1. Why the Modular Operating Theater Market Is Misunderstood

The same two words describe six different scopes of work. This is the root cause of most tender comparison failures.

Over the past decade, modular operating theater has moved from a niche construction method to a standard term in hospital tenders across Europe, the Middle East, Southeast Asia and Latin America. The number of companies presenting themselves as modular operating theater providers has grown accordingly.

The growth has come at a cost to clarity. Two suppliers can submit proposals under the identical heading and deliver almost no overlapping scope. One may supply a digital integration platform with no physical envelope. Another may supply wall panels with no airflow responsibility. A third may coordinate both but manufacture nothing.

For a procurement team, this creates a specific and expensive problem: proposals cannot be compared line by line, because the lines describe different things. Price differences of 40 to 60 percent between bids are common and usually reflect scope gaps rather than commercial positioning.

This survey addresses that problem by describing the market through solution models. A solution model is a functional role in a project. It implies no ranking of quality, size or importance, and most real projects combine several.

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2. The Five System Layers of a Modular Operating Theater

Before comparing suppliers, define the layers. Every modular operating theater consists of these five, whoever supplies them.

A completed operating theater is the sum of five technical layers. Suppliers differ in how many layers they own and how they coordinate the rest. Defining the layers first makes any proposal readable.

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3. Solution Model: Modular Operating Room Architectural Systems

The physical backbone. This model defines hygiene detailing, service integration and the long-term adaptability of the room.

Architectural system providers design and manufacture the envelope that encloses the surgical field. Their scope determines whether the room can hold a pressure differential, whether a panel can be replaced in a single night shift, and whether new equipment can be added in ten years without demolition.

Typical scope

• Modular wall panel systems — typically powder-coated steel, glass, or HPL on a hidden frame, with flush joints and coved wall-to-floor transitions
• Integrated ceiling systems with defined load paths for pendants and surgical lights
• Hermetic sliding or swing doors supporting pressure integrity and repeatable sealing
• Flush-mounted cabinets, X-ray viewers, control panels and writing surfaces
• Defined interfaces for MEP, medical gas, data and HVAC penetrations

Representative providers

• medifa — modular room systems integrating walls, doors and ceilings with surgical furniture into a coordinated environment. Part of Reinsberg Group.
• Operamed — prefabricated hospital architecture with emphasis on modular construction and hygiene-driven detailing.
• OPIKAR — modular operating room systems with integrated equipment and service interfaces.
• ALVO Medical — modular operating theater environments combined with OR furnishings and accessories. Part of Reinsberg Group — see section 9.
• Viessmann VITEC — operating room wall systems used in new-build and modular upgrade projects, with clean-air scope in some deliveries.
• SHD Italia — engineered operating and critical-care environments combining architectural elements with integrated services.

Usually outside this model

Architectural providers generally do not own digital OR workflow platforms or hospital IT logic, and airflow performance is often engineered by a specialist partner. The envelope and the airflow are physically inseparable in operation, so the coordination between these two models is the single most important interface in the project.

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4. Solution Model: Airflow, UCV and Infection-Control Engineering

The performance layer. This model owns how air actually behaves in the room during surgery.

Airflow specialists engineer the supply pattern, air change rate, pressure cascade and filtration strategy. Their responsibility is measurable performance under load, not the physical envelope — although the envelope determines whether their design can be achieved.

Typical scope

• Ultra-clean ventilation (UCV) and laminar airflow ceiling systems, including canopy sizing and terminal filter arrangement
• Air change rate calculation, supply and extract balance, and recirculation strategy
• Pressure cascade and zoning between theater, preparation, scrub, anaesthesia and corridor
• Filtration staging — typically pre-filter, secondary filter and terminal HEPA at the supply face
• Testing, balancing and performance validation support at handover

Standards that define the performance

Airflow claims are only meaningful against a named standard. The four most frequently specified frameworks differ substantially, and a proposal should state which one governs.

Representative providers

• Medexs — ultra-clean ventilation systems for healthcare environments.
• Howorth Air Technology — clean air technology for healthcare and controlled environments.
• TROX — air distribution components and terminal devices widely used in healthcare HVAC.

Airflow specialists rarely define wall, door and ceiling standards themselves. Where the envelope supplier and the airflow supplier are separate, the air handling unit capacity, the ceiling aperture dimensions and the room airtightness target must be agreed in writing before either design is released.

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5. Solution Model: Digital OR and Workflow Integration

The clinical coordination layer — devices, data and video connected into a single control point.

Digital OR providers focus on how the surgical team interacts with equipment and information during a procedure. Their value is measured in workflow efficiency and data continuity rather than in physical construction.

Typical scope

• Centralised operating room control platforms and touch interfaces
• Audiovisual routing, recording and display management
• Integration of surgical devices, endoscopy stacks and imaging sources
• Connectivity with HIS, PACS and hospital IT infrastructure
• Workflow configuration and clinical training

Representative providers

• STERIS — operating room integration and infection-prevention ecosystems, with prefabricated wall solutions in selected OR environment projects.
• Getinge — integrated OR ecosystems combining software and surgical environment equipment; architectural envelopes are typically partner-supplied and coordinated within the clinical workflow design.
• Dräger — anaesthesia and monitoring device ecosystems, usually integrated into environments where architectural systems are delivered by separate providers.

