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MEDICAL DEVICES

Due to the critical nature of its work, the medical device industry demands the highest quality standards. Over the years, these devices have continuously improved, ensuring efficiency and safety through rigorous quality controls and characterizations. Sensofar’s optical systems play a crucial role by providing valuable insights into device functionality, enabling fast, versatile, and non-contact assessments.

Surface texture of myriad medical devices, including intraoperative devices, prosthetics, implantable devices, and diagnostic platforms like microfluidic chips.

Solutions that provide comprehensive characterization, including measurements of roughness and form, even in complex-shaped or hard-to-reach areas of implants.

Critical dimension measurements, volume calculations, and particle detection to learn different aspects of the devices.

Systems that adhere to well-established calibration and certification procedures, ensuring they provide accurate and meaningful data.

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Applications

IMPLANTS

PROSTHETICS

SURGICAL INSTRUMENTS

MONITORING DEVICES

OPHTHALMIC LENSES

DIAGNOSTIC DEVICES

Are you interested in solutions for the optical inspection of stents?

Inspection of stents

Are you interested in solutions
for the optical inspection of stents?

Inspection of stents

Get answers to your questions!
Connect with an expert

Just write us an email or search for
a direct contact near you.

Get answers to your questions!
Connect with an expert

Just write us an email or search for
a direct contact near you.

Case studies

Morphological surface analysis to study cell viability

2 March, 2023 Case study, Life science, Medical Devices

In this study, we show non-invasive morphological surface analysis techniques matching well-assessed biochemical methods to clearly distinguish physiological from pathological cells.

The effect of surgical insertion on dental implant surface topography

5 December, 2019 Case study, Dental implants, Medical Devices, Micro-manufacturing

Medical implant manufacturing and control

3 December, 2019 Case study, Laser, Medical Devices, Medical implants, Micro-manufacturing

Characterization of microchannels fabricated with laser for microfluidic applications

4 November, 2019 Case study, Lab-on-a-chip, Laser, Medical Devices, Molding

Finite element analysis regarding the propagation of transient vibrations from handheld equipment

15 October, 2019 Case study, Medical Devices, Tribology

Webinars

Best tips for Dental Implants surface characterization

An intense amount of implant research has been focused on the development of new surface treatments to increase surface roughness, aiming to enhance the biological response and ultimately, the osteointegration.

Watch the webinar

Bridging metrology and healthcare: Surface characterization of medical devices

Discover how our comprehensive solutions include general-purpose optical profilers and specialized surface inspection equipment for defect detection.

Watch the webinar

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A versatile artificial skin platform for sweat sensor development

Emma J. M. Moonen, Tanveer ul Islam, Sebastiaan van Kemenade, Eduard Pelssers, Jason Heikenfeld, Jaap M. J. den Toonder - Lab on a Chip Volume 23, Pages 2268-2275

Design of a self-unfolding delivery concept for oral administration of macromolecules

Jacob Rune Jrgensen, Lasse Hjlund Eklund Thamdrup, Khorshid Kamguyan, Line Hagner Nielsen, Hanne Mrck Nielsen, Anja Boisen, Thomas Rades, Anette Mullertz - Journal of Controlled Release Volume 329, Pages 948-954

Deoxyribonucleic Acid as a Universal Electrolyte for BioFriendly LightEmitting Electrochemical Cells

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Droplet volume variability as a critical factor for accuracy of absolute quantification using droplet digital PCR

Alexandra Bogozalec Kosir, Carla Divieto, Jernej Pavsic, Stefano Pavarelli, David Dobnik, T. Dreo, R. Bellotti, Maria Paola Sassi, Jana Zel - Analytical and Bioanalytical Chemistry Volume 409, Pages 6689-6697

Design and fabrication considerations, numerical modelling, and testing of a MEMS microgripper

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A Mesofluidics-Based Test Platform for Systematic Development of Scaffolds for In Situ Cardiovascular Tissue Engineering

Anthal I.P.M. Smits, Anita DriessenMol, Carlijn V. C. Bouten, F.P.T. Baaijens - Tissue Engineering Part C Methods Volume 18, Pages 475-485

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MEDICAL DEVICES

Get answers to your questions! Connect with an expert

Just write us an email or search for a direct contact near you.

Get answers to your questions! Connect with an expert

Just write us an email or search for a direct contact near you.

Case studies

Morphological surface analysis to study cell viability

The effect of surgical insertion on dental implant surface topography

Medical implant manufacturing and control

Characterization of microchannels fabricated with laser for microfluidic applications

Finite element analysis regarding the propagation of transient vibrations from handheld equipment

Webinars

Best tips for Dental Implants surface characterization

Bridging metrology and healthcare: Surface characterization of medical devices

Related publications Show all >

Get answers to your questions!
Connect with an expert

Just write us an email or search for
a direct contact near you.

Get answers to your questions!
Connect with an expert

Just write us an email or search for
a direct contact near you.