Turkey Diagnostic Imaging Devices Market Size and Forecast by Modality, Application, Technology, End User, and Portability: 2019-2033

  Nov 2025   | Format: PDF DataSheet |   Pages: 110+ | Type: Sub-Industry Report |    Authors: Mahesh Y (Assistant Research Manager)  

 

Public Investment and Digital Expansion: Accelerating Turkey Diagnostic Imaging Devices Market

Turkey diagnostic imaging devices market is undergoing rapid modernization, underpinned by strong government initiatives and a flourishing private healthcare sector. Over the past decade, Turkey has positioned itself as a regional hub for advanced healthcare infrastructure, integrating cutting-edge imaging technologies to improve diagnostic precision and patient outcomes. Strategic reforms by the Ministry of Health of the Republic of Turkey (MoH) have focused on digital transformation, expanding hospital capacity, and improving access to advanced modalities such as magnetic resonance imaging (MRI), computed tomography (CT), and high-resolution ultrasound systems.

According to DataCube Research, the Turkey diagnostic imaging devices market was valued at USD 566.4 million in 2025 and is expected to reach USD 768.6 million by 2033, growing at a robust CAGR of 3.9% during 2025–2033. This growth is propelled by strong demand from both public and private hospitals, along with sustained investment in digital radiology infrastructure. Post-pandemic recovery, coupled with the government’s “Health Transformation Program,” is driving a new era of diagnostic excellence that aligns with Turkey’s vision of becoming a medical technology hub for Eurasia and the Middle East.

Turkey Diagnostic Imaging Devices Market Outlook: Infrastructure Modernization and Digital Radiology Integration Fuel Market Growth

The diagnostic imaging devices industry in Turkey is poised for strong expansion, driven by high domestic demand and strategic healthcare reforms. Turkey’s public healthcare infrastructure is witnessing a large-scale modernization wave, supported by hospital city projects (“Şehir Hastaneleri”) that integrate MRI, CT, and X-ray facilities with centralized digital imaging platforms. The MoH has also prioritized remote diagnostics and teleradiology systems, enabling radiologists in major cities like Ankara, Istanbul, and Izmir to interpret scans from rural hospitals in real-time.

Economic recovery and rising health insurance penetration are further strengthening equipment demand across private clinics and diagnostic centers. The inclusion of digital imaging reimbursement in national insurance frameworks has made advanced diagnostics more affordable. International collaborations, particularly with European equipment manufacturers, have enabled technology transfer and localized manufacturing, contributing to sustainable market growth. With Turkey strategically positioned between Europe and Asia, the country is also becoming a regional hub for refurbished imaging systems and export of assembled diagnostic devices.

Drivers & Restraints: Navigating Economic Policy Shifts and Supply Chain Diversification in Turkey Diagnostic Imaging Devices Ecosystem

Government Healthcare Investments and Private Sector Expansion Drive Market Acceleration

The Turkish government’s ongoing investments in healthcare modernization are a cornerstone of the diagnostic imaging devices market. Large-scale infrastructure projects such as the Ankara City Hospital and Başakşehir Çam & Sakura City Hospital exemplify the adoption of cutting-edge imaging solutions from global leaders like GE Healthcare and Philips. Simultaneously, Turkey’s private healthcare networks, including Acıbadem and Medicana, are upgrading their imaging suites with advanced ultrasound, MRI, and PET-CT systems to enhance diagnostic precision and reduce patient waiting times. This dual investment approach, public and private, has created a synergistic ecosystem that fosters rapid technological adoption and competitive pricing.

Economic Volatility and Import Dependency Pose Market Constraints

While Turkey diagnostic imaging devices sector is growing, macroeconomic challenges such as currency depreciation and import dependency present hurdles. The majority of imaging equipment is sourced from international manufacturers, making procurement costs vulnerable to exchange-rate fluctuations. Additionally, complex import licensing and delayed customs clearance often extend lead times for equipment delivery. Local component manufacturing is improving but still insufficient to meet demand. However, policy incentives promoting medical technology localization are gradually mitigating these challenges, and domestic players are emerging with capabilities in ultrasound and X-ray equipment assembly.

Trends & Opportunities: AI-Enabled Imaging, Refurbished Systems, and Export-Oriented Manufacturing Shape the Future

Emerging Trends in AI-Driven and Portable Diagnostic Imaging Devices

One of the defining trends in Turkey diagnostic imaging devices industry is the integration of artificial intelligence (AI) and automation into radiology workflows. Hospitals are deploying AI-powered imaging software for early disease detection, triage, and image quality enhancement. Portable ultrasound systems are also gaining popularity among community healthcare centers, enabling rapid diagnostics in rural and emergency settings. Turkey’s teleradiology expansion complements these trends, allowing real-time scan sharing and faster reporting across the national healthcare network.

Refurbishment, Localization, and Regional Export Create Long-Term Opportunities

Turkey’s strategic push toward medical device localization is fostering opportunities in refurbished equipment and regional exports. Certified refurbished MRI, CT, and X-ray systems are being introduced to mid-tier hospitals as part of cost-containment strategies. The government’s support for local production under the “National Technology Move” initiative is incentivizing partnerships between domestic firms and global OEMs. Furthermore, Turkey’s proximity to markets in the Balkans, Middle East, and North Africa positions it as an export hub for mid-range diagnostic imaging equipment. These opportunities not only enhance sustainability but also reduce reliance on high-cost imports.

Competitive Landscape: Multinational and Local Synergies Define Turkey’s Diagnostic Imaging Ecosystem

Competition within Turkey diagnostic imaging devices market is intensifying, driven by a mix of multinational innovation and domestic entrepreneurship. Global leaders like Philips and GE Healthcare continue to expand their imaging portfolios in Turkey, offering AI-enabled CT and mobile X-ray technologies aligned with national healthcare modernization goals. Local companies such as Arzum Medikal and Oncotek are gaining ground with competitive ultrasound and radiography systems, supported by favorable R&D policies and growing demand for accessible diagnostics.

These strategic developments underscore Turkey’s ambition to strengthen its diagnostic imaging ecosystem through technology transfer, skill development, and global partnerships. The competitive environment is now defined by hybrid models, combining AI-enabled imaging, refurbished systems, and integrated cloud-based diagnostics to meet evolving healthcare demands. As Turkey continues to position itself as a medical technology hub, sustained policy support and local innovation will be critical to achieving long-term market leadership.


*Research Methodology: This report is based on DataCube’s proprietary 3-stage forecasting model, combining primary research, secondary data triangulation, and expert validation. [Learn more]

Turkey Diagnostic Imaging Devices Market Segmentation

Frequently Asked Questions

Massive infrastructure and digital healthcare investments under Turkey’s Ministry of Health initiatives are driving adoption of advanced diagnostic imaging modalities across public and private sectors.

Collaborations with GE Healthcare, Philips, and Siemens are enhancing technology transfer, while localization incentives are nurturing domestic manufacturing capabilities.

Turkey is gradually localizing imaging device assembly and component production under its National Technology Move, reducing reliance on imported medical technologies.

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