Gowning Locker

Article number:

Available for pre-order

Material

AISI 316L
  • AISI 316L
  • AISI 304
Description

Specialized stainless steel locker designed for organized storage of personnel garments in cleanroom gowning areas. The structure ensures separation of clean and personal clothing, creating a controlled storage system in accordance with GMP requirements and personnel flow logic.

Full description

Stainless Steel Cleanroom Gowning Locker

The locker is intended for use in gowning areas at transition points between zones of different cleanliness classes. It is widely used in pharmaceutical manufacturing, laboratories, healthcare facilities, and controlled environments.

The design reflects real gowning procedures and is focused on eliminating cross-contamination between workwear and personal clothing.

Typical usage scenario:

  1. storage of personal clothing in an isolated compartment
  2. storage of clean garments on the upper shelf
  3. gowning process with separation of flows
  4. storage of clean footwear in the lower section
  5. maintaining dry conditions through ventilation

The enclosure is manufactured from corrosion-resistant stainless steel:

  • AISI 304 – standard cleanroom environments
  • AISI 316L – aggressive chemical environments

The material is resistant to disinfectants, high humidity, and frequent sanitation procedures. Surfaces are mechanically finished to a uniform satin texture, facilitating cleaning.

📌 Structural Components

  1. Main garment compartment. Designed for storage of gowns, coveralls, and protective clothing.
  2. Upper shelf (clean storage). Used for storage of clean garments before use.
  3. Lower section. Designed for storage of clean footwear.
  4. Personal items compartment. Isolated storage area preventing contact with clean garments.
  5. Ventilation system. Perforation in upper and lower door sections (Ø6–10 mm) creates directed airflow.

The fully welded construction with a minimal number of joints simplifies cleaning and enables effective sanitation without hidden contamination zones.

The use of such lockers supports proper organization of gowning areas and compliance with GMP requirements, ISO standards, and internal cleanroom procedures.

📐 Technical Specifications:

  • Material: AISI 304 / AISI 316L
  • Construction: fully welded or modular
  • Surface finish: brushed / polished
  • Ventilation: perforation Ø6–10 mm
  • Shelf load capacity: up to 30–50 kg
  • Doors: hinged, adjustable
  • Supports: adjustable feet (±20 mm)
  • Configuration: main compartment, shelf, lower section, personal compartment
  • Dimensions: customized according to project requirements
  • Configuration types: single / double / dirty-clean split
  • Compliance: GMP (Annex 1), ISO 14644

✔️ Operational Characteristics:

  • resistance to alcohol-based (IPA), hydrogen peroxide (H₂O₂), and chlorine-based disinfectants
  • dimensional stability under repeated sanitation cycles
  • reduced risk of cross-contamination
  • accelerated drying due to ventilation
  • adaptable to various gowning workflows

✅ Key Advantages:

  • Controlled personnel flow
    Supports clean/dirty separation within gowning areas.
  • Structured storage system
    Each garment type has a designated functional zone.
  • Contamination risk reduction
    Prevents contact between personal and clean clothing.
  • Optimized gowning process
    Reduces time and simplifies procedures.
  • Durability and reliability
    Designed for intensive operation in pharmaceutical environments.

The gowning locker is an integral element of contamination control systems, ensuring structured organization of gowning areas. The design reflects real operational conditions and meets modern cleanroom infrastructure requirements.

📩 Provide your gowning area layout or personnel count — we will develop a customized locker configuration based on flow logic, load requirements, and GMP compliance.

Capital repair and modernization of equipment

  • development of design documentation
  • modernization and restoration
  • FAT, SAT, IQ/OQ

Overhaul of screws for ampoule/vial transportation

  • repair inserts
  • restoration of mounting seats
  • еlimination of runout

Overhaul of needles for aseptic drug filling

  • needle tip restoration
  • tube replacement
  • polishing

CNC machining within 72 hours based on your model

  • production time — from 72 hours
  • anodizing and finishing
  • engineering design tailored to your task
  • comprehensive approach — from sketch to packaging