Case Study: Hitachi's SEM and Ion Milling Systems Aid BIOTRONIK's Biomedical Technology Research

Product catalog summary

Background

BIOTRONIK is a global leader in medical technology, focusing on cardiovascular, endovascular, and neuromodulation therapies. With over 60 years of experience, the company prioritizes patient well-being and operates in over 100 countries.

Objectives

Improve preparation and imaging of complex medical samples.
Enhance quality control through advanced analytical tools.
Achieve powerful analysis results quickly for precise insights.

Equipment Selection

BIOTRONIK conducted a thorough tender process to select new equipment for their R&D department, ultimately choosing Hitachi's ArBlade 5000 Broad Ion Beam Milling system and SU7000 Field Emission Scanning Electron Microscope (SEM). The decision was influenced by the SEM's Schottky emitter and its versatility with non-conductive samples.

Results

Artefact-free sample preparation and outstanding visualization of cross-sections.
Enhanced service portfolio in BIOTRONIK's analytics department, setting new benchmarks in precision.
Successful integration of the Argon Ion Polisher with the microscope's features.

Use Cases

Use-Case 1: Characterization of the bond between a laser-structured surface and synthetic resin using a primer. The ArBlade 5000 revealed a gap-free bond, highlighting the adhesive properties of the nanostructure.

Use-Case 2: Characterization of the functional fractal Iridium coating. The ArBlade 5000 provided an artefact-free cross-section, showing the adhesion layer between the substrate and coating.

Conclusion

The integration of Hitachi's systems has significantly enhanced BIOTRONIK's research capabilities, providing precise and reliable results. The collaboration between the two companies has been seamless, with Hitachi offering comprehensive support and complementary systems.

Catalog excerpts

Case Study: Hitachi's SEM and Ion Milling Systems Aid BIOTRONIK's Biomedical Technology Research-1

Case Study Hitachi’s SEM and Ion Beam Milling Systems Aid BIOTRONIK’s Biomedical Technology Researc

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Case Study: Hitachi's SEM and Ion Milling Systems Aid BIOTRONIK's Biomedical Technology Research-2

Background At BIOTRONIK, patient well-being is our top priority and has been for over 60 years. BIOTRONIK is a leading global medical technology company with products and offerings that save and improve the lives of millions suffering from heart and blood vessel diseases as well as chronic pain. Driven by a purpose to perfectly match technology with the human body, we are dedicated innovators who develop trusted cardiovascular, endovascular and neuromodulation therapies. BIOTRONIK is headquartered in Berlin, Germany, and is represented in over 100 countries across the Americas, EMEA (Europe,...

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Case Study: Hitachi's SEM and Ion Milling Systems Aid BIOTRONIK's Biomedical Technology Research-3

Understanding the Complex Nature of the Materials and Their Structure-Property Relationship in the Cardiac Rhythm Management Industry Sample Preparation ArBlade 5000 Broad Ion Milling system When looking for new equipment to improve the preparation and analysis of various specimens in their company’s R&D department, BIOTRONIK carried out a very thorough tender process, benchmarking options and testing them against various highly challenging Cardiac Rythm Management sample types. switching to a latest-generation device with a Schottky emitter really was a game changer. Furthermore, the versatile...

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Case Study: Hitachi's SEM and Ion Milling Systems Aid BIOTRONIK's Biomedical Technology Research-4

Biotronik Use-Case 1 Characterisation of the bond between a laser-structured surface and a synthetic resin with the use of a primer. Characterisation of the functional fractal Iridium coating. Typical metallic surface after laser structuring to improve the mechanical clarification of the synthetic resin. The sample preparation with the ArBlade 5000 reveals an artefact free cross section of the Iridium Coating. In addition, adhesion layer between the substrate and the coating in the range of 80nm to 90nm is visible. At high magnifications, a nanostructure becomes visible on the surface and is...

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Case Study: Hitachi's SEM and Ion Milling Systems Aid BIOTRONIK's Biomedical Technology Research-5

More information If you would like help choosing the best product for your needs, or if you’re looking for advice on how to optimise your microscopy, our experts are ready to assist. Contact us today to learn how Hitachi can enhance your lab’s capabilities. This publication is the copyright of Hitachi High-Tech Europe GmbH and provides outline information only, which (unless agreed by the company in writing) may not be used, applied or reproduced for any purpose or form part of any order or contract or regarded as the representation relating to the products or services concerned. Hitachi High-Tech...

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