Life Science
Delivering Value & Success
Imperia’s expertise in medical devices revolves around several key areas of vital importance to manufacturers throughout the product life cycle:
- Engineering Investigation
- Failure Analysis
- Materials Selection
- Product Development Support
- Reliability Improvement
- Production Scale-Up
- Process Modification
Life Sciences Projects
- Medical Packaging Process Optimization for RNA Analysis Kits
- 52 Weeks Porcine Study of Absorbable Macroporous Mesh Scaffold
- Corrosion Resistance of Vena Cava Filters
- Blood Exchange Tube Bond Strength Evaluation
- Burst and SEM Evaluation of Hernia Repair Patch Meshes
- Radiography of Tacks inside Delivery Device
- Laboratory Evaluation of Endoscopic Valve
- Failure Analysis and Design Recommendations of Minimally Invasive Device for Emphysema (in vivo & in vitro)
- Evaluation of Spine Pedicle Screw System
- Tissue Ingrowth Evaluation of In-vivo Hernia Repair Meshes
- 72 Week Pilot Study of Mesh in Bridge Repair as Compared to Buttress Repair
- Risk Mitigation of Positioning System by Simulated Fatigue Evaluation with Patient Breathing, Coughing or Sit-up Activity Impacts
- SEM Imaging of Meshes by Critical Point Drying
- 96 Week GLP Porcine Study of Soft Tissue Reinforcement
- SEM Imaging of Polymer Yarn
- SEM Evaluation of Catheter Balloons
- GLP Infection Study of Hernia Repair Patch in Rabbit Model
- Metallurgical Evaluation of Fixation Fasteners
- GLP Study of Fixation Device in Porcine Model
- GLP Study of In Vivo Suture in Rat Model
- GLP Study of Fixation Device in Porcine Model
- Tissue In-growth Evaluation of Mesh Prototypes
- Synthetic Mesh Material In Vitro Absorption Study
- Field Support and Failure Analysis for Hernia Repair Patch Complaint Cases
- In vivo Shear Testing of Meshes
- Analysis of trace contamination on a cartridge for blood analysis