Analog For Multi Unit 1.6 Abutment

The Analog for GDT Implants' Multi Unit 1.6 Abutment is used during the laboratory phase to replicate the precise position, angulation, and platform of the abutment within a working model. It allows dental technicians to fabricate accurate prosthetic restorations without needing access to the actual abutment. This analog ensures that the final prosthesis will align correctly with the clinical abutment in terms of fit, emergence profile, and occlusion. It is essential for creating precise and reliable screw-retained restorations.

We manufacture our Analog for Multi Unit 1.6 Abutment from stainless steel, chosen for its strength, precision, and resistance to wear during the model-making process. Stainless steel allows for repeated use without deformation, ensuring dimensional accuracy across multiple casts. It also resists corrosion during the laboratory workflow, including exposure to moisture and chemicals used in model preparation. These material qualities contribute to the consistency and longevity of the analog in high-precision laboratory procedures.

The Analog for GDT Implants' Multi Unit 1.6 Abutment is designed with a precisely machined base and indexing features that mirror the original abutment geometry. This ensures accurate transfer of the abutment’s spatial orientation into the model. Its stability within the cast prevents micro-movements during prosthesis construction, resulting in a restoration that fits passively and precisely at the time of clinical delivery. These design features are essential for minimizing chairside adjustments and improving the overall quality of the final prosthesis.

This analog is especially useful in full-arch and multi-unit cases where multiple abutments must be replicated accurately in the model. It is also beneficial in workflows that involve CAD/CAM design, as its consistent geometry supports high-resolution scanning. Technicians rely on it when producing provisional and final restorations that demand exact fit and occlusal precision. Its robust construction makes it ideal for cases where multiple adjustments or remakes may be required over time.