Pro Delphus


Pro Delphus is dedicated to advancing medical training through high-precision surgical simulators and anatomical models. Their mission is to transform surgical education with innovative, durable, and realistic simulation tools, supporting healthcare professionals worldwide.

Industries

manufacturing
medical-device
wholesale

Nr. of Employees

small (1-50)

Pro Delphus

Olinda, Pernambuco, Brazil, South America


Products

Endourologic training simulator

Simulator platform for endourology procedures and urologic instrument training, designed for repeated practice.

Endourology multi-procedure simulator

Simulator for a range of urologic endoscopic procedures built to support diagnostic and surgical training.

Prostate touch training set

Set designed to practice digital prostate exam and tactile assessment techniques.

Labor and childbirth simulator

Simulator for labor and childbirth scenarios used to practice delivery-related procedures and assessments.

Anatomical model for lung pathologies

Organ-specific anatomical model representing pulmonary pathologies for thoracic surgery and respiratory training.

Anatomical simulator for abdominal viscera

Simulator representing abdominal organs and visceral anatomy for surgical practice.

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Services

Hands-on training programs and workshops

Instructor-led practical workshops and training sessions associated with simulator use and procedural skill development.

Custom simulator design and configuration

Tailored modification of simulator features and anatomy to match specific training scenarios and institutional requirements.

Product demonstrations and pre-sales support

Demonstrations and product information prior to purchase, including quotations and ordering support.

Expertise Areas

  • Medical simulation product development
  • Surgical skills training and curriculum support
  • Anatomical modeling for pathology-specific training
  • Ultrasound-guided intervention training
  • Show More (4)

Key Technologies

  • Durable synthetic tissue materials (skin-like polymers)
  • 3D anatomical modeling and molding
  • Ultrasound-compatible phantom design
  • Endoscopic simulation platforms
  • Show More (4)

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