Modular Operation Theatre
Modular Operation Theatre | Modular OT
Modular operation theatre (also named modular operating room or modular OT ) is a kind of advanced and prefabricated surgical room designed to meet the highest requriements of sterility, functionality, and flexibility, it is an innovative system that enables faster installation, higher efficient space usage, and easier customization.
Modular operation theatres we design and produce are constructed by prefabricated wall panels, ceiling systems, doors, flooring, HVAC systems, and integrated components such as lighting, OT control panel, medical cabinet, scrub sink, etc., with quick installation and superior performance.
As a leading modular operation theatres manufacturer in China with more than 10 years of production experiences, we can offer customized solutions to hospitals, clinics and medical centers worldwide.
Modular Operating Room Solutions
Engineered for excellence, our modular partition system delivers the perfect blend of superior durability, operational efficiency, and design flexibility for critical surgical environments.
Key Features:
Rapid & Seamless Installation: Prefabricated for quick, precise assembly, minimizing on-site disruption and accelerating your project timeline.
Unmatched Customization: Tailor every aspect to your needs, from layout and dimensions to integrated service panels and a comprehensive selection of premium materials.
Exceptional Durability & Hygiene: Built with robust materials and featuring non-porous, seamless surfaces for effortless cleaning and strict infection control.
Material Options:
Choose from a full range of high-performance panels to meet your specific clinical and aesthetic requirements, including:
The laminar flow ceiling serves as a critical air purification terminal, delivering HEPA-filtered sterile air through a vertical unidirectional flow to maintain a clean surgical environment. It effectively compensates for thermal convection currents while ensuring consistent air cleanliness.
Key Features:
HEPA Filtration: Achieves Class 100/ISO 5 cleanliness by removing airborne particles and microorganisms.
Stable Airflow: Vertical laminar flow with equalizing grid ensures uniform distribution and neutralizes thermal plumes.
Configurable Designs: Available in ISO 5-ISO 8 to match specific surgical requirements.
Integrated Lighting: Optional sealed illumination maintains sterility while providing surgical lighting.
Durable Construction: Powder-coated steel or stainless steel structures offer corrosion resistance and easy cleaning.
Service-Friendly Design: Simplified structure enables straightforward maintenance and filter replacement.
The operating room doors are engineered as a critical component of the surgical environment, providing reliable access control while maintaining the integrity of the sterile field.
Key Features:
Automatic Operation: Smooth, hands-free sliding operation with motion sensors ensures uninterrupted workflow and supports aseptic protocols.
Airtight Sealing: Integrated sealing systems maintain pressure differentials between adjacent areas, supporting contamination control.
Durable Construction: Manufactured from antimicrobial stainless steel or aluminum composite materials, resistant to impact and frequent chemical disinfection.
Safety Compliance: Equipped with safety sensors and emergency manual operation, meeting relevant medical equipment standards.
Acoustic Performance: Enhanced sound insulation properties help maintain a quiet surgical environment.
Customizable Configurations: Available in various sizes and with options including vision panels and interlocking systems to match specific operational requirements.
Operating Room Windows are engineered as critical visual access points in sterile environments, maintaining the integrity of the surgical zone while providing clear observation. These specialized cleanroom windows combine optical clarity with strict contamination control.
Key Features:
Medical-Grade Sealing: Complete perimeter sealing maintains room pressure differentials and prevents air leakage
Optimal Visibility: High-transparency tempered glass or laminated glass provides distortion-free observation
Durable Construction: Frameless designs or stainless steel frames with smooth, crevice-free surfaces
Easy Sterilization: Non-porous glass surfaces withstand aggressive cleaning agents and frequent disinfection
Safety Compliance: Laminated safety glass with reinforced edges meets impact resistance requirements
Custom Configurations: Available in various sizes, shapes, and double-glazed options for enhanced insulation
The LED X-Ray film viewers are engineered to replace traditional viewboxes, this LED-based illumination system provides exceptional image clarity and consistent brightness for accurate film interpretation.
Key Features:
Uniform Illumination: Advanced LED arrays ensure even brightness distribution across the entire viewing surface without hot spots or dim areas.
Energy Efficient Design: LED technology consumes significantly less power than conventional fluorescent viewboxes while generating minimal heat.
Adjustable Brightness: Multiple intensity settings allow customized viewing for various film types and densities.
Slim Profile: Space-saving design with optional single, dual, or multi-panel configurations to suit different clinical requirements
Durable Construction: Aluminum alloy frame with anti-glide surface treatment and scratch-resistant acrylic viewing panel
The operating room pass box serves as a secure transfer portal between clean and non-clean areas, effectively maintaining the integrity of sterile environments while enabling essential material movement.
Key Features:
Airtight Integrity: Advanced sealing gaskets ensure complete isolation between compartments, preventing cross-contamination.
Smooth Surface Design: Seamless stainless steel interior with radiused corners facilitates thorough cleaning and disinfection.
Dual Interlock System: Prevents simultaneous opening of both doors, maintaining consistent pressure differentials.
