Supporting Your Medical Product Development Every Step of the Way

CG Research fills the gaps to develop your medical idea into a tangible product. We’ve worked with countless clients in various medical specializations, tailoring our development process to each client’s distinct needs and goals. No matter your idea, CG Research will help make your concept a reality with a dedicated team, personalized development plan, top-tier engineering, and effective product marketing. 

Since our founding, we’ve helped clients create innovative medical technology:

  • Mobile medical and laboratory applications

  • Medical device data systems 

  • Point-of-care devices

  • At-home and wearable devices

  • High-throughput laboratory analyzers

  • Single-use test cartridges

 
 

Our Product Development Process

Over time, we have honed our development process to ensure we fully understand every client’s unique needs. Each client’s development process will look a little differently depending on their goals, but our process generally involves the following steps:

 
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Discussion

We discuss your individual or company goals and evaluate what you already have to identify what’s missing and how we can help.

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Team

We assemble a team of industry experts to assist you in your goals. Your team helps you along the way with regular meetings, budget support, and on-time deliveries.

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Plan

We create a customized, full lifecycle plan to help get your product into consumers’ hands.

 
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Engineering

We liaise with the top minds in the industry to engineer your product to meet regulatory standards.

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To Market

Your team takes your product to market, evaluating important metrics such as on-market performance and customer experience.

 
 

Our System Specializations 

CG Research can assist your company in developing a variety of innovative medical solutions. Throughout the years, we have successfully designed and developed various diagnostic and development systems.

 
 
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Diagnostic systems

  • Molecular diagnostics: PCR and qPCR systems with single-use cartridges

  • Hematology: Spectroscopy and digital imaging-based systems

  • Glucose monitoring: Continuous and non-invasive

  • Immunoassay platform: Surface plasmon resonance, fluorescence, and luminescence detection

 
 
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Development systems 

MEMS and microfluidics applications

  • Protein crystallization 

  • Mass spectroscopy: Electrospray ionization (ESI) and MALDI-TOF 

  • Flow-based synthesis on-a-chip 

  • Organs-on-a-chip

  • PCR and qPCR on-a-chip

  • Microarrays

Automated microscopy and imaging systems

  • Fluorescence and absorption imaging platforms

  • Application: Protein crystallization

  • Application: Cell-based identification and characterization 

  • Application: Tissue diagnostics

Robotics and automation 

  • Machine vision systems

  • Liquid handling and chemistry synthesis systems 

  • High-throughput screening platforms

  • Nanoliter dispensing systems