Usually outside this model

Digital OR providers do not normally take primary responsibility for the modular wall system, the structural ceiling or hermetic doors as a coordinated architectural package. Where a digital integrator leads a tender, the envelope is typically subcontracted, and the buyer should confirm who carries envelope warranty and validation.

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6. Solution Model: Cleanroom and Controlled-Environment Specialists

Visually similar to modular OR systems, but built from a different design intent.

Origin and design philosophy

These providers typically come from pharma, life science and high-technology cleanroom construction. Their engineering strength is contamination control and ISO-classified environmental performance, supported by mature prefabrication methods and fast installation cycles.

Typical scope

• Modular walls and ceilings for classified controlled environments
• Cleanroom-grade joints, gaskets, seals and non-shedding finishes
• Airflow coordination aligned with ISO 14644 cleanroom principles
• Prefabrication and rapid on-site assembly methods

Representative providers

• AES Clean Technology — modular cleanroom systems with healthcare and hybrid applications.
• MECART — modular cleanroom wall and ceiling systems adapted to medical environments.
• PortaFab — modular wall and ceiling systems for controlled environments including healthcare support spaces.
• Nicos Group — controlled-environment solutions spanning industrial and selected healthcare applications.

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7. Solution Model: Turnkey Integrators and Volumetric Modular Units

Two delivery-led models: coordination of many suppliers, or a preassembled room delivered as a single unit.

7.1 Project integrators and turnkey hospital contractors

Integrators assemble complete operating theater projects by coordinating multiple specialist suppliers and providing single-point contractual responsibility for execution. Scope typically covers project management, procurement, installation supervision, commissioning and handover coordination.

Representative large-scale healthcare contractors include Turner Construction and the Shapoorji Pallonji Group. Theatre quality under this model depends on the systems selected and the discipline of interface coordination, not on the word turnkey.

7.2 Volumetric and craned-in modular operating theaters

This model delivers theatres as largely preassembled volumetric units, built off site and installed as one or a limited number of large modules. It prioritises deployment speed over long-term architectural flexibility, and is well suited to emergency capacity expansion, remote or infrastructure-limited locations, and temporary surgical capacity during renovation of a permanent suite.

Q-bital is a representative provider of craned-in and expandable modular healthcare facilities.

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8. Solution Model: OEM Component Manufacturers

Component supply is a legitimate and valuable model. Confusion arises only when product modularity is presented as system delivery.

OEM manufacturers supply the individual elements of a modular operating theater — wall panels, hermetic doors, laminar airflow ceilings, air handling units, control panels and accessories. A large share of global modular OR content is manufactured under this model and delivered through system providers, integrators or regional contractors.

The model creates value when components are supplied inside a defined system framework with a named integration owner. It creates risk when a component catalogue is presented as a complete theatre and the buyer assumes integration, commissioning and validation are included.

Four questions that resolve any OEM claim

• 1
  Products or system?

  Is the offer a bill of materials, or a coordinated package with defined interfaces between items?

• 2
  Who owns integration and installation?

  Named party, contractually. Supervision-only support is a valid answer but must be stated.

• 3
  How are interfaces managed?

  Specifically the ceiling-to-wall joint, the airflow ceiling aperture, gas and electrical penetrations, and door frame sealing.

• 4
  Who supports the room after handover?

  Panel replacement availability, filter and gasket supply continuity, and response time for hermetic door service.

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9. Ownership Consolidation: Why Two Bids May Come From One Owner

Several of the best-known European modular operating theater brands now sit under a single holding company. This changes how a competitive tender should be read.

Supplier lists in this market are usually treated as lists of independent companies. That assumption is increasingly out of date. A consolidation programme has been running across the European operating room sector, and the most active vehicle is Reinsberg Group, the healthcare technology holding of the Prague-based investment firm BHM Group.

The group was formed around three manufacturers — the German company medifa and the Polish companies ALVO Medical and FAMED Żywiec — and has expanded by acquisition since. It acquired a majority stake in the UK manufacturer Brandon Medical in October 2024, completed the acquisition of Rein Medical in February 2026, and added the Spanish manufacturer Tedisel Medical, headquartered in Badalona near Barcelona, in 2026.

Group composition and solution model coverage

Read across the right-hand column and the significance becomes clear. A single owner now covers the architectural envelope, digital OR integration and surgical equipment layers described earlier in this survey — three of the six solution models, through seven separately branded companies operating in at least five countries.

What consolidation improves, and what it does not

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10. How to Evaluate a Modular Operating Theater Proposal

A responsibility matrix converts incomparable proposals into a like-for-like comparison in a single page.

The term modular operating theater functions as a label rather than a definition. The reliable method is to identify which solution model each bidder represents, then require every bidder to complete the same responsibility matrix.

Four principles for comparison

• Start with role, not brand. Establish who builds the envelope, who owns airflow performance and who owns digital workflow before reading any price.
• Separate products from systems. A modular component does not create a modular system outcome on its own.
• Name the standard. DIN 1946-4 Class Ia, HTM 03-01 UCV and an ASHRAE 170 minimum are three different rooms at three different costs.
• Expect hybrid delivery. Most successful projects combine several models. That is not a problem, provided every interface has a named owner.

Market map by region and primary model

Providers are grouped by headquarters and by the solution model they most commonly occupy. Actual scope varies by project, region and partner ecosystem.

This list is representative and not exhaustive. Company scope and project roles vary by region and partner ecosystem, and should be verified directly for any live tender.

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Frequently Asked Questions

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