2 mm

Granules 1–2 mm

04 Blocks

Blocks

05 Cylinders

Cylinders

05 Chairside handling

Handling.

1 Step 1

Pour the granules directly into the defect site.

2 Step 2

Mix with the patient’s own blood for easy handling.

3 Step 3

Pack and shape the graft to fill the void.

4 Step 4

Condense to stabilize the graft before closure.

5 Step 5

Close over the site — no membrane required unless exposure risk exists.

06 Why synthetic

Key properties.

Sourced from Kamal Medtech's own published biomaterials documentation.

  • Fully synthetic — no animal or human tissue derivatives, no risk of disease transmission
  • 100% resorbable, replaced by the patient’s own bone over time
  • Mixes readily with patient blood for easy intraoperative handling
  • Interconnected, multidirectional porosity guides three-dimensional bone regeneration
  • Radiopaque — graft integration can be monitored on follow-up imaging
  • No membrane required unless there is a specific risk of graft exposure
Bone anatomy — augmentation sites

07 Documentation

Brochure.

Full specifications, sizing tables and case imagery.

Download the Bonegraft brochure
Bonegraft BCP packaging

Choosing between TCP and biphasic for a case?

Send the defect type, the volume and whether the site is contained — the material and format recommendation comes back with the brochure page it sits on.

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