Medical Lifting Slings Market

Medical Lifting Slings Market Outlook (2025 to 2035)

The global medical lifting slings market is valued at USD 1.26 billion in 2025. The valuation will expand with a CAGR of 11% and reach USD 3.58 billion by the year 2035, according to Fact.MR analysis. It is driven by an increasing age population across the globe and growing cases of mobility disorders, which are both helping to expand the need for effective patient transfer solutions in healthcare setups.

Modernization of healthcare infrastructure and increased hospital admissions because of chronic diseases are fueling the demand for ergonomic and durable patient-handling equipment. Medical lifting slings offer critical benefits in reducing caregiver injuries and enabling safe patient mobility, hence becoming a requirement in hospitals, nursing homes, and assisted living facilities. Furthermore, heightened awareness of patient comfort and safety standards is fueling global adoption on a broader scale.

Technological innovation in sling design, such as the use of breathable materials, adjustable back support, and integration with smart hoist systems, is also rendering these products more desirable. Firms are focusing on customization to cater to unique needs, from bariatric care to pediatric support, providing solutions across various clinical use cases.

Geographically, the U.S. remains in the lead due to advanced healthcare infrastructure and regulatory pushes towards improved patient mobility devices. The UK, however, is rapidly catching up on the strength of growing healthcare expenditures and rising geriatric populations. Investments in healthcare access and technological integration additionally drive regional growth.

While addressing moderate challenges posed by pricing pressures and unstable reimbursement structures in emerging economies, the medical lifting slings market has high growth prospects. However, sustained relationships among healthcare providers and product manufacturers will simplify procurement processes, increasing accessibility and affordability of medical lifting slings during the forecast period.

Key Metrics

Metric	Value
Estimated Global Size in 2025	USD 1.26 Billion
Projected Global Size in 2035	USD 3.58 Billion
CAGR (2025 to 2035)	11%

Fact.MR Survey Results: Industry Dynamics Based on Stakeholder Perspectives

Key Priorities of Stakeholders

Patient Comfort & Safety Compliance:

• 81% of stakeholders identified patient well-being and comfort as the most critical factor for sling adoption, particularly in long-term care facilities and elderly support centers.

Durability & Maintenance Efficiency:

• 74% of healthcare providers emphasized the need for slings with high durability and easy-clean materials to improve hygiene protocols and reduce replacement costs.

Cost & Procurement Optimization:

• 69% of purchasing managers cited cost-efficiency and streamlined supply agreements as top priorities, favoring reusable and multipurpose sling variants.

Regional Variance:

• U.S.: 77% of hospital administrators prioritize sling systems that integrate with electronic lift tracking systems.
• UK: 80% of stakeholders favor slings with sustainable and recyclable materials to align with environmental mandates.
• Asia-Pacific: 66% highlight the importance of sling availability for home-based care amid growing aging populations and limited institutional capacity.

Adoption of Advanced Technologies

High Variance in Technological Adoption:

• U.S.: 61% of facilities adopted sensor-embedded slings to monitor patient positioning and reduce the risk of injury.
• UK: 54% deployed antimicrobial fabric technologies to meet stringent hospital-acquired infection standards.
• Asia-Pacific: 38% of manufacturers introduced modular sling designs to enable adjustable support for varied body types.

Convergent & Divergent Perspectives on ROI:

• 73% of U.S. stakeholders consider smart sling systems as highly cost-effective over time, while only 47% of UK facilities rate sensor-driven technology as essential to operations.

Supply Chain & Infrastructure Challenges

Consensus:

• 70% of stakeholders noted inconsistent procurement processes and distributor delays as primary barriers to sling adoption.

Regional Variance:

• UK: 60% of facilities faced barriers due to medical device classification delays.
• Asia-Pacific: 65% of respondents reported challenges with local manufacturing scalability and logistics.
• U.S.: 72% cited a lack of centralized sling sterilization services, impacting turnover efficiency.

Future Investment Priorities

Alignment:

• 78% of global stakeholders intend to invest in durable, sustainable sling materials and multi-use designs.

Divergence:

• U.S.: 68% plan to expand integration of smart hoist-compatible sling models.
• UK: 64% are investing in closed-loop recycling systems for sling fabric materials.
• Asia-Pacific: 59% focus on public-private partnerships to supply affordable sling solutions to rural hospitals.

