StimLabs, LLC


StimLabs is a pioneering company in regenerative medicine, focusing on wound care and surgical applications. They develop innovative biologic solutions, including placental-derived products and human umbilical cord-based devices, to address unmet clinical needs. Their mission is to advance the state of regenerative medicine with high-quality, effective products and services that support physicians and improve patient outcomes.

Industries

health-care
medical-device

Nr. of Employees

medium (51-250)

StimLabs, LLC

Roswell, Georgia, United States, North America


Products

Dehydrated complete human placental membrane allografts (office and hospital formats)

Dehydrated placental membrane allografts supplied in multiple configurations intended for wound coverage, barrier applications, and surgical reconstruction.

Umbilical cord-derived particulate ECM device (hospital-based particulate device)

Dehydrated umbilical cord extracellular matrix particulate device intended to manage acute and chronic wounds; designed for conformability and retention of ECM components.

Porcine-derived advanced wound matrix (office-based advanced wound matrix)

Porcine-derived advanced wound matrix product offered for office-based wound care applications.


Services

Clinical education and training

Educational resources and support for clinicians on clinical use of tissue-derived regenerative products.

Billing and reimbursement assistance

Support services for insurance verification and reimbursement related to regenerative tissue product use.

Provider portal access

Online portal for providers to access account, ordering, or product resources.

Expertise Areas

  • Regenerative medicine focused on placental- and umbilical cord-derived biologics
  • Wound management and surgical barrier product development
  • Tissue processing and manufacturing scale-up
  • Regulatory compliance and 510(k) submission strategy
  • Show More (3)

Key Technologies

  • Dehydrated placental membrane allografts
  • Umbilical cord extracellular matrix particulate devices
  • Extracellular matrix (ECM) preservation and characterization
  • Tissue dehydration and preservation methods
  • Show More (3)

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