Medical Device Modular Cleanroom
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Product Description
Medical Device Modular Cleanroom Project
This medical device modular cleanroom project was designed for a medical device production facility in Ho Chi Minh City, Vietnam. The client needed a complete modular cleanroom system for medical device assembly, material preparation, clean packaging, inspection, testing, calibration, personnel entry control, and cleaner material transfer between different functional areas.
STJh Cleanroom provided a complete medical device modular cleanroom solution including cleanroom layout design, prefabricated modular wall panels, sealed ceiling system, HEPA filtration, controlled airflow, pressure zoning, gowning and airlock entry, pass box transfer, assembly rooms, packaging rooms, material preparation areas, inspection modules, testing and calibration rooms, and installation support.
The project was designed as a practical modular cleanroom system, not only a clean-looking production room. The layout considered medical device production flow, operator movement, material preparation, clean transfer, assembly process, packaging workflow, inspection process, testing requirements, maintenance access, cleaning access, and future expansion.
Project Overview
| Project Type | Medical Device Modular Cleanroom Project |
|---|---|
| Project Location | Ho Chi Minh City, Vietnam |
| Industry | Medical Device Manufacturing, Medical Device Assembly, Clean Packaging, Product Inspection, Testing, and Calibration |
| Total Cleanroom Area | Approximately 1780㎡ |
| Cleanliness Class | ISO 7 production rooms and ISO 8 support areas planned according to medical device production workflow and room function |
| Application | Medical device assembly, material preparation, clean packaging, pass box transfer, gowning and airlock entry, inspection, testing, calibration, and controlled production workflow |
| Project Duration | 52 days from material preparation to installation completion |
| Project Structure | Multi-module cleanroom system with connected rooms, modular corridors, external material zones, controlled entry areas, and production support rooms |
| Cleanroom Color Design | Bright white modular wall and ceiling system with soft gray cleanroom flooring, stainless steel details, large observation windows, and blue workflow accents |
| Cleanroom Structure | Prefabricated modular wall panels, sealed ceiling system, stainless steel cleanroom doors, observation windows, sealed joints, cleanroom corners, and easy-clean surfaces |
| Fast Installation System | 320㎡ external installation zone, modular frame assembly area, prefabricated cleanroom panels, and completed modular room sections for faster site construction |
| Assembly System | 260㎡ connected modular cleanroom rooms with internal assembly line, clean workstations, organized production equipment, and controlled operator movement |
| Packaging System | 220㎡ clean packaging room, external material staging area, adjacent cleanroom modules, and controlled product packing workflow |
| Material Preparation System | 200㎡ external preparation area, stainless steel material carts, internal pretreatment zone, and cleaner material flow before production |
| Gowning & Airlock System | 150㎡ gowning entrance, airlock room, controlled personnel entry sequence, and main clean area connection |
| Pass Box Transfer System | 180㎡ external material cart area, wall-mounted pass box, and internal production area for cleaner transfer of components, tools, and packaged materials |
| Inspection System | 210㎡ dedicated inspection module connected with adjacent production module for visual inspection, product checking, and quality control workflow |
| Testing & Calibration System | 240㎡ testing module, instrument zone, calibration area, and connecting corridor for controlled testing and measurement operations |
| Air Filtration System | HEPA filtration, controlled supply air, return air design, and airflow planning for different cleanroom functional areas |
| Pressure Control | Pressure zoning between assembly rooms, packaging rooms, material preparation areas, gowning rooms, pass box areas, inspection rooms, testing rooms, and clean corridors |
| Personnel Entry | Gowning area, controlled entry sequence, airlock transition, and personnel flow planning before entering the main clean production area |
| Material Transfer | Pass box system, external material carts, internal transfer points, and separated clean logistics flow for materials, tools, components, and packaged products |
| Temperature & Humidity Control | Stable HVAC control for medical device assembly, packaging, testing, calibration, equipment stability, product handling, and operator comfort |
| Monitoring System | Real-time monitoring for room pressure, temperature, humidity, system status, and alarm response |
| Key Equipment | HEPA filters, FFU units, air supply diffusers, return air grilles, cleanroom doors, observation windows, pass boxes, stainless steel worktables, material carts, gowning lockers, LED lighting, testing instruments, calibration equipment, and environmental monitoring devices |
| Project Goal | Reduce contamination risk, improve production workflow, support controlled medical device assembly and packaging, and create a flexible modular cleanroom system for long-term operation |
Project Background
Medical device production requires a controlled cleanroom environment for assembly, material preparation, packaging, inspection, testing, and calibration. Unlike ordinary workshops, medical device cleanrooms need stronger control of airborne particles, personnel entry, material transfer, room pressure, airflow stability, temperature, humidity, and cleaning management.