Impact of Government Regulation

Country	Regulations & Impact on Medical Lifting Slings
U.S.	Stricter OSHA compliance for lifting aids has spurred the adoption of certified slings in hospitals and elder care.
UK	NHS procurement guidelines emphasize safe patient handling, fostering rapid adoption of standardized sling systems.
China	National policies now include subsidies for elderly mobility aids, boosting demand in public healthcare institutions.
Japan	Regulatory encouragement for robotics-integrated patient handling tools is increasing smart sling uptake.
South Korea	Medical device tax incentives drive R&D in durable, antimicrobial sling materials.
India	The government's push for improved rural healthcare has led to budget allocation for patient mobility equipment.

Market Analysis

The global medical lifting slings market is on a growth trajectory fueled by demographic shifts and clinical demand for safer, more efficient patient handling. Innovations in smart, reusable, and sustainable sling products will define their leadership. Early adoption by care providers and hospitals will yield operational and safety gains.

Top 3 Strategic Imperatives for Stakeholders

Expand Regulatory and Compliance Readiness

Executives should prioritize investments in regulatory alignment and certification processes to accelerate commercial adoption. Engaging with policymakers and industry bodies will help streamline approvals, ensuring seamless integration of lifting slings into clinical care settings.

Leverage AI, Smart Integration, and Material Science

Integrating smart sling systems with sensor tracking, investing in AI-assisted patient monitoring, and deploying advanced antimicrobial materials will significantly improve patient outcomes and operational efficiency.

Strengthen Supply Chain and Provider Partnerships

Collaborations with healthcare providers, medical equipment distributors, and manufacturers will enable better access, affordability, and scalability across diverse care environments, especially in underserved regions.

Top 3 Risks Stakeholders Should Monitor

Risk	Probability & Impact
Regulatory Delays in Device Classification	High probability in the UK; medium-high impact on market entry timelines
Supply Chain Disruption	Medium probability; high impact due to dependency on third-party distributors
Cost Pressures from Reimbursement Gaps	High probability in developing industries; high impact on affordability and access

Executive Watchlist

Priority	Immediate Action
Regulatory Certification	Ensure all products meet ISO and local safety standards to accelerate procurement approvals.
Smart Integration Infrastructure	Invest in incompatible systems and training for staff to utilize smart sling technologies fully.
Scalable Distribution Networks	Develop regional warehousing and logistics partnerships to reduce delivery times and ensure supply.

For the Boardroom

To stay ahead, companies must accelerate regulatory engagement, encourage the use of smart slings, and develop secure global supply chains.

Fact.MR research indicated that the future growth horizon is subject to sensor-integrated designs, ISO-qualified safety standards, and multifunctional slings facilitating patient diversity. As the rate of aging populations continues to rise and chronic care demand is on the upswing, active investment in durable, hygienic, and AI-enabled sling solutions will be imperative.

Developing stronger regional distribution models and fostering cooperative partnerships with hospitals and long-term care providers will not only ensure sustained demand but also bring providers to the leading edge of patient-centered innovation in mobility care.

Shifts in the Market from 2020 to 2024 and Future Trends 2025 to 2035

Between 2020 and 2024, the medical lifting slings market experienced increasing adoption driven by a surge in elderly care, post-acute rehabilitation needs, and improved hygiene standards during the COVID-19 pandemic. Slings increasingly found their way into use by hospitals, nursing homes, and home care environments as part of fall prevention programs and mobility aids for non-ambulatory patients.

During this period, disposable and reusable slings became more popular because of infection control. However, inefficiency in slings flexibility, dependence on manual operation, and varying caregiver training influenced efficiency.

Between 2025 and 2035, there will be a significant change towards smart and ergonomic lifting equipment. Weaving technology-i.e., sensor-based load monitoring, movement coordination through AI, and integration of HIS-will transform the use of lifting slings in care environments. Innovations in materials science on light, antimicrobial, and biocompatible materials will improve comfort and reduce cross-contamination.

Patient-specific and modular designs will take over, particularly in bariatric and high-dependency care. As healthcare environments persist in grappling with caregiver shortages, semi-automated or automated sling systems will mitigate caregiver injuries and enhance patient dignity. Furthermore, patient handling safety and worker protection regulations will propel the procurement of sophisticated sling technologies within developed and emerging economies.

