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Optical 3D Metrology for High‑Precision Medical Components
Do you manufacture high‑precision medical components with micrometer-level precision?
Then visit Bruker Alicona at INTERTOOL in the Special Exhibition: Medical Technology & Micro-machining – Precision Made Visible and experience how optical 3D metrology supports your precision manufacturing quality assurance — for example in implants, surgical instruments, bone screws, and locking plates.
📍 Special Show on Micro‑Machining | Booth #20‑1001
From April 21–24, 2026, INTERTOOL brings the leading industrial manufacturing technologies to Wels, offering a platform for innovation in automation, production technology, and quality assurance.
🎯 We are giving away 10 free guest tickets for INTERTOOL!
Secure one of 10 complimentary entry tickets to INTERTOOL.
Check Out Our Trade Show Highlights
Quality Assurance in Medical Technology
Precise measurement of complex medical components
In medical technology, complex geometries and functional surfaces must be measured and documented with high precision. Manufacturers are subject to strict regulatory requirements, including:
- European Medical Device Regulation (MDR)
- U.S. Food and Drug Administration (21 CFR Part 820)
- Quality management systems according to ISO 13485
Optical 3D metrology helps manufacturers reliably inspect complex parts and provide reliable measurement data for quality documentation and process validation.
Contact-free measurement enables a full-surface analysis of geometry and surfaces – fast, reproducible, and with high resolution.
The µCMM measures outer and inner diameters, as well as form and positional tolerances, of components shorter than 10 mm in length.
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Typical applications
Orthopedic implants
- Measurement of surface structures to support osseointegration
- Analysis of roughness and microstructures
- Geometric measurement of complex implant shapes
Dental implants
- Analysis of thread geometry
- Measurement of micro- and nanostructures on implant surfaces
- Determination of roughness parameters to support osseointegration
- Geometric measurement of implant and abutment interfaces
Bone screws
- Analysis of thread geometry
- Measurement of cutting edges and cutting facets
- Inspection of radius and shape deviations
Locking plates
- Measurement of hole geometry
- Analysis of mating surfaces and functional surfaces
- Verification of form and position tolerances
Surgical instruments
- Measurement of cutting edges and microgeometries
- Analysis of surface roughness and functional surfaces
- Inspection for dimensional and geometric deviations
- Quality inspection of instruments such as forceps, scissors, or clamps
Countdown to Intertool 2026
Why Optical Metrology in MedTech?
Manufacturers of medical components face the challenge of reliably inspecting complex geometries and functional surfaces while meeting strict regulatory requirements.
Optical 3D metrology helps make manufacturing processes transparent and document measurement data in a reproducible manner—a key component of quality assurance and process validation.
Your benefits:
✔ Non-contact measurement of sensitive medical components
✔ Comprehensive analysis of geometry and surface structures
✔ High-resolution 3D measurement data for detailed quality assessments
✔Reproducible results for documentation and validation
✔ Support for regulatory requirements such as
- Medical Device Regulation (MDR),
- U.S. Food and Drug Administration (FDA), and
- ISO 13485
The Swiss Army Knife of Optical Metrology
The InfiniteFocus G6 is a universal optical 3D measuring instrument for form and surface roughness measurements. The measuring system operates in the micrometer and sub-micrometer ranges and delivers precise results regardless of the component’s size, material, geometry, weight, or surface condition.
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Meet us at Intertool
21 - 24 April, 2026
Messe Wels | Hall 20, Booth #20-1001
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