Restore Bone with Precision

Successful implant treatment often begins with adequate bone volume. Purgo THE Graft™ Bone Graft Syringe provides a convenient, pre-filled delivery system that simplifies graft placement while supporting predictable bone regeneration.

Furthermore, the syringe allows clinicians to deliver graft material directly into extraction sockets and other bone defects with excellent control. As a result, procedures become cleaner and more efficient while reducing material waste. Consequently, clinicians can complete grafting procedures with greater confidence.

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Natural Bone Regeneration

The graft material is manufactured from highly purified porcine bone mineral. Therefore, it closely resembles the mineral structure of human bone while providing an osteoconductive scaffold for new bone formation.

In addition, the proprietary manufacturing process removes organic components that could trigger unwanted immune reactions. As a result, the material maintains excellent biocompatibility while preserving its natural porous architecture.

Moreover, the interconnected pore structure promotes rapid blood absorption and cell migration. Consequently, healing progresses efficiently as the graft gradually remodels and is replaced by newly formed bone.

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Key Features

• Ready-to-use pre-filled syringe
• Natural porcine bone mineral
• High porosity for rapid fluid absorption
• Excellent osteoconductive properties
• High biocompatibility
• Gamma sterilized
• Convenient delivery into confined defects
• Gradually remodels during healing
• Available in multiple particle sizes
• Suitable for a wide range of regenerative procedures

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Benefits for Implant Surgery

Reliable bone regeneration supports long-term implant success. Therefore, this grafting material provides clinicians with an efficient solution for managing extraction sockets and bone deficiencies.

Furthermore, the syringe format simplifies placement in narrow or difficult-to-access surgical sites. As a result, clinicians achieve better handling while reducing contamination risks.

Additionally, the porous mineral matrix supports vascularisation and bone formation throughout the healing period. Consequently, regenerated bone provides a stable foundation for future implant placement.

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Technical Specifications

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Clinical Applications

Recommended for:

• Socket preservation
• Guided bone regeneration (GBR)
• Sinus floor elevation
• Horizontal ridge augmentation
• Vertical bone augmentation
• Peri-implant bone defects
• Immediate implant procedures
• Periodontal bone defects

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Why Choose Purgo THE Graft™?

Every successful implant begins with a stable foundation. This regenerative material combines high purity with a natural porous structure that supports predictable healing.

Additionally, the syringe delivery system simplifies graft placement while improving handling during surgery. As a result, clinicians benefit from efficient application and dependable regenerative outcomes.

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Why Buy from TransAfrica Medical Supplies?

TransAfrica Medical Supplies supplies genuine Purgo regenerative products supported by experienced dental professionals.

When you purchase from us, you receive:

• Genuine Purgo biomaterials
• Professional product support
• Nationwide delivery across Kenya
• Reliable after-sales service
• Fast order fulfilment
• Trusted supplier for implant clinics and hospitals

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Frequently Asked Questions

What is Purgo THE Graft™ Syringe used for?

It is used to regenerate bone before or during implant treatment, particularly for socket preservation, guided bone regeneration and sinus augmentation.

What is the graft material made from?

It is manufactured from highly purified porcine-derived bone mineral that closely resembles the mineral structure of human bone.

Why use the syringe version?

The syringe provides precise delivery into extraction sockets and confined defects, making placement easier while reducing material waste.

Does the graft remain permanently?

No. The material gradually remodels during healing and is progressively replaced by newly formed bone.