Comparative Market Shift Analysis: Medical Lifting Slings (2020 to 2024 vs. 2025 to 2035)

2020 to 2024	2025 to 2035
Increase in elderly and immobile populations; infection control as a result of COVID-19.	Aging population, staffing issues, ergonomics focus, and prevention of caregiver injury
Single-use, washable slings; manual lifting devices	Smart, sensor-integrated slings; modular, customized sling designs
Minimal or none; simple manual systems	IoT-based load monitoring, AI-driven movement algorithms, integration with EHRs and hospital systems
High demand for antimicrobial and disposable versions	Utilization of advanced antimicrobial, breathable, and skin-safe materials
Dependence on human caregiver expertise and simple training	Innovative caregiver-embedded training manuals, auto-calibration, and artificial intelligence movement aid for lower-trained staff
Hospital, nursing home, limited home care penetration	Dominant presence in home healthcare, outpatient rehabilitation centers, and bariatric services
Enhanced but inconsistent by geography; primarily manual compliance	Regulatory-sponsored safety standards with embedded usage monitoring and caregiver alerts
Generic size and functionality	Customized patient fit, posture correction design, and weight-distribution optimization
Emphasis on long-lasting synthetics and machine-washable material	Implementation of light, environmentally friendly, biocompatible, and anti-allergic smart fabrics
Institutional purchasing-dependent	Increased retail and online market availability for home caregivers, facilitated through digital health platforms

Country-wise CAGR Overview (2025 to 2035)

Country	CAGR (%)
U.S.	6.7%
UK	6.1%
France	5.8%
Germany	5.6%
Italy	5.2%
South Korea	6.0%
Japan	5.5%
China	7.3%
Australia-NZ	5.9%

The U.S.

The U.S. medical lifting slings market will increase at 6.7% CAGR during the study period. An aging population supports such high growth, the increasing prevalence of mobility disorders, and the widespread use of advanced patient-handling equipment in healthcare settings.

The U.S. medical lifting slings market also has support from robust government efforts for improving healthcare standards and widespread implementation of safety protocols in hospitals and care centers. Enhanced technology and heightened awareness among caregivers also improve the use of powered and custom-fit slings for specialized use. In addition, reimbursement policies and worker safety laws have pushed healthcare providers to invest in lifting aids to prevent caregiver injury.

Repositioning, bariatric, and hygiene slings have gained more demand since they are utilized on a regular basis in hospitals, assisted living facilities, and rehabilitation centers. Growing private use has also been fueled by interest in homecare models. Manufacturers are responding with advances in ergonomics in design, hygiene-friendly materials, and smart sling technologies, making the U.S. one of the most profitable medical lifting slings markets during the next decade.

UK

The UK medical lifting slings market will grow at 6.1% CAGR during the study period. The country offers a mature but more emerging medical lifting slings market that is greatly influenced by a rise in elderly individuals and a solid national healthcare foundation.

The National Health Service (NHS) still invests funds in patient mobility aids as part of its broader framework of maximizing patient comfort and safeguarding staff. There is growing public recognition of mobility support solutions, and home care services have expanded considerably, stimulating more widespread use of lifting slings.

Hospital and care home managers are also paying attention to solutions minimizing the risk of musculoskeletal injury to caregivers. This attention has led to the use of ceiling-suspended slings, mobile floor lifts, and hygiene-focused sling models. The UK medical lifting slings market is further served by Indigenous manufacturers of personalized sling designs and training workshops on safe use.

The inclusion of these devices in institutional and home environments is poised to create stable demand throughout the forecast period. With care provision steadily trending towards decentralized systems, the UK medical lifting slings market is poised to see steady growth.

France

The French medical lifting slings market is anticipated to grow at a 5.8% CAGR throughout the study. Demand is fueled by rising numbers of elderly and chronically ill patients needing daily mobility care. France's healthcare system puts high priority on the quality of life and safety of both patients and healthcare workers, leading hospitals and long-term care facilities to adopt lifting slings increasingly.

Present trends see shifts towards powered slings and advanced suspension systems intended for specific medical applications.

Geriatric care facilities and rehabilitation hospitals are particularly active in the modernization of patient-handling equipment. Growth in government funding for elder-care programs, as well as more general promotion of care-at-home, has further made areas available for the use of lifting slings.

