A Detailed Analysis of the Medical Carts Market Based on Growing Technological Advancements in Healthcare IT, New Product Launches, and Increasing Need for Point-of-Care (POC) Services Worldwide
Report ID: PMRREP33978
Number of Pages: 217
Format: PPT*, PDF, EXCEL
Industry: Healthcare
Published Date: February-2024
The global medical carts market is forecast to expand at a CAGR of 14.2% and thereby increase from a value of US$2.7 Bn in 2023, to US$7 Bn by the end of 2030.
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Attributes |
Key Insights |
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Medical Carts Market Size (2023E) |
US$2.7 Bn |
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Projected Market Value (2030F) |
US$7.0 Bn |
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Global Market Growth Rate (CAGR 2023 to 2030) |
14.2% |
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Historical Market Growth Rate (CAGR 2018 to 2022) |
12.8% |
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Electronic health record (EHR) systems are becoming more and more smoothly integrated with medical cart design. This integration improves overall efficiency by giving healthcare practitioners access to patient data, allowing them to update records, and empowering them to make decisions at the point of treatment. Healthcare personnel can obtain real-time patient data, such as vital signs, test results, and medical histories, by integrating cutting-edge healthcare IT into medical carts. Clinical decision-making is made more quickly and accurately thanks to this instant access.
Medical carts support telehealth and telemedicine projects outfitted with healthcare IT systems. By enabling remote patient monitoring, virtual consultations, and the sharing of medical data, these carts increase the accessibility of healthcare services. Technological developments in healthcare information technology have enhanced the security characteristics of medical carts. Secure data transmission protocols, authentication, and encryption assist in safeguarding private patient data and guarantee adherence to data security laws.
Medical carts with barcode scanning and radio-frequency identification (RFID) technology provide better equipment tracking, medicine administration, and inventory management. This improves accountability, lowers errors, and advances patient safety. Medical carts with cutting-edge IT solutions for healthcare frequently have wireless connectivity. This makes it possible for devices to communicate with each other without any problems, share data easily, and encourage cooperation among medical professionals. Medical cart capabilities are improved by integrating AI and ML technology in healthcare IT. Artificial Intelligence (AI)-driven algorithms can support decision-making, help with diagnosis, and evaluate patient data, all of which can lead to better healthcare results.
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POC systems incorporated into medical carts enable prompt diagnosis, monitoring, and treatment by bringing healthcare services closer to the patient. This proximity improves the general standard and promptness of patient care. Medical carts with integrated point-of-care (POC) solutions reduce the time and stages involved in diagnostic procedures, streamlining healthcare operations. Medical personnel can easily retrieve and evaluate patient data at the bedside, facilitating quicker and more effective decision-making.
POC solutions allow medical providers to get results and quickly perform diagnostic procedures on medical carts. This speedy turnaround time makes decision-making easier and promotes timely treatment commencement and better patient outcomes. Because chronic illnesses are so common, patients must be regularly monitored and managed. POC-equipped medical carts are a good fit for continuously monitoring and caring for people with long-term illnesses, driving the market's expansion.
In addition, patient wait times are reduced when POC solutions are included in medical carts. Fast diagnostic testing by medical practitioners reduces waiting times for vital data needed for diagnosis and treatment planning. POC-equipped medical carts offer a mobile platform for the provision of healthcare services. This adaptability is especially useful in various healthcare contexts, including clinics, hospitals, and emergency rooms, where prompt access to diagnostic tools is crucial. POC solutions on medical carts make point-of-care testing possible, freeing healthcare professionals to conduct diagnostic tests without a centralized laboratory. This ease of use promotes quick decision-making and enhances patient care in general.
High Initial Investment Costs
Incorporating modern technologies in medical carts is sometimes associated with high initial expenses. Including features like point-of-care testing, telemedicine capabilities, and connectivity with HER may increase the appeal of the carts to healthcare professionals looking for innovative solutions. Manufacturers are incentivized to improve and distinguish their medical carts due to the requirement for significant investments.
