• Semiconductor & Electronics Cleanroom Equipment

    Semiconductor and electronics manufacturing require controlled environments to reduce airborne particle contamination around sensitive components and production processes.
    Flair supplies FFUs, ceiling HEPA modules, air filters, air showers, pass boxes, and localized clean-air equipment. We also support project-specific equipment selection, customization, and technical coordination.

    Discuss Your Cleanroom Requirements

Cleanroom Requirements in Semiconductor Manufacturing

Semiconductor manufacturing involves precision processes where airborne particles from personnel, equipment, and materials can affect sensitive surfaces and process reliability. Therefore, cleanroom requirements should be matched to each production stage, equipment layout, and contamination risk rather than applying one cleanliness level across the entire facility.

Semiconductor chip handled with cleanroom gloves

01. Airborne Particle Control

Fine airborne particles can settle on wafers and electronic components, increasing the risk of defects during sensitive manufacturing steps. Appropriate filtration and cleanroom operating practices help maintain the cleanliness required for each process area.

02. Controlled Airflow & Filtration

Filtered-air supply, ceiling filter coverage, and return-air paths work together to control airborne particle levels. The airflow arrangement should account for room layout, process equipment, heat loads, and the required cleanliness conditions.

03. Personnel & Material Transfer

Operators, tools, and incoming materials can introduce particles into controlled production areas. Air showers, pass boxes, and suitable entry procedures help manage contamination risks during personnel and material movement.

04. Localized Clean Zone Protection

Certain operations require additional protection around specific equipment or workstations. FFUs and laminar flow equipment can provide localized filtered-air zones where the process and installation layout require them.

Equipment Solutions for Key Manufacturing Processes

Semiconductor and electronics manufacturing involve different processes, each with specific contamination control and cleanroom equipment requirements. Flair supplies filtration, airflow, and material-handling equipment to support controlled production areas, precision workstations, and cleanroom access points.

Medical & Pharmaceutical applicaiton

01. Wafer Processing

Wafer handling and selected process areas require controlled environments to limit airborne particles from settling on sensitive surfaces. Filtered-air supply and suitable ceiling coverage should be determined by process layout and cleanliness targets.

Equipment Configuration

FFUs · Ceiling HEPA Filter Modules · HEPA / ULPA Filters

Medical & Pharmaceutical applicaiton

02. Precision Assembly

Precision assembly and inspection may need localized clean-air protection around components and workstations. Laminar flow equipment or clean booths can help create defined clean zones where suitable for the process.

Equipment Configuration

Laminar Flow Benches · Laminar Flow Hoods · Clean Booths

Medical & Pharmaceutical applicaiton

03. Personnel & Material Transfer

Personnel, tools, and incoming materials can introduce particles into controlled areas. Air showers and pass boxes help manage contamination at personnel entrances and material transfer points.

Equipment Configuration

Personnel Air Showers · Cargo Air Showers · Static / Dynamic Pass Boxes

Selected Semiconductor & Electronics Project References

Flair has supplied cleanroom equipment for semiconductor and electronics manufacturing environments. These selected project references highlight equipment applications, installation settings, and customized configurations for cleanroom entry, material transfer, and controlled production areas.

Multi Air shower Tunnels for Semiconductor & Electronics

Cleanroom Entry & Personnel Decontamination

Cleanroom entry systems help manage particle contamination associated with personnel movement. Flair supplied air shower equipment in configurations designed to suit different entrance layouts and operational requirements.

Supplied Equipment: Personnel Air Showers · Cargo Air Showers · Customized Air Shower Systems

pass box for Semiconductor Cleanroom

Material Transfer & Pass-Through Systems

Pass-through systems support the controlled movement of materials between cleanroom areas and adjacent spaces. Different configurations can be selected according to opening dimensions, installation conditions, and transfer requirements.

Supplied Equipment: Static Pass Boxes · Dynamic Pass Boxes · Customized Pass-Through Systems

Hard Wall Clean Booth for Electronics & Semiconductor

Controlled Work Areas & Modular Enclosures

Modular cleanroom enclosures provide defined controlled areas for selected manufacturing operations. Equipment and enclosure configurations can be adapted to available space, process layouts, and project requirements.

Supplied Equipment: Clean Booths · Modular Enclosures · Integrated Air Filtration Equipment

Key Considerations for Semiconductor Cleanroom Equipment

cleanroom

Most semiconductor manufacturing processes require cleanrooms that comply with ISO Class 5 or higher.

Semiconductor cleanroom environments must be engineered to control static, particulate matter, outgassing, and other sources of contamination and compromising conditions. Environmental control is critical and maintaining the required levels of air purity is a non-negotiable for the total performance of the cleanroom. To help maintain air purity, fabs utilize filters at the ambient air inlet (make-up air handler, MUA), often in the return air handlers (RAH) and on top of cleanroom ceiling fan filter units (FFU).

We offer air filters and cleanroom equipment (FFU, Air shower, pass box, etc) designed to meet the specifications for all classes of cleanrooms, from ISO Class 1 through ISO Class 9

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FAQs

Find answers to frequently asked questions about our products. See the most common topics and more. Any other questions just feel free to contact us.

The function of air shower

Working principles:

Air Showers are used in clean room areas to remove dusts from outer surfaces of operators’ garment and clothing prior to enter into dust free environments.

Working process:Enter in to cleanroom

Stand in front of air shower:

Front door  open–Enter air shower–front door closed well

–Blowing–Open back door–Exit from air shower &into cleanoom

Flair can provide multi-options of air shower :

  • straight-through air showers(Front in-back-exit)
  • 90-degree turn air showers
  • Decontamination air showers
  • 2-unit tunnel air showers
  • 3-door air showers
  • Fast rolling shutter air showers
  • stainless steel air showers
  • Sliding air showerAir shower styles

Air shower is a critical cleanroom entry chamber that decontaminates personnel and equipment using high-velocity, HEPA-filtered air through adjustable nozzles ,and when it hits dust and other contaminants on skin and clothing it forces them away from the body and deposits them onto filters.There are three working models:

Air shower blowing

Most air showers operate on a 15 to 30-second cycle, depending on settings and required cleanliness levels.

A: Most are constructed from powder-coated steel or stainless steel (SS 304/316) for corrosion resistance, durability, and ease of sterilization.

A: Air showers typically generate 20–30 m/s (meters per second) of high-velocity air to effectively remove surface particles.

A: Yes. Many advanced models support RFID, biometric scanners, or card-based access for enhanced security and personnel tracking.

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