Before this project, the client needed a cleaner and more organized production environment to support medical device manufacturing. The production process required separate rooms for assembly, packaging, preparation, inspection, testing, and support functions. The client also needed a modular cleanroom structure that could be installed faster, managed more easily, and expanded more flexibly in the future.
STJh Cleanroom designed the project around real medical device production workflow. The 1780㎡ modular cleanroom includes installation support areas, assembly modules, packaging modules, material preparation areas, gowning and airlock areas, pass box transfer points, inspection rooms, testing and calibration rooms, clean corridors, and environmental monitoring points.
Client Pain Points
Contamination risk during medical device production: Airborne particles and uncontrolled handling could affect product cleanliness, packaging quality, and production reliability.
Unclear room zoning: Mixed production, packaging, material preparation, inspection, and testing functions could increase cross-contamination risk.
Slow traditional construction: Conventional cleanroom construction could take longer and create more site coordination work.
Uncontrolled personnel entry: Operators could bring particles into clean production areas without proper gowning and airlock control.
Weak material transfer control: Frequent door opening and uncontrolled material movement could disturb airflow and pressure stability.
Limited workflow visibility: Without clear observation windows and modular layout planning, production management and quality supervision could become difficult.
Separated inspection and testing requirements: Inspection, testing, and calibration required cleaner and more stable room conditions than ordinary production support areas.
Future expansion needs: The client needed a cleanroom system that could support future layout changes, module expansion, and production line adjustment.
Cleanroom Solution
STJh Cleanroom provided a complete medical device modular cleanroom solution based on the client’s production process, material flow, personnel flow, equipment placement, cleanliness requirements, and future expansion needs. The cleanroom was divided into assembly areas, packaging areas, material preparation areas, gowning and airlock areas, pass box transfer points, inspection areas, testing and calibration areas, and clean corridors.
The cleanroom uses prefabricated modular wall panels, sealed ceiling system, HEPA filtration, controlled airflow, pressure zoning, controlled personnel entry, pass box transfer, stainless steel workstations, clean material carts, observation windows, temperature and humidity control, and environmental monitoring. These systems help reduce contamination risk and support more stable medical device production.
Key Cleanroom Systems
1. Fast Installation System
The project used a 320㎡ modular installation area with prefabricated cleanroom panels, modular frames, and completed room sections. This helped reduce site construction complexity and made the cleanroom layout easier to control during installation.
External installation zone for cleanroom module assembly
Prefabricated modular frame and wall panel system
Faster installation compared with traditional construction
Easier future modification and cleanroom expansion
2. Assembly System
The 260㎡ assembly system includes connected cleanroom rooms and internal assembly lines for medical device production. The layout supports cleaner operator movement, organized workstations, and controlled product handling during assembly.
Connected modular assembly rooms
Internal assembly line and clean workstations
Clear operator and product movement paths
Reduced contamination risk during precision assembly
3. Packaging System
The 220㎡ packaging system was designed for clean product handling and controlled packing workflow. The layout includes a packaging room, external material staging area, and adjacent cleanroom modules to support smooth product movement.
Clean packaging room for medical device products
External material staging area with organized carts
Adjacent cleanroom modules for efficient production connection
Cleaner final product handling and packing workflow
4. Material Preparation System
The 200㎡ material preparation system separates external preparation from internal pretreatment. This helps materials enter the cleanroom workflow in a more organized way and reduces unnecessary movement inside clean production areas.
External material preparation area
Internal pretreatment zone inside the modular cleanroom
Stainless steel material carts and organized transfer points
Cleaner material flow before assembly and packaging
5. Gowning & Airlock System
The 150㎡ gowning and airlock system controls personnel entry before operators enter the main clean production area. The project includes a gowning entrance, airlock room, controlled entry sequence, and connection to the main clean area.