Businesses may spend money on R&D to produce carts with distinctive features, better durability, and increased utility, which will appeal to healthcare facilities more. Medical carts with cutting-edge technology can save money over time, even with initial costs. Over time, these carts help lower operating costs by streamlining operations, increasing productivity, and lowering errors.
Cumbersome Maintenance and Repair
Electronic systems, batteries, locking mechanisms, and other specialized features are just a few of the many components medical carts frequently have. The range of technologies makes maintenance and repair more difficult and necessitates specialized knowledge and abilities. Existing medical carts may have compatibility issues with updates or modifications to healthcare IT systems and software.
Maintaining cart compatibility with changing technology can be difficult, particularly in large healthcare facilities with various equipment. Healthcare facilities and technicians need help due to the lack of standard parts and maintenance protocols among various medical cart types. Standardization would lessen the complexity of different cart setups and simplify maintenance tasks.
Healthcare providers can have virtual consultations with patients due to medical carts with communication facilities being installed. This makes it easier to provide treatment remotely, particularly when in-person visits are difficult or prohibited. Medical carts intended to facilitate virtual healthcare delivery have prospects due to the increasing demand for telemedicine services.
These carts give medical professionals a transportable platform to provide care remotely, expanding the scope of services outside conventional hospital settings. Healthcare providers can monitor patients' vital signs and health data in real-time by integrating medical carts with remote patient monitoring equipment. This makes it easier to monitor patients, particularly those with long-term medical issues, which continuously supports proactive healthcare management. Moreover, telehealth-specific medical carts facilitate improved connectivity and communication. During virtual consultations, these carts frequently have audio-visual communication features that allow patients and healthcare providers to engage effectively and in real-time.
Medical carts with telehealth capabilities can provide specialized healthcare services to underprivileged or remote places. This makes access to medical knowledge easier and guarantees that patients from various places can get specialized consultations without traveling. Healthcare providers can optimize resource utilization by using medical carts for telehealth and remote patient monitoring. This entails lowering the requirement for physical space, reducing travel for medical staff and patients, and improving overall operational effectiveness.
Medical cart revenues are expected to grow significantly due to several important variables. The market for sophisticated medical carts is anticipated to grow as digital healthcare solutions become more widely used. These carts are essential to the effective storage, arrangement, and accessibility of medical instruments and equipment in hospital environments. Another important factor is the growing focus on adaptable and mobile medical solutions. Healthcare institutions are becoming increasingly aware of the need for flexible and agile equipment, especially when having rapid access to medicinal supplies is essential.
Medical carts provide the versatility to transport necessary equipment to the point of care, improving overall patient care and workflow effectiveness. Technological developments are shaping the future of medical carts. These carts are increasingly equipped with features like smart locking systems, RFID tracking, and ergonomic designs. RFID tagging, for instance, lowers the possibility of misplacing medical equipment and enhances inventory management by enabling real-time position monitoring.
The continued shift in healthcare to a patient-centric model also affects the market's potential for growth. Medical carts enable healthcare practitioners to have necessary tools easily accessible at the patient's bedside, which supports the growing emphasis on personalized and convenient services by healthcare providers. The use of mobile medical solutions has increased due to the COVID-19 epidemic.
The usefulness of medical carts in easing point-of-care diagnostics, drug administration, and other crucial functions has been underlined by the necessity for rapid response and decentralized treatment. It is anticipated that the need for mobile and adaptable medical carts will endure as healthcare systems continue to change in response to the lessons discovered during the pandemic.
Supply-side Dynamics
Leading medical cart manufacturers, like Stryker, Getinge, and Hill-Rom, have headquarters in the US. These businesses manufacture cutting-edge, feature-rich carts for sophisticated healthcare applications in developed markets. Businesses like Midmark, and EconoMD, specializing in ergonomic and reasonably priced carts for various healthcare settings, are part of Canada's smaller but growing sector. Germany is renowned for its innovative medical technology and engineering expertise. Advanced carts with features like drug delivery systems and integrated IT solutions are created by companies like Dräger, and Schülte Medizintechnik. Manufacturers like Sedia and Driessen International are based in Italy and the Netherlands and provide reasonably priced, well-made carts with dependable operation.
