Thermoformed medical packaging
Custom medical trays, blisters, clamshells, handling trays, and kit packaging for medical device and cleanroom manufacturing programs
Medical packaging developed around device, process, and point-of-use requirements
Dordan designs and manufactures thermoformed medical packaging for device protection, component organization, sterile barrier applications, cleanroom transfer, and clinical presentation. Package designs are developed around device dimensions, material selection, sealing requirements, sterilization method, handling needs, and manufacturing conditions.
- Cavity layouts and design features for device fit, orientation, and retention
- Package formats for trays, blisters, kits, handling trays, and clamshells
- Material and flange considerations for Tyvek®, foil, and medical lidstock
- EtO and gamma sterilization compatibility when required
- ISO Class 8 cleanroom manufacturing and ISO 13485 quality systems
Medical packaging formats
Thermoformed packaging formats engineered to support device protection, component handling, procedural kit organization, and sterile presentation requirements.
Device Trays & Blisters
Sterile barrier-compatible packaging engineered to protect medical devices throughout distribution, storage, and clinical use
Medical Handling Trays
Repeatable cavity layouts designed to support controlled component handling, orientation, inspection, and movement throughout manufacturing environments
Surgical & Procedural Kits
Multi-cavity tray systems engineered to organize procedural components while supporting sterile presentation and efficient clinical workflows
Medical Clamshell Packaging
Hinged thermoformed packaging used where enclosed protection, product visibility, and repeatable handling are required
Medical packaging engineered around device and process requirements
Using Siemens NX, Dordan develops thermoformed medical packaging around device dimensions, retention needs, sealing requirements, material selection, and manufacturing conditions. Engineering reviews help align package design with product protection, usability, tooling, and production requirements before manufacturing begins.
- Siemens NX package design and development
- Device-specific cavity and retention feature development
- Material, flange, and sealing system considerations
- Design-for-manufacturability review
- Risk-based engineering
Integrated engineering, tooling & thermoforming
In-house engineering, tooling, thermoforming, and cleanroom manufacturing
Medical packaging development requires close coordination between package design, tooling, and manufacturing. Dordan manages these activities in-house to maintain dimensional accuracy, sealing consistency, and production control from concept through commercialization.
Packaging Design & Engineering
Packaging concepts are developed in Siemens NX with consideration for product protection, manufacturability, sealing requirements, and production efficiency
Prototype & Production Tooling
Prototype and production tooling is designed in Siemens NX CAD/CAM and CNC-machined in-house to maintain dimensional accuracy and tooling control throughout development and production
Cleanroom & Quality Control
ISO Class 8 cleanroom manufacturing and ISO 13485:2016 quality systems provide documented procedures, material traceability, inspection records, and production controls for medical packaging programs
Start your medical packaging project
Custom thermoformed medical packaging engineered to protect medical devices, backed by cleanroom manufacturing and ISO 13485-certified quality systems