- Sulzer Mixpac T-Mixer (1:1, 50ml) Yellow with Natural Element - 50's Pack
- The new, shorter T-Mixer generation reduces material waste in the mixing tip by up to 40% as compared with today’s 2K mixing tips.
-The familiar MIXPAC™ helix mixing tips are optimized with the new T-Mixer generation. Original MIXPAC™ T-Mixer guarantees perfect mixing results while saving on material.
- The latest mixing geometry revolutionizes the principle of static mixing. The T-Mixer combines shear force and strain flow.
- The individual molecules and polymer chains are distributed more homogeneously, which achieves perfect reactivity of the material.
- The combination of shear and strain optimize molecular networking
- Higher mixing quality with the same number of elements
- Optimized material flow properties with low force applied
- State-of-the-art mixing technology for homogenous mixing results.
BENEFITS:
RISK OF FAILURE: Improper mixing may cause air entrapments or incomplete setting of the impression material, resulting in inaccurate impressions
POOR MIXING RESULTS: - Inhomogenously mixed dental materials, - Unpredictable and inaccurate clinical results, - Risk of additional costs and time needed to remake impressions and reappoint the patient.
INCOMPATIBILITY: - Loose or improper-fitting components, - Leakage or cross-contact of dental materials, - Additional time and cost
- Sulzer Mixpac T-Mixer (1:1, 50ml) Yellow with Natural Element - 50's Pack
- The new, shorter T-Mixer generation reduces material waste in the mixing tip by up to 40% as compared with today’s 2K mixing tips.
-The familiar MIXPAC™ helix mixing tips are optimized with the new T-Mixer generation. Original MIXPAC™ T-Mixer guarantees perfect mixing results while saving on material.
- The latest mixing geometry revolutionizes the principle of static mixing. The T-Mixer combines shear force and strain flow.
- The individual molecules and polymer chains are distributed more homogeneously, which achieves perfect reactivity of the material.
- The combination of shear and strain optimize molecular networking
- Higher mixing quality with the same number of elements
- Optimized material flow properties with low force applied
- State-of-the-art mixing technology for homogenous mixing results.
BENEFITS:
RISK OF FAILURE: Improper mixing may cause air entrapments or incomplete setting of the impression material, resulting in inaccurate impressions
POOR MIXING RESULTS: - Inhomogenously mixed dental materials, - Unpredictable and inaccurate clinical results, - Risk of additional costs and time needed to remake impressions and reappoint the patient.
INCOMPATIBILITY: - Loose or improper-fitting components, - Leakage or cross-contact of dental materials, - Additional time and cost