Producers and distributors are investing in ergonomic profiles and materials that reduce skin shear and maximize user comfort. Apart from this, training sessions designed to reduce injury in the workplace have sensitized caregivers to appreciate the benefits of such equipment. This evolving landscape facilitates moderate and consistent growth in the medical lifting slings market in France.

Germany

The German medical lifting slings market will register growth at 5.6% CAGR between the years studied. Germany boasts some of the most significant populations of elderly citizens in Europe, and this population pressure has heightened the demand for mobility aids in hospitals, nursing homes, and residential areas.

Improved concern for safety among caregivers within the past decade has created calls for proper equipment for patient handling, including slings used in lifting. Integrating smart assistive technology into the standard sling is also increasingly prominent within urbanized healthcare settings.

Germany's professional caregivers are ordering additional slings that allow for medical treatment, such as repositioning, hygiene care, and rehabilitation after surgery. Homecare infrastructure investments and new approaches to professional caregiver training have further increased the scope of sling use.

Additionally, local and national manufacturers are introducing modular sling systems with the ability to accept various lift units, making available a more individualized level of patient care. Given the country's regulatory environment and technology focus, the industry will be able to see sustainable growth in the next ten years.

Italy

The Italian medical lifting slings market will witness a 5.2% CAGR during the study period. The Italian healthcare system has increasingly realized the need for mobility solutions for dependent patients. Public and private facilities are introducing medical lifting slings as part of a broader effort to promote patient safety and reduce caregiver fatigue.

While slower than in northern Europe, significant progress is being made in geriatric care facilities and rehabilitation centers. Among the principal growth drivers is the rise in-home care for the elderly, where slings are used to enhance mobility and reduce risks of injury during transfer. Firms are expanding their market by offering training and post-sales service in order to ensure the safety of products and ease of use.

Investments in hospital infrastructure upgrades and care organization partnerships are also fueling the market expansion. The option of washable, reusable slings suitable for multiple uses is improving cost-effectiveness for private as well as public consumers. Italy's market is generally increasing, albeit at a slower pace.

South Korea

The South Korean market is expected to grow at 6.0% CAGR during the study period. An established medical device market, coupled with an aging and growing population and heightened emphasis on caregiver safety, presents a robust setting for the utilization of medical lifting slings. Elder care and long-term care insurance policies initiated by the government have improved access to equipment of this type for institutional and home care environments.

Hospitals and nursing homes are embracing lifting slings as a component of next-generation mobility solutions to ensure patient comfort and reduce injury to personnel.

Technological solutions, including intelligent slings and adjustable harness systems, have become popular over the last several years. South Korean firms are among the providers of solutions in this area, and they have innovations that meet local requirements like smaller form factors, easier maintenance, and noise reduction.

Accelerating demand for rehabilitation and palliative care centers fuels the market trend. The growing focus of the healthcare system on modernization provides medical lifting slings with a strong outlook over the next decade.

Japan

The Japanese market will grow at 5.5% CAGR during the study period. Japan is struggling with severe population problems due to an aging population, and mobility solutions are the order of the day in both domestic and health settings.

The medical lifting sling market is becoming increasingly important in hospitals, nursing homes, and home settings as a safe and effective patient-handling demand is on the rise. Japanese regulatory systems emphasize quality and safety standards, with the environment being established where efficient and safe products are greatly prized.

Institutions are investing in powered lifting equipment that includes patient slings to minimize manual handling.

Japanese manufacturers have introduced slings that suit the country's compact living conditions and high hygiene levels. Educational campaigns and caregiver training also complement uptake. With the large percentage of age-related mobility impairment and increasing dependence on home care, Japan's medical lifting slings market will exhibit long-term and stable growth.

China

The Chinese market will expand by 7.3% CAGR during the period of study. The speedy development of healthcare infrastructure and the geriatric population have made China a prominent emerging industry. City hospitals are investing in high-tech patient-handling systems, and awareness of caregiver safety is growing among care providers.

Government investment in care for the elderly and assistive devices is also fueling the mass utilization of lifting slings. The trend of aging care shifting towards home care is also boosting demand for comfortable and easy-to-use slings. Chinese suppliers are further entering the industry with low-cost products that meet local needs, such as multifunctional slings and accessories.