China is becoming increasingly prominent; companies like Shandong Sunward, and Jiangsu Yake Medical Equipment make a variety of carts at affordable costs. India is also growing, with businesses like Paramount Surgimed providing affordable solutions for domestic and international markets. Olympus, and Nihon Kohden are Japanese businesses producing high-precision carts with cutting-edge technology. Japan is renowned for its exquisite craftsmanship.
Additionally, the US has a high medical cart consumption rate, with over 924,000 hospital beds (2.7 per 1,000 inhabitants) and healthcare spending exceeding 17% of GDP. Canada has similar trends to be found. Germany uses advanced medical carts because it has a well-developed healthcare system and strongly emphasizes quality. Data shows more than 806,000 hospital beds (2.4 beds per 1,000 people), and healthcare spending is around 11% of GDP. Japan has a significant need for medical carts due to its aging population and sophisticated healthcare system. More than 1.7 million hospital beds (1.3 per 1,000 people) and more than 10% of GDP is spent on healthcare, according to data. China's market is expanding quickly because of the country's vast population and rising healthcare costs.
Which Product Category is Expected to be at the Forefront?
Mobile Computing Carts Remain the Topmost Product Category
The product segment is segmented into mobile computing carts, medication, medical storage columns, cabinets, accessories, wall-mounted workstations, and others. The mobile computing carts segment is expected to dominate the market. Healthcare professionals may give care more freely by moving between patients using mobile computing carts. This is especially useful in hospitals and clinics, which are dynamic healthcare environments.
Nonetheless, the wall-mounted workstations segment of the medical carts market is expanding at the quickest rate. Ergonomic design principles are included in constructing many wall-mounted workstations, increasing user comfort and lowering the chance of strain or damage. Due to adjustable features, healthcare workers can tailor the workstation to their ideal height and position.
What is the Leading Type-wise Segment?
Demand Continues to be the Highest in Emergency Situations
The type segment is bifurcated into anesthesia, emergency, and procedure. The emergency market segment is the largest for medical carts. Emergency carts are made specially to respond quickly to life-threatening medical emergencies. Maintaining critical medical supplies and drugs on hand to handle crises like anaphylaxis, cardiac arrest, or respiratory distress fuels demand.
Nevertheless, the market segment exhibiting the most rapid growth is procedure. Medical carts are crucial for keeping surgical instruments, sterile supplies, and other important equipment organized and easily accessible during procedures. Surgical carts facilitate effective workflows and preserve a sterile environment in operating rooms.
Which of the End User Segments Surges Ahead?
Hospitals Remain at the Forefront of Adoption of Medical Carts
The end user segment is sub-segmented into hospitals, ambulatory surgical centers, physician offices or clinics, and others. Hospitals represent the greatest market segment for the medical carts industry. In hospital settings, medical carts are essential for administering medication. They offer a safe and well-organized platform for dispensing and storing medications to lower the possibility of errors and guarantee adherence to prescription schedules.
On the contrary, physician offices or clinics are the market segment characterized by the most rapid growth. Clinics and physician offices use medical carts for diagnostic operations. They make it easier for medical practitioners to conduct numerous tests and assessments at the point of service because they contain diagnostic instruments and examination devices.
North America Presents the Most Fertile Ground for Market Expansion
North America sits comfortably atop the global medical carts market, and its reign owes much to a confluence of favorable factors. The region boasts the highest healthcare spending worldwide. This translates to well-funded hospitals that prioritize advanced equipment, readily opening their doors to the latest tech-enabled medical carts. A rapidly aging population translates to increased healthcare needs, pushing demand for efficient solutions like these versatile carts. The established healthcare infrastructure further plays a crucial role. With a network of modern facilities accustomed to adopting new technologies, North America provides fertile ground for innovative medical carts to take root.