Controlled gowning entrance
Airlock transition before main cleanroom entry
Cleaner personnel movement into production areas
Reduced people-borne contamination risk
6. Pass Box Transfer System
The 180㎡ pass box transfer system allows materials, tools, components, documents, and packaged products to move between different zones with less exposure. It reduces unnecessary door opening and helps maintain airflow and room pressure stability.
External material cart and pass box transfer point
Cleaner material transfer into internal production areas
Reduced door opening frequency
Improved material handling and transfer discipline
7. Inspection System
The 210㎡ inspection system includes a dedicated inspection module connected with adjacent production modules. This supports cleaner quality checking, visual inspection, dimensional checking, and product verification during the production process.
Dedicated cleanroom inspection module
Adjacent connection with production modules
Organized inspection benches and product checking areas
Better quality control visibility inside the cleanroom system
8. Testing & Calibration System
The 240㎡ testing and calibration system provides a controlled room environment for testing instruments, product verification, calibration activities, and measurement stability. The layout includes a testing module, instrument zone, and connecting corridor.
Testing module for controlled product testing
Instrument zone for testing and calibration equipment
Connecting corridor to adjacent cleanroom modules
Stable cleanroom conditions for reliable testing workflow
Problems Solved for the Client
| Problem | Cleanroom Solution | Result |
|---|---|---|
| Medical device products were exposed to contamination risk | HEPA filtration, controlled airflow, sealed modular rooms, and clean work zones | Cleaner production environment and reduced contamination risk |
| Traditional construction could not support fast cleanroom deployment | Prefabricated modular cleanroom structure and fast installation system | Shorter installation process and more flexible project execution |
| Personnel movement could bring particles into clean areas | Gowning entrance, airlock room, and controlled personnel entry sequence | Improved personnel hygiene control before entering clean production rooms |
| Material transfer caused frequent door opening | Pass box transfer system and organized external material carts | Cleaner material transfer and better pressure stability |
| Production, packaging, inspection, and testing needed clear separation | Modular zoning with separate assembly, packaging, inspection, and testing rooms | Reduced workflow conflict and better process control |
| Inspection and testing required stable controlled conditions | Dedicated inspection module, testing module, calibration zone, and controlled HVAC system | More reliable inspection, testing, and calibration workflow |
| Future expansion and layout adjustment were difficult | Modular cleanroom structure with connected rooms and flexible module planning | Easier future cleanroom expansion, modification, and production line adjustment |
Project Result
After completion, the client received a 1780㎡ medical device modular cleanroom system designed for assembly, material preparation, clean packaging, pass box transfer, gowning and airlock entry, inspection, testing, calibration, and controlled production workflow. The cleanroom provides cleaner work zones, better material flow, more organized personnel movement, improved room separation, and stable environmental control.
The final layout supports daily medical device production while reducing contamination risk, improving workflow discipline, and making the cleanroom easier to operate, clean, maintain, and expand. For medical device manufacturers, this type of modular cleanroom system is a practical solution for cleaner production and long-term production flexibility.
Why Choose STJh Cleanroom for Medical Device Modular Cleanrooms?
Custom modular cleanroom design based on real medical device production workflow
Turnkey support from cleanroom layout design to installation guidance
Solutions for medical device assembly, clean packaging, inspection, testing, and calibration areas
Integrated HEPA filtration, pressure zoning, gowning entry, pass box transfer, and monitoring systems
Modular cleanroom wall panels, sealed ceiling systems, cleanroom doors, and observation windows
Cleanroom layout planning for operators, materials, equipment, carts, production lines, and support rooms
Support for ISO 5, ISO 6, ISO 7, and ISO 8 cleanroom requirements
Suitable for new medical device cleanroom construction and cleanroom upgrade projects
Medical Device Modular Cleanroom Applications
Medical device assembly cleanroom
Medical device packaging cleanroom
Material preparation cleanroom
Gowning and airlock cleanroom system
Pass box transfer cleanroom area
Product inspection cleanroom
Testing and calibration cleanroom
Quality control cleanroom area
Cleanroom upgrade and modular expansion project
Need a Medical Device Modular Cleanroom?
If your medical device production facility is affected by contamination risk, unclear room zoning, uncontrolled personnel entry, poor material transfer, unstable room conditions, or slow cleanroom construction, STJh Cleanroom can help you design a cleaner and more flexible modular cleanroom system.
Contact STJh Cleanroom to get a custom medical device modular cleanroom layout, equipment list, and project quotation.