LOOK TO HEAL™
Introducing Point-of-Care Imaging to Wound Care
MolecuLight Inc. was founded by Dr. Ralph DaCosta and incorporated on June 1, 2012. The company’s first product, the MolecuLight i:X, is a first-of-its kind handheld imaging device based on Dr. DaCosta’s invention.
MolecuLight is based in Toronto, Canada.
MolecuLight's Mission
MolecuLight’s mission is to become the ubiquitous name in fluorescence-guided imaging technologies to improve health outcomes for patients globally through innovative products and services that optimize the delivery of health care and become standard of care in Wound Care and Breast Cancer.
Core Values
- Operating in an ethical manner at all times
- Improving patient outcomes through product innovation
- Remaining focused on customer, employee, and shareholder needs
- Working hard and taking pride in our accomplishments
- Valuing the contributions of each and every team member
Featured Product
MolecuLight i:X
Using MolecuLight i:X for wound assessment with clinical signs and symptoms allows clinicians to safely and easily identify more wounds containing elevated bacterial burden (104 CFU/g), and measure wounds at the point-of-care. MolecuLight i:X is:
- Easy: Portable, touch-screen with an intuitive interface.
- Safe: No contrast agents and no patient contact required.
- Precise: Improves the detection of wounds with elevated bacterial loads when combined with clinical signs and symptoms.
- Efficient: It identifies more wounds with elevated bacterial load compared to clinical signs and symptoms alone enabling more efficient patient management.
- Point-of-Care: Provides information at the patient bedside to improve current evaluation by CSS.
- Focused: Allows clinicians to focus on areas of the wound producing fluorescence.
Intended Use & Indication for Use
The MolecuLight i:X is intended for use as a handheld imaging tool that allows clinicians diagnosing and treating skin wounds, at the point of care, to:
- View and digitally record images of a wound
- Measure and digitally record the size of a wound
- View and digitally record images of fluorescence emitted from a wound when exposed to an excitation light.