As urbanization continues and disposable income rises, patients and caregivers further find themselves spending on good mobility aids. It is technological advancement and supportive policies that make China the fastest-growing country in the global medical lifting slings market during the forecast years.

Australia-New Zealand

The Australia-New Zealand medical lifting slings market will have a 5.9% CAGR during the forecast period. Both nations have better healthcare systems in addition to strong regulative standards for ensuring the adoption of safe and functional patient-lifting devices. An aging population, a subject of continuous interest because of the demand for community-based care, also has increased the demand within institutions and residential care.

Australian and New Zealand healthcare professionals actively embrace workplace safety procedures to reduce musculoskeletal injuries among caregivers. There have been increased orders for repositioning, toileting, and hygiene aids slings. The public awareness of mobility aids and the availability of government-funded aged care programs also drive growth. Local distributors usually partner with global suppliers to bring high-end solutions to the continent.

With a focus on patient dignity, comfort, and safety, the Australian-New Zealand medical lifting slings market is set to experience steady growth throughout the forecast period.

Segment-wise Analysis

By Material

Nylon slings are expected to take up 30% of the global medical lifting slings market in 2025, followed by padded slings with a 25% share. The grouping reflects the increasing demand for material types engineered for durability, comfort for the patient, and easy disinfection in healthcare setups.

Nylon slings are preferred for their high tensile strength, moisture-resistant capacity, and recycling options. Nylon slings are especially appreciated in hospitals and long-term care facilities that involve repeated lifting and transfer.

Manufacturers such as Arjo (MaxiMove and MaxiSky systems), Hill-Rom (Liko brand), and Invacare offer a range of nylon slings known for their adaptability and strength. Furthermore, nylon can be easily disinfected, which is an important consideration in an infection-prone environment, especially during and after the COVID-19 pandemic.

Padded slings, with a significant 25% share, are selected because of their patient-centered design. They are usually lined with foam or soft fabrics to add strength and reduce skin-shearing forces. Padded slings are preferred for patients who are elderly or bariatric and may assume certain basic patient handling procedures but have limited mobility and fragile skin. Popular padded types manufactured by Etac (Molift brand) and Prism Medical find widespread application in home and rehabilitation clinics.

The padded segment is further expected to grow as patient comfort becomes a greater priority with aging populations in North America, Europe, and some parts of Asia. These types of slings are often used with ceiling hoists or mobile lifts, particularly in assisted living environments.

Nylon slings may find preferential use due to durability and institutional acceptance, while padded slings are gaining popularity for ergonomic design and comfort. The industry is seeing a rise in hybrid products that provide durable products with soft padding to balance protection with comfort, highlighting the demands emerging concerning modern patient handling.

By Product

Transfer slings are anticipated to capture 29% of the medical lifting slings market in 2025, while universal slings will hold a considerably lower 18% share. It is indicative of a stronger focus on safe and efficient patient handling solutions within hospitals, rehabilitation centers, and home health care settings.

Transfer slings are usually employed for lateral repositioning and transferring between bed and chair. Thus, they are vital in both acute health care and long-term care facilities. They enable transfer to be done safely, leaving the patient passive without participating actively, which is more difficult for a totally immobile or semiconscious patient.

Industry share is hence driven by hospitals and homes that face a huge demand to minimize care injuries while complying with manual handling regulations in caring. Arjo (MaxiMove Transfer Sling), Guldmann, and Invacare are the top companies with a number of different transfer sling models developed specifically to meet the needs of different care areas, such as bariatric care and ICU support.

Universal slings, taking away the 18% share, become synonymous with multipurpose use. These are slings that are adapted across as many patient profiles and different lifting needs: seated use, toileting, or amputee transfers.

These types of slings lower the number of slings that are needed in any given practice and are economical for facilities that do not have an extensive budget. Some providers include Joerns Healthcare (Hoyer brand) and Prism Medical, which offer a versatile universal sling system that can complement both mobile and ceiling hoists.

Transfer slings cater more primarily to institutional use, while there is a concurrent burgeoning popularity of universal slings in-home care and outpatient applications, owing to their adaptability and manageability. Growing acceptance of the solutions amongst users over time will be spurred on by a population that is aging, demanding safer and more convenient live-at-home mobility aids.

Innovation continues to focus on breathable fabrics and patient comfort for smart sling identification systems, allowing for increased growth across both types of products in a move toward safer and ergonomic patient-handling solutions.