Medical-Grade Materials: 304 or 316 stainless steel construction with optional antimicrobial coating.
Visual Confirmation: Large transparent viewing panels allow content inspection without compromising sterility.
UV Sterilization Option: Integrated UV-C lighting system available for additional surface disinfection between transfers.
The operating room control panel serves as the central command interface for modern surgical environments, integrating environmental controls and equipment management into a unified, touch-based system.
Key Features:
Centralized Control: Unified interface for lighting, HVAC, medical gases, and audio-visual systems.
Medical-Grade Construction: Seamless stainless steel panel with IP54 rating for moisture and chemical resistance.
Intuitive Touch Interface: High-resolution color display with logical workflow organization and customizable access levels.
Sterility Maintenance: Smooth, non-porous surface withstands aggressive disinfection protocols.
Integration Capability: Compatible with Building Management Systems (BMS) and Hospital Information Systems (HIS).
Emergency Override: Dedicated emergency modes for rapid environment adjustment during critical situations.
The medical cabinet is engineered for optimal storage and organization in clinical environments, combining functional design with stringent hygiene standards for healthcare applications.
Key Features:
Hygienic Construction: Seamless stainless steel body with radiused corners eliminates dirt traps and facilitates thorough cleaning.
Modular Configuration: Flexible interior layouts with adjustable shelves and optional drawer systems to accommodate various medical supplies.
Secure Storage: Integrated locking mechanism with key or electronic access control for controlled inventory management.
Durable Performance: 304-grade stainless steel construction with electropolished finish resists corrosion and withstands frequent disinfection.
Ergonomic Design: Soft-close hinges and smooth-edged handles ensure safe, quiet operation in clinical settings.
The scrub sink is engineered to support aseptic surgical hand preparation through intelligent design and reliable performance. This clinical fixture combines hygienic operation with water efficiency to meet the demanding requirements of modern operating suite protocols.
Key Features:
Touch-Free Operation: Infrared sensor control enables complete hands-free activation, eliminating cross-contamination risks.
Water Efficiency: Pre-programmed flow timing and automatic shut-off minimize water consumption while ensuring adequate scrub duration.
Thermostatic Mixing: Precise temperature control maintains consistent water delivery within recommended surgical scrub parameters.
Durable Construction: Grade 304 stainless steel body with seamless design and radiused corners for easy cleaning and disinfection.
Ergonomic Design: Deep basin configuration with angled backsplash prevents water splashing and promotes proper surgical technique.
Modular Operating Room-The Complete FAQ Guide
Learn more about the modular operating rooms with this guide. We prepare some questions and answers for you.
- What is a Modular Operating Room?
- What Are the Main Advantages of a Modular Operating Room over a Traditional Operating Room?
- What is the Installation Timeline for a 40㎡ Modular Operating Room?
- How to Install a Modular Operating Room?
- What are the Common Wall Panel Materials for Modular Operating Rooms?
- How to Get a Quotation for a Modular Operating Room from KINROM?
What is a Modular Operating Room?
A modular operating room is an advanced surgical environment constructed based on prefabricated and standardized principles. Its core concept involves manufacturing the key components—including the enclosure structures (walls, ceilings, doors) and integrated functional systems (such as laminar air flow, medical cabinet, OT control panel, and X-ray film viewer)—as standardized modules in a factory. These modules are then transported to the site for rapid assembly and integration.
Picture 1 Modular Operating Room
What Are the Main Advantages of a Modular Operating Room over a Traditional Operating Room?
Compared to traditional construction methods, modular operating rooms achieve fundamental improvements across several key dimensions through their industrialized prefabrication and systematic integration approach:
1. Rapid Deployment and Immediate Compliance
Modular operating rooms utilize factory prefabrication and on-site assembly, reducing construction timelines by approximately 50%. Their core value lies in being immediately operational upon completion, capable of rapidly establishing high-standard clean environments. Through integrated HEPA filtration and precision airflow management systems, they can instantly achieve and maintain specified cleanliness levels from Class 100 to Class 100,000, precisely meeting the stringent environmental requirements of various surgical procedures.
2. Superior Quality and Cost Control
All structural modules and functional systems are precision-manufactured in controlled factory environments, fundamentally eliminating the quality variations and uncertainties inherent in on-site construction. This standardized production not only ensures high consistency and reliability in materials, sealing performance, and finishes but also significantly reduces total construction costs and long-term maintenance expenses by minimizing on-site complexities and uncontrollable factors.
3. Environmental Sustainability and Safety Assurance
Factory production substantially reduces on-site construction waste, dust, and noise pollution. The assembly process requires no welding or spraying, ensuring environmental friendliness from the source. Additionally, modules constructed with Class A fire-rated materials and robust structures guarantee the highest safety standards for the operating environment.
4. Flexible Scalability and Intelligent Integration
The modular design provides operating rooms with inherent “growth” capability, allowing for rapid reconfiguration, expansion, or functional upgrades to meet future needs. With pre-installed interfaces designed during the manufacturing phase, the rooms support plug-and-play integration of medical devices, information systems, and environmental controls, enabling centralized intelligent management and creating a truly adaptable, efficient, and future-ready surgical environment.
