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Using the Olympus OLS4100 Laser Confocal Microscope to Measure Surface Roughness on the Metal Part of Dental Implants


Background

The surface roughness of the root portion of dental implants is important because roughness increases the overall surface area which, in turn, increases the implant’s stability. The metal portions of dental implants often undergo multiple processing stages to increase roughness including blasting, acid etching, anodic oxidation, and polishing. The optimum surface roughness for dental implants is between 1–10 μm. In Japan, dental implant manufacturers are required to verify the measurements of surface roughness using a laser confocal microscope. Failure to have appropriate roughness can lead to poor adhesion of an implant to a patient’s oral cavity.

The Olympus solutions

The Olympus OLS4100 laser confocal microscope offers exceptional accuracy and precision in measuring the roughness of dental implant surfaces. The OLS4100’s high resolution and ability to measure steep angles mean that shapes of varying geometry are accurately and precisely measured (Figure 1). The microscope has long working distance objectives so that larger objects, such as dental implants, can be inspected.

Features of the product

The Olympus OLS4100 gives you the ability to make 3D observations with ultra-high-resolution measurements and a high pixel density. The varying objectives give you the flexibility of having a working distance capable of accommodating larger objects, such as dental implants. The OLS4100 features high inclination sensitivity for making accurate measurements of complex and steep-sided irregularities.

Image

Dental implant surface measurements using the ols4100-01
Dental implant surface measurements using the ols4100-02
Dental implant surface measurements using the ols4100-03
Figure 1: Dental implant surface measurements using the OLS4100

Olympus IMS

Products used for this application


LEXT OLS5000NEW

With the Olympus LEXT OLS5000 laser scanning confocal microscope, noncontact, nondestructive 3D observations and measurements are easy to produce. Simply by pushing the Start button, users can measure fine shapes at the submicron level. Ease of use is combined with leading-edge features to deliver an acquisition speed four times faster than our previous model. For customers with larger samples, LEXT long working distance objectives and an extended frame option allow the system to accommodate samples as large as 210 mm.
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