We stand out for our innovative approach to manufacturing highly aesthetic, complex medical device enclosures, using advanced techniques like pressure forming and twin sheet forming.

Our commitment to quality and precision means we can offer tight tolerances, custom colors, and formed-in features, ensuring exceptional functionality and cosmetic appeal.

Design & Development

Providien Thermoforming combines innovative engineering and advanced techniques for high-quality, cost-effective designs.


Supply Chain Management

Providien's supply chain is designed for efficient, responsive delivery of high-quality thermoformed products.


Quality Control & Validation

Providien Thermoforming upholds quality through FDA registration, ISO certification, and strict FDA QSR compliance.


Kitting

Providien's kitting services streamline assembly by organizing components, ensuring accuracy, and reducing production time.


Adding Value: Design, Delivery, and Beyond


Twin Sheet Forming


Utilizing vacuum pressure to form heated thermoplastic sheets over molds, creating detailed and precise shapes.

Utilizing vacuum pressure to form heated thermoplastic sheets over molds, creating detailed and precise shapes.

Pressure Forming


Similar to vacuum forming but with added air pressure to achieve more intricate details and textures.

Medical TPU Forming


Medical Grade TPUs are high-performance materials for medical devices, offering abrasion resistance, elasticity, and flexibility at low temperatures, ideal for drapes, sterile barriers, and surgical products.

Vacuum Forming


Manufacturing

Thermoforming efficiently molds large or low-volume plastic parts using cost-effective tools and materials. This process heats a plastic sheet, shapes it over a mold, and employs a vacuum to produce the final product.

Conceptualization and Design 

  • Idea generation 

  • Benchmarking 

  • Styling 

  • Industrial design 

  • Surfacing & modeling 

Material Selection and Analysis 

  • Correct material application 

  • Development of technical requirements 

  • DFM Analysis 

  • Reduce costs, Increased speed to market 

  • Improved manufacturability 

Product Development and Optimization 

  • Testing & validation 

  • Dimensional management 

  • CAE/FEA, FMEA 

  • Value analysis/value engineering (VA/VE) 

  • Design for Manufacturability (DFM) 

Tool Design and Processing 

  • In-house tool design 

  • Collaborative part & tool design process 

  • Optimize material selection 

  • Evaluate and optimize primary and secondary part processing 

Design & Development


Supply Chain


Supplier Qualification

  • Risk assessment 

  • Define requirements 

  • Compile and assess candidates 

  • Supplier audit, qualification, and management 

Material Planning 

  • Production planning 

  • Scheduling 

  • Inventory control 

  • Established global supply network 

Quality Management 

  • Planning and assurance 

  • Quality control 

  • Quality improvement 

  • Continuous improvement 

Design Verification and Reporting

  • Ensure performance and reliability requirements are met through planning. 

  • Conduct thorough testing to validate design. 

  • Develop comprehensive reports on findings. 

  • Implement corrective actions based on test results. 

Thermal Evaluation Services 

  • Test materials at various temperature ranges. 

  • Ensure safe operation at prescribed temperatures. 

  • Analyze thermal properties and behavior. 

  • Validate material performance in extreme conditions. 

Mechanical Testing Services 

  • Assess material strength and durability. 

  • Evaluate design performance under stress. 

  • Ensure materials meet specified standards. 

  • Provide detailed analysis and recommendations. 

Acoustic Analysis Services 

  • Measure sound absorption and control. 

  • Ensure materials meet acoustic requirements. 

  • Test for noise reduction capabilities. 

  • Provide insights on improving acoustic performance. 

Quality Control & Validation


Kitting


Benefits of Kitting

  • Streamlined assembly process 

  • Reduced time spent searching for parts 

  • Enhanced organization of components 

  • Improved efficiency in production 

Components of a Kit 

  • Essential parts for assembly. 

  • Tools required for installation. 

  • Instructions for assembly. 

  • Safety equipment and materials. 

Implementation Strategies 

  • Identify key components for kits. 

  • Develop standardized kits for common tasks. 

  • Train staff on kitting procedures. 

  • Monitor and optimize kitting processes.  

Want to learn more?

Contact us

Have a project to discuss? Please complete the contact form to the right and one of our team will be in touch shortly. We look forward to connecting with you.

(858) 450-1591

6740 Nancy Ridge Drive
San Diego, CA 92121