HIGH VISCOSITY BONE CEMENT
with GENTAMYCIN (SYNIMED)
ADVANTAGES:
- Easy mixing: immediate homogeneity of the dough
- A long working period with an even, soft and easy-to-use dough
- Short final curing phase, which minimizes micromovements of the prosthesis during setting
- Excellent bone filling and mechanical retention
- Homogeneous radiopacity
- Addition of antibiotic does not affect the physical, mixing, handling or insertion properties of bone cement
- Sustained release of antibiotic
- Significant concentration of antibiotics at the level of the spongiosa and cortical bone
MATERIALS
PMMA-based powder with antibiotic
HIGH VISCOSITY BONE CEMENT (SYNIMED)
ADVANTAGES:
- Easy mixing: immediate homogeneity of the dough
- A long work period with an even, soft and easy-to-use dough
- Short final curing phase, which minimizes micromovements of the prosthesis during setting
- Excellent bone filling and mechanical retention
- Homogeneous radiopacity
MATERIALS
PMMA-based powder
LOW VISCOSITY BONE CEMENT
with GENTAMYCIN (SYNIMED)
ADVANTAGES:
- Easy mixing with perfect homogeneity
- A prolonged flow phase with low viscosity, allowing easy application with a syringe
- Reliable prosthesis placement and long-lasting fixation
- A long work period with a soft, easy-to-use dough
- Short final curing phase, which reduces the risk of micromovement of the prosthesis during the waiting time
- Homogeneous radiopacity
- Addition of antibiotic does not affect the physical, mixing, handling or insertion properties of bone cement
- Sustained release of antibiotic
- Significant concentration of antibiotics at the level of the spongiosa and cortical bone
MATERIALS
PMMA-based powder with antibiotic
LOW VISCOSITY BONE CEMENT (SYNIMED)
ADVANTAGES:
- Easy mixing with perfect homogeneity
- A prolonged flow phase with low viscosity, allowing easy application with a syringe
- Reliable prosthesis placement and long-lasting fixation
- A long work period with a soft, easy-to-use dough
- Short final curing phase, which reduces the risk of micromovement of the prosthesis during the waiting time
- Homogeneous radiopacity
MATERIALS
PMMA-based powder