What is the Installation Timeline for a 40㎡ Modular Operating Room?
The total on-site installation timeline for a standard 40㎡ modular operating room is typically 6 to 8 weeks. This efficient schedule is achieved through a streamlined, phased approach that minimizes on-site disruption.
Detailed Project Phases & Timeline:
Phase 1: Site Preparation (Approx. 1-2 Weeks)
Objective: To prepare the building shell for the precise installation of pre-fabricated modules.
Key Activities: Floor leveling and finishing, rough-in of core utilities (power, water, main ventilation ducts), and establishing precise benchmark lines and levels.
Phase 2: Enclosure Assembly (Approx. 2-3 Weeks)
Objective: To rapidly construct the sealed, structural shell of the operating room.
Key Activities:
Week 1: Installation of the primary support structure and main wall panels.
Week 2: Mounting of ceiling modules, integrated windows, and pass-through cabinets.
Week 3: Detailed sealing of all joints to ensure absolute air-tightness and structural integrity per cleanroom standards.
Phase 3: Systems Integration & Commissioning (Approx. 1-2 Weeks)
Objective: To transform the structural shell into a fully functional clinical environment.
Key Activities: Connection of pre-installed module utilities to building mains (medical gases, electrical, data), integration and testing of the laminar airflow system, surgical lighting, and equipment booms, followed by final touch-ups and deep cleaning.
How to Install a Modular Operating Room?
What are the Common Wall Panel Materials for Modular Operating Rooms?
Modular operating rooms utilize a range of high-performance wall panel materials, each offering distinct advantages for durability, infection control, and aesthetics. The most common options include Galvanized Steel, Stainless Steel, HPL (High-Pressure Laminate), and Tempered Glass.
1. Galvanized Steel
Description: A cold-rolled steel substrate with a hot-dip galvanized layer for rust prevention, typically finished with a powder-coated paint surface.
Pros:
Cost-Effective: Lowest initial investment among the options.
Structurally Strong: Offers high rigidity and impact resistance.
Proven Fabrication: Easy to form and compatible with standard profiles.
Cons:
Vulnerable to Corrosion: If the surface coating is compromised, the underlying material can rust in humid, high-disinfection environments.
Seam-Dependent: Imperative to have expert installation and sealing to prevent seams from becoming hygiene weak points.
2. Stainless Steel
Description: Typically medical-grade 304 or 316 stainless steel, available with various surface treatments (e.g., brushed, satin) to reduce glare and fingerprints.
Pros:
Superior Durability: Exceptional hardness, abrasion resistance, and long service life.
Unmatched Hygiene: Non-porous, inherently antimicrobial, and resistant to virtually all cleaning chemicals.
Fire Safety: Rated as a Class A non-combustible material.
Cons:
High Cost: Highest material and fabrication expense.
Aesthetic Maintenance: Surfaces readily show fingerprints and require frequent wiping.
Clinical Feel: Can impart a cold, industrial aesthetic.
3. HPL (High-Pressure Laminate)
Description: A durable decorative surface layer fused to a core substrate (e.g., calcium silicate board), featuring a specially formulated antibacterial resin overlay.
Pros:
Design Versatility: Vast selection of colors, woodgrains, and patterns to create a calming environment.
Built-in Antibacterial Protection: High-quality grades include effective antimicrobial additives.
Impact & Scratch Resistance: Hard surface withstands daily wear and tear.
Cons:
Critical Seam Integrity: Seams between panels require meticulous sealing with medical-grade silicone to prevent microbial harborage.
Performance Varies: Quality, chemical resistance, and antibacterial efficacy are highly brand-dependent.
4. Tempered Glass
Description: Safety-tempered glass, often used in laminated or coated configurations for enhanced security, acoustics, or privacy.
Pros:
Visual Transparency: Enhances spatial perception, allows for natural light, and is ideal for observation/teaching.
Ultimate Chemical Resistance: Impervious to disinfectants, with a completely seamless surface for easy cleaning.
Modern Aesthetics: Creates a high-tech, clean, and open environment.
Cons:
Premium Cost: Most expensive option for material, shipping, and installation.
Privacy Management: Requires supplemental solutions like blinds or smart glass.
Complex Installation: Heavy weight demands a robust support structure and precision installation.
How to Get a Quotation for a Modular Operating Room from KINROM?
To provide you with a precise and tailored quotation for a modular operating room, KINROM requires some key project information. The process is straightforward and ensures the proposal meets your specific needs.
Please be ready to share the following details:
Layout Drawings: Provide the detailed floor plan or layout of the planned operating room.
Room Height: Specify the clear height of the room.
Classification Level: Inform us of the required cleanliness classification for the operating room (e.g., Class 100/ISO 5, Class 1000/ISO 6, etc.).
Project Scope: Define the range of products and systems to be included.
Once our team receives this information, we will conduct a thorough analysis and prepare a comprehensive and accurate quotation for your project.
Ready to Move Forward?
Contact our sales team today to discuss your project requirements and receive your detailed quote.
