A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A paste/paste system for restoring fractured anteriors, anterior cavities, pits and fissures in pre-molars and gingival erosion. Properties include compressive strength of over 40,000 psi and diametral strength of over 7200 psi. Outstanding esthetic and optical properties creating a smooth consistency and natural appearance. No refrigeration required.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

A paste/paste system for restoring fractured anteriors, anterior cavities, pits and fissures in pre-molars and gingival erosion. Properties include compressive strength of over 40,000 psi and diametral strength of over 7200 psi. Outstanding esthetic and optical properties creating a smooth consistency and natural appearance. No refrigeration required.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.

A new anterior-posterior no compromise, highly polishable restorative which combines the handling convenience of light cured materials with the superior physical characteristics of the most advanced composites. It contains a blend of fine x-ray opaque glass and sub-micron silica fillers. Such a combination allows for a high filler content (83%) and provides x-ray opacity without impairing polishability. This gives the advantages of a microfilled restorative while retaining the superior properties of the highly filled composites. Superior esthetics due to well balanced opacity and availability of more than fifteen shades.

Spectron TRA is a light-cured, resin-based radiopaque all purpose restorative that is a highly polishable, 76% filled microhybrid composite with an average filler particle size of less than 7 microns. The material applies easily and is ideally suited for anterior and posterior applications.