LeiLa Bone Substitutes

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LeiLa Bone Substitutes

BONE GRAFT GRANULES AND INJECTABLES

Introducing our line of advanced bone substitute products - the perfect solution to promote new bone growth and integration.

Porous, fully synthetic, and highly resorbable bone graft biomaterials.

REDY

Hydroxyapatite Paste

BONE MATTER

Bone Graft Granules

TaBle of Contents
LeiLa Bone Substitutes
Hydroxyapatite (HA) Paste Injectables
Bone Graft Granules
Why choose LeiLa?
Studies

LeiLa REDY

Hydroxyapatite (HA) Paste Injectables

The LeiLa REDY HA Paste is composed of water-based nano-hydroxyapatite paste, offering excellent mechanical strength, ease of application, and perfect osteointegration. Its injectable form and ready-to-use syringes make it convenient and easy to use in various bone defect situations.

This synthetic (Alloplast) ceramic paste is intended to be used for filling and supporting the ingrowth of adjacent viable bone in bone defects that are not intrinsic to the stability of the bone structure. It may also be used for filling bone defects in the case of fractures, resection of benign tumors or cysts, and for filling autograft harvest sites. The paste may also be applied to defects of the alveolar ridge or wall inclusive extraction sockets, and for filling periodontal bone defects.

It is resorbed and replaced by natural bone as the bone healing process occurs, and the paste can be molded to follow the natural contrours of the bone. In many cases, it can spare the patient the trauma of autograft harvesting and provides a sterile fully synthetic alternative to animal cadaver bone, and is therefore free of the risk of disease transmission.

LeiLa REDY HA Paste

1 x 2.5 g ready-to-use syringe, sterile
Product Code: 132-9025-00

1 x 2.5 g Syringe

LeiLa REDY ONEg HA Paste

3 x 1 g ready-to-use syringes, sterile
Product Code: 140-2011-00

3 x 1 g Syringes

LeiLa Bone Matter

Bone Graft Granules

LeiLa Bone Matter is a porous, fully synthetic ceramic bone graft biomaterial composed of pure beta-tricalcium phosphate (β-TCP). 

It is designed to be used as a bone void filler or augmentation material for bone defects that are not intrinsic to the stability of the bony structure such as fractures with bone defects, vertebral arthrodesis, tibial osteotomy, tibial and femoral fractures, total knee and hip revisions, and spinal surgery.

LeiLa Bone Matter features a multidirectional interconnected porosity that guides the three-dimensional bone regeneration. As bone healing occurs, Bone Matter is resorbed and replaced by new bone.

LeiLa Bone Matter

99.9% tricalcium phosphate
in economical 5 x 1 g packages, sterile
Product Code: 140-1011-00

5 x 1 g Granules

Easy Application
  1. 1
    Open the pouch and remove the vial. Place LeiLa
    Bone Matter granules in a proper receptacle.
  2. 2
    Mix LeiLa Bone Matter granules with the patient’s
    blood or autologous bone marrow to create a
    composite graft. PRP may also be used.
  3. 3
    Mix everything well using a spatula.
  4. 4
    The bone defect is cleaned and prepared to remove
    any damaged tissue or debris.The bone surface must
    be freshened and slightly bleeding to ensure good
    contact between the composite graft and the host
    bone tissue.
  5. 5
    Pack the composite graft tightly into the bone
    defect, making sure it is in contact with the
    cancellous bone tissue and fi lling any voids or
    gaps in the defect. The graft is then tamped or
    compressed to ensure good contact between the
    granules and the host bone tissue.
  6. 6
    Close the surgical site completely making sure that
    the wound closure is airtight. LeiLa Bone Matter
    is highly bioactive and undergoes total resorption
    within 1 to 6 months. It is replaced by new bone
    tissue during the healing process.
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Why choose

LeiLa Bone Substitutes? 

Our products are offered at very competitive prices, and these in outstanding quality. The RITA LEIBINGER LeiLa Bone Substitutes not only offers you great value for money, they also provide a spectrum of advantages compared to similar products in the market.

Resorbable 

Bone substitute is resorbed and replaced by new bone

Excellent Mechanical Strength

and highly interconnected porosity

High Cohesiveness

The high cohesivity of its particles allows conserving the volume of the initial cavity

100% Synthetic

Provides an alternative to autologous bone graft harvesting and to animal cadaver bone

Perfect Osteointegration

and Ostoeconduction

Induces regeneration and bone growth as it stimulates Osteoblasts

Radiopaque 

Allows the monitorization of the graft osteointegration 

Easy Application

Offered in ready-to-use syringes

0% Risk

of Disease Transmission

Because it does not contain animal or human tissues or derivatives

Proven Effective.

Time-Tested Quality.

Hydroxyapatite has been subjected to extensive and successful clinical studies for many years. It has demonstrated promising outcomes in terms of promoting bone healing, improving bone quality, and providing structural support, making it a valuable tool for veterinary orthopedic surgeons.

These studies provide evidence supporting the efficacy and potential of synthetic Alloplast ceramic containing a water-based nano-hydroxyapatite paste as a bone substitute material in veterinary medicine.

Studies

Evaluation of Two Configurations of Hydroxyapatite and Beta-Tricalcium Phosphate in Sinus Grafts with Simultaneous Implant Installation: An Experimental Study in Rabbits 

Authors: Ricardo Garcia Mureb Jacob, et al. | Dentistry Journal | 2023

The study fround that both forms supported favorable healing; granules showed higher early bone formation, but long-term outcomes were similar.

 Read this study

β-tricalcium phosphate for bone substitution: Synthesis and properties 

Authors: M. Bohner, et al. | Acta Biomaterialia | 2020

The study highlights that β-tricalcium phosphate (β-TCP) is a widely used synthetic bone graft substitute due to its excellent osteoconductive and osteoinductive properties, supporting new bone formation. The study emphasizes that β-TCP undergoes cell-mediated resorption, allowing gradual replacement by natural bone while maintaining structural support during healing.

 Read this study

Bone substitutes: a review of their characteristics, clinical use, and perspectives for large bone defects management 

Authors: G. Fernandez de Grado, L. Keller, et al. | Journal of Tissue Engineering | 2018

According to this study, hydroxyapatite (HA) is a highly biocompatible and osteoconductive material with good compressive strength but slow resorption and limited fracture toughness. The study notes that combining HA with tri-calcium phosphate or collagen improves its biological and mechanical performance, though further clinical validation is needed.

 Read this study

Hydroxyapatite: A Comprehensive Review of Its Properties, Applications, and Future Trends

Authors: I. Redhwi, A. Fallatah, F. Alshabona | Intl Journal of Biomedical Materials Research | 2024

The study highlights that hydroxyapatite paste is highly biocompatible, osteoconductive, and effective in promoting bone regeneration, making it well-suited for medical applications such as bone repair and dental treatments. It further emphasizes that its porous structure supports nutrient exchange and cellular infiltration, reinforcing its value in bone tissue engineering and regenerative medicine.

 Read this study

Questions?

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LeiLa Bone Substitutes

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