Competitive Outlook

The medical lifting slings market is shaped by intense competition among its key players who primarily rely on continuous product innovation in ergonomic design and durable materials to improve patient mobility and safety. Major manufacturers like Arjo AB, Hill-Rom Holdings, and Invacare Corporation have continued to set the benchmark through advanced lifting solutions, pressure-reducing slings as well as devices to facilitate patient transfer.

Products by ArjoHuntleigh, Bestcare and GF Health Products include lightweight and strong fabric alongside infection-controlling materials used in hospitals, rehabilitation centers and homes. The investment made by these companies in automatic lifting solutions and IoT-enabled monitoring systems aims to improve caregiver efficiency and protect them from strain-related injuries.

The medical lifting slings market is characterized by strategic mergers, acquisitions, and partnerships, one being Drive Medical and Prism Medical Ltd. Both companies seek to expand their reach via a distribution agreement and other regional expansions.

On the other hand, DJO Global and Guldmann Inc. are two of the companies that are present in the industry with their respective custom-made bariatric slings and multi-use mobility aids designed specifically for long-term care facilities and specialty clinics.

Emerging players and niche manufacturers are expected to deliver affordable single-use slings for infection control, adjustable lifting harnesses, and even integration with smart textiles. Aging populations continue to grow, often leading to increasing demand for home healthcare products. Industries have been pushed to improve their direct-to-consumer sales models and better digital platforms that offer seamless access to products.

Market Share Analysis by Company

Company Name	Market Share (%)
Arjo AB	18-22%
Hill-Rom Holdings, Inc.	15-19%
Invacare Corporation	12-16%
Drive Medical	9-13%
ArjoHuntleigh, Inc.	7-11%
Others (combined)	30-40%

Key Company Offerings and Activities

Company Name	Key Offerings and Activities
Arjo AB	Specializes in patient mobility slings, ceiling lifts, and infection-control materials for hospitals and rehabilitation centers.
Hill-Rom Holdings, Inc.	Focuses on smart lifting solutions, ergonomic harnesses, and high-strength fabric patient slings.
Invacare Corporation	Offers lightweight transfer slings, homecare mobility solutions, and bariatric support systems.
Drive Medical	Provides cost-effective slings with adjustable harness systems for varied patient needs.
ArjoHuntleigh, Inc.	Develop pressure-reducing slings and IoT-integrated mobility solutions for healthcare facilities.

Key Company Insights

Arjo AB (18-22%)

Arjo AB leads in patient mobility solutions with innovative lifting slings and smart harness systems designed for enhanced caregiver safety and efficiency.

Hill-Rom Holdings, Inc. (15-19%)

Hill-Rom Holdings expands through automated lifting technologies, high-strength fabric slings, and partnerships with hospitals for advanced patient transfer solutions.

Invacare Corporation (12-16%)

Invacare’s strength lies in lightweight patient transfer slings, bariatric lifting aids, and cost-effective home care mobility products.

Drive Medical (9-13%)

Drive Medical focuses on affordable, adjustable slings and multi-use mobility harnesses, enhancing accessibility in home healthcare and outpatient care settings.

ArjoHuntleigh, Inc. (7-11%)

ArjoHuntleigh emphasizes pressure-relieving slings, sensor-based lifting devices, and infection-resistant materials for hospital and elderly care applications.

Key Players

• Arjo AB
• ArjoHuntleigh, Inc.
• Bestcare, LLC
• DJO Global, Inc.
• Drive Medical
• GF Health Products, Inc.
• Guldmann Inc.
• Hill-Rom Holdings, Inc.
• Invacare Corporation
• Prism Medical Ltd.

Segmentation

• By Material :

  • Nylon Slings
  • Padded Slings
  • Canvas Slings
  • Mesh Slings

• By Product :

  • Universal Slings
  • Seating Slings
  • Transfer Slings
  • Hammock Slings
  • Standing Slings
  • Bariatric Slings
  • Toilet Slings

• By Usage :

  • Reusable Slings
  • Disposable Slings
  • Full Body Slings
  • U-shape Slings

• By End User :

  • Hospitals
  • Home Care
  • Elderly Care Facilities

• By Region :

  • North America
  • Europe
  • East Asia
  • South Asia
  • Latin America
  • Middle East & Africa (MEA)
  • Oceania