As digital dentistry advances, precision remains critical. FineTune Print Matrix helps dental laboratories achieve a reliable and reproducible fit for Medentika CADCAM-CS analogs in 3D printed models. Different printers, materials, and settings often lead to variations in analog fit - resulting in adjustments, remakes, and inefficiencies. FineTune addresses this with a simple calibration approach.

FineTune Print Matrix

precise fit for every 3D printed model

The solution: calibrate once, produce with confidence

FineTune Print Matrix enables you to define the optimal offset for your specific 3D printing setup -ensuring consistent results across your workflow.

Key benefits

  • Predictable analog fit
  • Reduced manual adjustments
  • Lower remake rates
  • Improved workflow efficiency
  • Standardized model production
  • Consistent results across cases

How it works

1. Import the STL file

Select the correct STL file and import it into your printing software.

  1.  Ensure proper orientation: “GROUP A TOP-SIDE” facing upwards.

2. Print and test the fit
 After printing, insert analogs into the matrix.
 Each position represents a defined offset (positive and negative).

3. Apply the offset
 Use the identified value in your CAD/CAM workflow or printer settings.

When to recalibrate

  • Changing print material
  • Switching printers
  • Adjusting print parameters
  • Updating workflows

Precision made simple

With FineTune Print Matrix, you standardize your workflow, improve model accuracy, and reduce rework.
 Calibrate once - and produce with confidence.

1. Import the

STL file 

Select the correct STL file and import it into your printing software.
 Ensure proper orientation: “GROUP A TOP-SIDE” facing upwards.

2. Print and test the fit

After printing, insert analogs into the matrix.
 Each position represents a defined offset (positive and negative).

3. Apply the offset

 Use the identified value in your CAD/CAM workflow or printer settings.