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Cleanroom Booth vs Cleanroom: Key Differences, ISO Standards & How to Choose

Created on 2024.06.27

Discover the differences between a cleanroom booth and a traditional cleanroom. Learn about ISO standards, structure, cost, and applications to find the ideal solution for your controlled environment.

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Introduction

In industries like high-tech manufacturing, pharmaceuticals, and precision electronics, maintaining a contamination-free environment is crucial. Both cleanrooms and cleanroom booths help achieve this goal—but they differ significantly in structure, cost, and application.
This guide compares their key features, ISO classifications, and ideal use cases to help you decide whether a cleanroom booth or a cleanroom is the right choice for your facility.

1. Cleanroom Booth vs Cleanroom: Structural Differences

Feature
Cleanroom
Cleanroom Booth
Enclosure
Permanent structure with solid walls, ceiling, and flooring
Modular frame with acrylic panels or soft PVC curtains
Sealing
Fully hermetic; prevents 99.97% of external contaminants
Partially enclosed; may allow minimal particle ingress
Airflow Control
Controlled by AHU or FFUs (laminar or turbulent)
Localized laminar flow with built-in HEPA filters
Key Insight:
A cleanroom is a fully enclosed, ISO-certified environment for highly sensitive processes.
A cleanroom booth provides localized protection within a larger uncontrolled area—ideal for flexible, portable operations.

2. Cleanroom Booth Cost and Installation Time

  • Cleanroom:
    • Cost:
USD $100–$500 per sq.ft (ISO Class 5–8).
3–6 months for design, construction, and validation.
  • Cleanroom Booth:
    • Cost:
USD $5,000–$20,000 per unit (modular or portable).
Less than 1 week to assemble—no structural modifications required.
💡 Best for Tight Budgets:
A cleanroom booth can reduce setup costs by up to 80%, making it perfect for pilot lines, R&D labs, or small-batch production.

3. Cleanroom Booth ISO Classes & Air Cleanliness (ISO 14644-1)

ISO Class
Max Particles ≥0.5µm / m³
Typical Application
ISO 5
3,520
Semiconductor wafer fabrication (cleanroom)
ISO 7
352,000
Pharmaceutical compounding (cleanroom)
ISO 8
3,520,000
Electronics assembly, packaging (cleanroom booth)
Note:
A cleanroom booth typically achieves ISO 7–8, depending on the number and configuration of HEPA fan filter units (FFUs) used.

4. Why Cleanroom Booths Offer Greater Flexibility

Feature
Cleanroom
Cleanroom Booth
Mobility
Fixed layout
Wheel-mounted or modular
Scalability
Complex modifications
Easily expandable or reconfigured
Use Case
Long-term operations
Temporary clean zones or multi-product facilities
Ideal for:
Laboratories, contract manufacturers, and facilities requiring frequent process changes.

5. Best Applications: When to Use a Cleanroom Booth vs Cleanroom

Choose a Cleanroom for:
  • Semiconductor or nano-material production (ISO 3–5)
  • Sterile injectable or vaccine manufacturing (GMP / FDA Annex 1)
  • Environments requiring vibration or EMI control
Choose a Cleanroom Booth for:
  • PCB or electronics assembly (localized ESD-safe zones)
  • Medical device packaging (ISO 8)
  • Laboratory sample preparation, PCR, and small-scale pharma production

6. Conclusion & CTA

Both cleanrooms and cleanroom booths provide controlled environments—but their scale, cost, and flexibility differ greatly.
If you need a cost-effective and modular cleanroom booth that meets ISO 7–8 standards, it’s the perfect solution for quick deployment and efficient contamination control.
👉 Contact us today to customize your modular cleanroom booth for your laboratory, electronics, or pharmaceutical workspace.
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