Diagnostics

The Diagnostics market includes a range of diagnostics tests and devices that can detect diseases or measure different vital signs. These include in vitro diagnostics tests and lab-on-a-chip products that process a sample, such as blood or saliva to detect diseases or other conditions.

Other devices in this market are biosensors worn on the body that can measure vital signs such as heart rate and blood pressure or glucose levels to manage diabetes. Early diagnosis of diseases and conditions is critical as the medical industry moves to more personalized healthcare and faster treatment.

Microfluidic Solutions for Diagnostics

Resonetics is a market leader in microfluidic laminate manufacturing used to make point-of-care and lab-on-a-chip devices. Our combined expertise in roll-to-roll laser processing, mechanical die cutting, automated stacking, lamination, and reagent handling allows us to produce complete microfluidic products. Our processes use highly automated equipment that can quickly scale to high-volume production with limited tooling. This allows our processes to be fast and flexible, saving years in the time it takes to develop and commercialize a new device.

Diagnostic Manufacturing Capabilities

  • Roll-to-roll laser processing
  • Rotary and flatbed die cutting
  • Multi-layer laminating
  • Automated precision stacking
  • Reagent and antibody placement
  • High-density laser perforation
  • Packaging

Diagnostic Applications

  • Point-of-care testing
  • Biosensors
  • Continuous glucose monitoring
  • Patient monitoring
  • Molecular diagnostics
  • Infectious disease testing
  • Clinical chemistry
  • Immunoassays

See our Latest News

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August 26, 2026

Why Battery Longevity Matters More Than Capacity in Implantable Medical Devices

When engineers evaluate a battery, it’s natural to focus on day-one performance. Higher capacity, strong power output, and impressive energy density can…

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August 18, 2026

Implantable Medical Device Batteries 101: How to Choose the Right Power Solution

Choosing an implantable medical device battery involves far more than selecting the highest capacity option. Battery selection can influence device size,…

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August 3, 2026

How to Accelerate Development of Complex Cardiac Devices: Lessons from VenstraMedical’s Next-Generation Blood Pump 

Executive Summary  Developing a catheter-based cardiac support device means balancing catheter deliverability, pump performance, anatomical interaction, manufacturability, regulatory requirements, and investor expectations…

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