Infection-Free Infrastructure

Modular OT Flooring Systems

A Modular Operation Theatre is only as sterile as its foundation. We supply and execute perfectly leveled, monolithic flooring systems engineered strictly for Class 100 cleanrooms. From Conductive ESD Vinyl for Cath Labs to Heavy-Duty Self-Leveling Compound Flooring for Orthopedics, we ensure 100% NABH-compliance.

System At a Glance

Self-Leveling Compound Base
Anti-Static (ESD) Integration
Heat-Welded Seamless Joints
High Chemical Resistance

System Infrastructure

Console Configurations

Every configuration is precision-manufactured and modularly designed to fit your exact demands.

Conductive ESD Vinyl Flooring

The absolute gold standard for advanced, high-tech modular OTs. This system features a 2mm thick homogeneous vinyl sheet infused with carbon compounds.

During installation, a network of conductive copper tape grids is laid underneath the sheets and connected to the building's central earthing system. It continuously drains static electricity generated by staff movement, protecting sensitive micro-electronics in anesthesia workstations and patient monitors from calibration errors or damage. This makes it the absolute best choice for Super-Specialty OTs, Cardiac Wings, & Cath Labs.

Standard Homogeneous Vinyl

Manufactured from the exact same surgical-grade, 2mm thick PVC composition as our ESD lines, but without the underlying copper grid or internal conductive fibers.

Because the material is completely dense and smooth, we heat-weld the seams together using matching PVC rods to form an unbroken, fluid-tight surface across the entire room. It offers identical resistance to blood, iodine, and heavy cleaning chemicals, making it the most cost-effective and reliable solution for spaces where high-frequency static discharge is not a critical risk. This makes it the absolute best choice for General Surgery OTs, Scrub Stations, & Recovery Rooms.

Self-Leveling Compound Flooring

While vinyl is highly resilient, it can occasionally tear, indent, or buckle under the extreme localized point-loads of heavy surgical equipment. For these specific environments, we install poured self-leveling compound systems.

This is a specialized liquid matrix poured directly over the mechanically prepared sub-base on-site. It chemically cures into a dense, 3mm to 4mm thick seamless slab. Having absolute zero joints or weld-lines anywhere in the room, it is 100% monolithic, completely impervious to fluids, and boasts immense structural impact resistance against rolling loads. This makes it the absolute best choice for Orthopedic OTs, Heavy-Traction Rooms, & Trauma Bays.

Internal Engineering

Anatomy of Safety

Our systems are governed by extreme safety protocols to ensure zero-defect, fail-safe operation.

Seamless 4-Inch Coving

To maintain absolute NABH compliance and a true cleanroom environment, every flooring variant we install features a seamless 4-inch wall cove. We physically curve the vinyl or compound flooring up the edges of the room to connect smoothly with our modular wall panels.

• Eliminates Dead Corners
• Absolute NABH Compliance

Heat-Welded Joints

Vinyl seams are fused using matching PVC rods to form an unbroken, fluid-tight surface resistant to iodine and blood.

• Monolithic Surface
• 100% Impervious to Fluids

Copper Grid Earthing

ESD lines include underlying copper grid networks to safely dissipate static away from delicate medical machines.

• Static Drainage
• Electronic Safety

Where We Install

Key Applications

Modular Operation Theatres

Intensive Care Units (ICU)

Hybrid Cath Labs

CSSD & Scrub Stations

Why Choose MedGenz?

We don't just supply equipment; we engineer and execute complete turnkey hospital ecosystems.

Turnkey Solutions

From sub-base grinding to final panel integration, we handle the entire cleanroom floor execution.

ISO & NABH Certified

Our materials and installation processes strictly adhere to NABH norms for sterile medical facilities.

Pan-India Execution

Headquartered in Delhi NCR, our engineering teams travel directly to your hospital site anywhere.

Lifetime Support

Our relationship doesn't end after handover. We provide comprehensive lifetime maintenance.

Quick Case Study

Protecting Sensitive Equipment in Mumbai

A hospital's cardiac monitors were experiencing calibration glitches due to static buildup on tiled floors.

The Solution: Installed Conductive ESD Vinyl with copper grid earthing. Interference vanished instantly, ensuring surgical precision.

Technical Specifications

Material Thickness	Vinyl Sheets: 2.0mm \| Compound Flooring: 3.0mm - 4.0mm
Seam / Joint Profile	Vinyl: 100% Heat-Welded PVC Rods \| Compound Flooring: Joint-Free Monolithic
Chemical Resistance	Resistant to Betadine, blood, iodine, and hospital-grade detergents
ESD System Integration	Carbon-infused layers with full copper grid earthing network
Wall Integration	Continuous 4-Inch wall coving seamlessly mating with modular panels

Frequently Asked Questions

Technical details regarding our Modular OT Flooring Systems.

Can new vinyl or compound flooring be applied over our existing hospital tiles?

Yes, but surface preparation is critical. We do not lay flooring directly over old tiles. Our engineers mechanically grind the existing surface and pour a specialized self-leveling base compound to ensure the floor is perfectly flat and porous before installing the final vinyl topcoat or compound flooring.

What happens if an orthopedic surgery table rolls over the flooring?

For standard OTs, our 2mm heat-welded homogeneous vinyl easily supports general surgical equipment. However, for heavily loaded Orthopedic or Trauma tables, we strongly recommend our 3mm-4mm Heavy-Duty Self-Leveling Compound Flooring, as it will not indent, tear, or buckle under extreme point-loads.

How is the ESD Vinyl actually grounded?

Before laying the conductive vinyl, we install a highly conductive copper tape grid in a specific layout across the subfloor. This grid is then wired directly into a dedicated earth pit in the hospital's electrical grounding system, ensuring all static is safely dissipated away from sensitive machines.