Mountains® surface analysis software is a trusted platform for 3D surface texture analysis used across research and industry. In dentistry and dental materials science, researchers and clinicians use Mountains® to characterize dental surfaces, implants, prosthetics and treatments, gaining quantitative insights into wear, roughness, erosion and biological interactions.
From enamel wear and erosion to implant surface topography and bacterial adhesion, Mountains® helps dental professionals move beyond visual inspection to robust, reproducible surface measurements.
Who uses Mountains® for dental surface analysis?
✅ Dental researchers studying enamel wear, erosion and abrasion
✅ Implantology specialists optimizing surface topography for osseointegration
✅ Biomaterials scientists working on dental prosthetics and coatings
✅ Tissue engineers and clinicians investigating surface-biofilm interactions
✅ Academics, PhD students and educators in dental science and oral health
Key features for dental surface analysis
- 3D surface texture analysis based on ISO standards: apply form and waviness removal, then quantify surface roughness and texture using ISO 25178 parameters. Ideal for comparing dental materials, treatments and implant surfaces under controlled conditions.
- Dental wear & erosion analysis: quantify enamel loss, erosive wear and abrasion using surface subtraction, volume loss measurements and profile analysis. Suitable for both in vitro and in vivo studies using profilometry, confocal microscopy or intra-oral scanners.
- Multi-scale (scale-sensitive) surface analysis: investigate how surface properties evolve across magnifications and spatial scales. This is particularly valuable for correlating micro- and nano-scale features with biological response.
- SEM 3D image reconstruction: reconstruct 3D surfaces from SEM images to study fine surface details on enamel, bone or implant materials, offering new perspectives on erosion and pathology.
- Surface geometry & profile analysis: measure step heights, angles, curvatures and cross-sections on dental surfaces, restorations and prosthetics to assess manufacturing quality, wear patterns and treatment outcomes.
- Easy visualization & reporting: Mountains® offers an intuitive, desktop-publishing-style interface that makes it easy to generate publication-ready 3D views, graphs and statistical reports, even for non-specialists.
- Automated and batch processing: automate the processing of large datasets and perform statistical analysis for comparative dental studies and clinical research.
Try Mountains® for dental surface analysis – Free for 30 days
No credit card required. Full feature access. Discover what your dental surfaces really reveal.
Featured dental surface analysis case studies
- Dental implantology: key topographic parameters in surface bacterial adhesion
- Detecting and quantifying erosive wear in enamel
- Monitoring tooth erosion using intra-oral scanners
- SEM-based 3D reconstruction for bone and enamel erosion pathology
Recent publications in dental surface analysis citing Mountains® software
- Keratin mediated protection of eroded enamel against abrasion-A pilot study
- Dental surface restoration using Ca-caseinate bio/nano colloids: converged roughness parameters reveal heterogeneous tooth surface reactivity
- Comparison of surface treatment protocols for a 3D‐printable resin for definitive crowns: Effects on surface roughness and bonding performance
- The Influence of Different Zirconium Oxide Processing Variants on Selected Parameters of Roughness, Surface Wettability, and Phase Transformations
- Picosecond Laser-Engineered Osteon-Inspired Concentric Micropatterns on Titanium Implants Regulate Cellular Behaviour to Facilitate Osseointegration
- Mechanochemical Optimization of Composite–Substrate Interfaces for Durable Repair Adhesion to Metal and Zirconia: An In Vitro Study
- Keratin protein mediated bio-remineralisation of early enamel erosion. A pilot study
- Penetration depth and enamel hardness effects of resin infiltrate and fissure sealant in MIH-affected molars: An in-vitro comparison
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