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ATLANT 3D

Biotech & Medical Devices

Biotech & Medical Devices

Design at the Scale of Life 

In both biotechnology research and medical device development, the ability to control material properties at the molecular level opens new possibilities.

From lab-on-chip devices to advanced implant coatings, precise material integration enables next-generation bio-interfaces. 

Beyond the Boundaries
of Traditional Processing

Transform Biotechnology
Research 

  • Create precise microfluidic structures
  • Design controlled biological interfaces
  • Enable rapid prototyping of sensor arrays
  • Develop gradient material properties

Enhance Medical
Device Design

  • Engineer anti-bacterial surfaces with WO₃
  • Build protective barriers using Al₂O₃
  • Integrate gas sensing elements with SnO₂
  • Pattern on complex device geometries

Process Control 

  • Layer precision: 0.3 nm steps
  • Current patterning: 400 µm (25 µm in development)
  • Temperature range: RT to 300°C
  • Process speed: 0.1-100 mm/s

Material Systems 

  • Biocompatible Layers: Al₂O₃
  • HfO₂
  • TiO₂
  • Active Surfaces: WO₃ for self-cleaning properties
  • Sensing Elements: SnO₂
  • ZnO
  • Conductive Components: Pt
  • Ir

Platform Compatibility

  • Silicon substrates
  • Glass platforms
  • Polymer materials
  • Specialized surfaces:

Fused silica, Borosilicates

Research Outcomes 

Process Capabilities 

 – Direct material patterning
 – Selective area deposition
 – Multi-material integration
 – Gradient formation
 – Conformal coating in structures up to 60µm 

Research & Development Areas 

 – Lab-on-chip devices
 – Biosensor platforms
 – Anti-bacterial surfaces
 – Protective medical coatings
 – Advanced diagnostic systems 

Discuss Your Research Requirements

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Nik Thorsen

Nik Thorsen

Business Development Manager