Cleanroom Planning

This is an area where an exceptionally high level of cleanliness is maintained. It does not refer to standard visible cleanliness from waste and dirt, but rather to a level measured by the number of airborne particles per cubic meter. In a cleanroom, the focus is on the concentration of 0.5-micron particles per cubic meter of air.

The cleanroom is used by various industries that require strict control of dust particles during the production process. A properly functioning cleanroom must maintain a maximum level of cleanliness, even from the tiniest particles invisible to the naked eye. Each industry has a mandatory standard that the cleanroom must comply with, defined according to its production purpose.

The sterile space defined as a cleanroom is not a conventional environment. It requires the use of specialized equipment and protocols for anyone entering. The appropriate gear enables maintaining professional workflows and high levels of cleanliness. The cleanroom is constantly monitored using instruments that ensure real-time verification of its cleanliness level.

To assess the level of cleanliness in the cleanroom, several critical parameters are tested — including pressure relative to atmospheric pressure, particle count, temperature, and humidity.

Before constructing a cleanroom, several questions must be asked in order to properly define its requirements:
What is its purpose? What processes will take place inside? What components and infrastructure are necessary for its proper operation? What regulations apply to the intended activity?

Each industry has its own specific standards and requirements. In the pharmaceutical industry, for example, there is a strict emphasis on cleanliness to prevent conditions that allow bacterial growth. In the electronics industry, the focus is on the number of airborne particles and humidity levels. All of these factors require precise infrastructure planning.

Cleanroom planning involves multiple stages and is carried out with the involvement of various professionals — from the initial layout and design to final completion. During ongoing operations, it is essential to maintain the environmental conditions required for the cleanroom to function properly, such as particle count, temperature, noise levels, lighting, and more.

The cleanroom is built inside a production facility, in an area where a high level of cleanliness is required. Employees entering the cleanroom wear specialized garments that do not release particles. They also wear face masks that filter the air they exhale into the room. All tools used inside the cleanroom undergo quality control and are approved for sterile environments.

In addition, employees must follow strict work procedures that define behavior before entering the cleanroom, while inside, when using equipment, when exiting, and during emergencies. Workers undergo comprehensive training and periodic refresher courses on the protocols.

A factory seeking to establish a cleanroom wants peace of mind — knowing that the process is carried out professionally by top-tier experts, ensuring that sensitive products and processes can be handled efficiently under controlled environmental conditions. Certified engineers enable the planning process to be conducted in parallel with the architectural design. Every stage of planning must incorporate the requirements of both the Israeli and U.S. Ministries of Health.

In addition, the client’s unique needs must be considered — the required conditions must be clearly defined, and the cleanroom should be planned accordingly.

Therefore, when choosing a cleanroom design company, experience is the most critical factor. It is essential to review past projects, read client testimonials, and evaluate the range of services offered. A comprehensive service package typically includes in-depth consulting and full project support from the planning stage.

The construction phase usually includes building the structure, offices, laboratories, and final finishing works. At the end of the process, the facility undergoes performance testing and certification. The entire project is coordinated between all involved service providers to ensure seamless execution.

Huskytech Ltd. – Israel’s Leading Company for Cleanroom and Engineering Systems Design

Huskytech Ltd. is the leading company in Israel for the planning and design of cleanrooms and engineering systems, offering comprehensive solutions for:

  • Cleanrooms

  • Cold and Freezer Rooms

  • Stability Chambers

  • Food Production Facilities

  • Medical Cannabis Farms

  • And more…

Haskitech specializes in cleanroom construction and sustainable (green) design, fully aligned with the requirements of the Israeli Ministry of Health, EU-GMP, FDA, ISO standards, and other relevant regulatory bodies. The company places strong emphasis on both construction cost-efficiency and long-term maintenance for the client.

All planning is carried out in accordance with local standards — including safety regulations, the Standards Institute of Israel, and certified laboratories.

Our office leads projects using the most advanced design software in the world — Autodesk Revit — which enables 3D planning and virtual walkthroughs of the facility before construction even begins. Clients receive a realistic simulation of the project, showing precise dimensions, heights, cross-sections, system geometry, and equipment layout.

Execution Stages Based on Detailed Engineering Plans Include:

  • Conceptual Programming

  • P&ID (Process & Instrumentation Diagrams)

  • Equipment Layout Plans

  • Control and Monitoring Systems

  • Approved Technical Specifications and Bill of Quantities


What is a Cleanroom?

A cleanroom is a sealed, controlled environment where airborne particle levels are kept extremely low. It is required for manufacturing processes where even a single dust particle could disrupt production — for example, in microchip fabrication. This highly complex and precision-driven field is often referred to as the “high-tech of the construction industry.”

