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Platypus Technologies, LLC

Company Information
Address
5520 Nobel D Ste 100
Madison, WI 53711-4910
United States


http://www.platypustech.com

Information

UEI: CR97YQK8M1U5

# of Employees: 6


Ownership Information

HUBZone Owned: No

Socially and Economically Disadvantaged: No

Woman Owned: No



Award Charts




Award Listing

  1. Wearable Multi-Gas Technologies for Monitoring Personal Air Quality

    Amount: $205,103.00

    Frequent and fast assessment of air quality is critical to identify and address potential exposure to toxic gases that may impact health. However, current methods for monitoring toxic gases have signi ...

    SBIRPhase I2022Department of Health and Human Services National Institutes of Health
  2. A direct-reading dosimeter badge for monitoring personal exposure to Polycyclic Aromatic Hydrocarbons (PAHs)

    Amount: $149,951.00

    Project SummaryThrough this SBIR project, we aim to develop new methods and technologies for monitoring personal exposure to polycyclic aromatic hydrocarbons (PAHs). Because PAHs cause DNA damage that ...

    SBIRPhase I2020Department of Health and Human Services Centers for Disease Control and Prevention
  3. A Direct-Reading Liquid Crystal Based Formaldehyde Dosimeter for Personal Exposure Monitoring

    Amount: $982,041.00

    Platypus Technologies aims to advance the liquid crystalLCbased molecular analytic detection of formaldehyde that it established with SBIR Phase I support to complete the development and integrate its ...

    SBIRPhase II2018Department of Health and Human Services National Institutes of Health
  4. Wearable Liquid Crystal Based Chemical Sensor Badge for the Identification of Toxic Industrial Chemicals

    Amount: $99,567.49

    Toxic Industrial Chemicals (TICs) pose significant dangers to human health upon exposure. Unfortunately, emergency responders are unwittingly exposed to these TICs while responding and containing cri ...

    SBIRPhase I2017Department of Homeland Security
  5. Liquid Crystal-based Sensors for Detection of Airborne Toxic Chemicals for Integration with Unmanned Robotic Systems

    Amount: $993,384.00

    Platypus will leverage its scientific gains in the advancement of liquid crystal-based (LC) sensors to develop light weight, accurate, and instantaneous multi-target LC gas sensor systems with telemet ...

    STTRPhase II2017Department of Defense Army
  6. A Formaldehyde Dosimeter for Personal Exposure Assessment

    Amount: $145,761.00

    DESCRIPTION provided by applicant The air we breathe can contain dozens of toxins The National Institute of Environmental Health Sciences NIEHS strategic plan for includes a major focu ...

    SBIRPhase I2016Department of Health and Human Services National Institutes of Health
  7. Liquid Crystal Sensors for Volatile Organics

    Amount: $150,635.00

    SUMMARY Aromatic volatile organic compounds aVOCs such as benzene toluene ethylbenzene and xylenes BTEX depress the central nervous system upon short term exposure and upon long term exposure ca ...

    SBIRPhase I2016Department of Health and Human Services National Institutes of Health
  8. Liquid Crystal-based Sensors for Detection of Airborne Toxic Chemicals for Integration with Unmanned Robotic Systems

    Amount: $999,975.00

    In Phase I we successfully reached all goals and milestones in developing liquid crystal sensors that detected 100 ppb of each of four target gases (DMMP, hydrogen sulfide, nitrogen dioxide and ammoni ...

    STTRPhase II2014Department of Defense Army
  9. An efficient directed cell migration assay

    Amount: $144,340.00

    Project Summary The goal of this SBIR project is to design and develop an efficient, automation- compatible Directed Cell Migration (DCM) 96-well Assay that distinguishes chemokinetic from chemotacti ...

    SBIRPhase I2014Department of Health and Human Services National Institutes of Health
  10. An Efficient Fully 3-Dimensional Cell Migration Assay

    Amount: $147,446.00

    DESCRIPTION (provided by applicant): The goal of this SBIR project is to design and develop an efficient, physiologically relevant and cost-effective 96-well 3-D Cell Migration Assay that is compatibl ...

    SBIRPhase I2014Department of Health and Human Services National Institutes of Health
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