Cleanrooms are sterile spaces built using anti-bacterial, non-shedding materials. Four main parameters are strictly controlled:

1. Particle Count

Cleanrooms use closed-loop air handling systems with HEPA filters and HVAC units, maintaining specific air exchange rates and clean air quality per the required ISO class.

2. Air Pressure

Depending on the application, the room must maintain positive or negative pressure relative to the atmosphere to control particle flow in and out. Therefore, cleanrooms are fully sealed and have controlled fresh air intakes.

3. Temperature

Air conditioning systems maintain a constant temperature based on process requirements.

4. Humidity

Humidity levels are managed using specialized dehumidifiers and/or humidifiers tailored to the client’s production needs.


Cleanroom Planning – Guided by Purpose

The core question guiding every cleanroom project is:
What is the purpose of the room and who will use it?

Different industries require different cleanroom types with unique design criteria:

  • Microelectronics: Emphasis on ultra-low particle count and precise humidity control.

  • Pharmaceuticals: Emphasis on maximum sterility and bacterial control.

Proper cleanroom planning includes precise environmental management: particle levels, temperature, pressure, airflow patterns, vibration control, noise, lighting, and construction materials.


Sounds Complex? That’s Because It Is.

Cleanroom design and construction is a complex task. That’s why any organization aiming to build a cleanroom should hire Haskitech, the most experienced and trusted cleanroom design company in Israel.

When choosing a cleanroom design company, consider key factors such as project portfolio, client testimonials, industry experience, and of course, pricing.
While there may be several companies operating in this field — there is only one that stands above the rest: Huskytech.

The type of cleanroom is tailored to the specific needs of each industry

Cleanrooms Tailored to Industry-Specific Needs

Pharmaceutical Industry

This industry is governed by strict regulatory requirements. Any flaw in the manufacturing process can result in a defective product — and when it comes to medications, that could mean the difference between life and death. Cleanrooms in pharmaceutical plants are meticulously designed, emphasizing the use of smooth, seamless surfaces to prevent bacterial growth, maintaining a constant temperature, and ensuring maximum sterilization of all production components.

Electronics Industry

The production of semiconductors and microchips demands an environment free of dust particles and with maximum neutralization of static electricity. These contaminants can severely damage sensitive electronic components and cause system failure. Companies like Intel, for example, maintain ultra-clean environments with strict humidity control to ensure flawless microchip manufacturing.

Other Industries

Cleanrooms are also used in a wide range of sectors, including optics, glass manufacturing, and laser laboratories. The cleanroom allows industries to control the environmental parameters required for their specific production processes. One plant may prioritize humidity levels, while another may focus on continuous monitoring of airborne particle concentration.


Environmental Monitoring and Control

To achieve the appropriate cleanliness level, various control systems are implemented. One key example is a climate control system, which filters incoming air and expels contaminants, maintaining the cleanroom’s internal environment.


Essential Stages in Establishing a Compliant Cleanroom:

  1. Design and Engineering
    Performed by certified engineers who define the production layout, cleanroom structure, and necessary components based on the facility’s unique requirements.

  2. Procurement
    Importing and supplying all essential elements and materials required for construction.

  3. Construction
    Executed by qualified professionals in full compliance with regulatory guidelines and technical standards.

  4. Infrastructure Installation
    Including HVAC, plumbing, electrical, water systems, and control systems.

  5. Process Systems Integration
    Installation of cleanroom systems that support production workflows.

  6. Equipment & Furnishing
    Fitting the space with compliant furniture and tools, as per the client’s operational needs.

  7. Testing, Certification, and Validation
    Final checks to ensure the cleanroom meets all required performance and regulatory standards.


Personnel Protocols and Contamination Control

To preserve sterility, cleanroom personnel are required to wear specialized garments — varying by facility — which may include gowns, shoe covers, goggles, face masks, hairnets, breathing systems, and more. Employees must also remove makeup and contact lenses before entry.
Some facilities even include air showers to decontaminate personnel before they enter the cleanroom. All furniture is made from materials that do not emit particles, maintaining the strict environmental standards required.


Compliance with Global Standards

Building cleanrooms is a task best left to highly experienced professionals. Specialized companies tailor cleanrooms to specific industries and organizational needs, ensuring full compliance with the most stringent international regulations.

Key applicable standards include:

  • ISO 14644-1 – The primary global standard for cleanroom classification by particle count.

  • ISO 14698 – For cleanrooms where biological contamination is a risk.

  • EU GMP – Used widely in the European Union for pharmaceutical manufacturing.

  • BS 5295 – The British Standard applied in addition to ISO norms in the UK.

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