Moreover, the region fosters a culture of embracing technological advancements. This drive for innovation fuels the development and adoption of smarter, feature-rich carts, pushing the boundaries of what these tools can achieve. A relentless focus on efficiency underpins the entire healthcare landscape. Driven by rising costs and the shift towards value-based care, hospitals actively seek tools that streamline workflows and improve patient outcomes.
Medical carts, with their ability to organize equipment and enhance mobility, perfectly align with these goals, further solidifying their position in the market. However, it's worth noting that this dominance might not be absolute forever. As other regions develop their healthcare infrastructure and embrace technological advancements, the global medical carts market could see a shift in power dynamics. Nonetheless, for now, North America's unique combination of factors ensures its continued leadership in this vital medical equipment sector.
Rapidly Expanding Healthcare Infrastructure Boosts Asia Pacific’s Performance
Establishing new clinics, hospitals, and medical facilities is part of Asia Pacific's infrastructure expansion for healthcare. The increasing number of healthcare facilities is directly associated with the demand for medical carts, presenting a significant market opportunity. To modernize their facilities and incorporate cutting-edge technologies, many of the Asia Pacific region's current healthcare facilities are updating their equipment.
Medical carts are essential to this modernization process since they are outfitted with the newest IT solutions for the healthcare industry. Patient-centered care is becoming more and more important in the expanding healthcare system. Medical carts support this strategy by giving medical staff members the equipment and resources they need at the point of treatment, enabling attentive and customized patient care. In Asia Pacific, the growth of ambulatory care centers is increasing. Medical carts are crucial in these situations because they provide the flexibility and mobility needed to meet a range of patient needs in ambulatory and outpatient treatment settings.
Prominent organizations, including Ergotron, Inc. and Medline Industries, Inc., are at the vanguard of this sector. Innovative features like height adjustment, maneuverability, wire management systems, and integrated technology like touchscreens and charging ports set Ergotron's carts apart. These features improve carer comfort and workflow efficiency. They provide various carts, such as anesthesia, procedure, medication, emergency, and telemedicine carts, that are suited to certain medical requirements.
This customization strategy meets the specific requirements of various healthcare environments. They use a combination of agreements with medical facilities and distributors of medical equipment in addition to direct sales. This increases their market reach and accommodates a range of consumer tastes. Ergotron uses partnerships and subsidiaries to conduct business in several nations. Their worldwide reach enables them to leverage the increasing need for medical carts in developing economies.
Medline carts encourage mobility, accessibility, and organization to improve workflow efficiency. Ultimately, this results in better patient care and financial savings for medical facilities. Medline offers reasonably priced carts thanks to its extensive manufacturing scale and effective distribution network. This increases the number of healthcare providers using their products, including smaller facilities and organizations on a tighter budget. Medline continuously funds R&D to enhance current products and investigate novel technologies for medical carts. This includes intelligent elements like data integration capabilities, pharmaceutical delivery systems, and touchscreens.
New Product Launch
In August 2022, Tryten Technologies renamed its products and launched a new website to showcase a cohesive range of ever-improving medical cart solutions. The Tryten X series also includes carts for mobile workstations and AV displays.
Market Impact: A redesigned website with a cohesive corporate style can increase Tryten's visibility to prospective clients looking for medical carts or similar products. Growing market share and improved brand recognition may result from this raised awareness. Showcasing how their product range has changed over time establishes Tryten as a forward-thinking business that always adjusts to meet customer needs. This may draw in new customers looking for cutting-edge cart solutions. Tryten may have more value and be positioned as a premium player in the medical cart market if their website and rebranding project a more polished and sophisticated image. This could provide them an advantage over rivals with less cohesive or more basic product offerings.
In July 2022, Holo Industries LLC introduced the revolutionary HoloMed line of holographic inserts for patient monitors, medical carts, and other items. These inserts safeguard hospital workers and patients by virtually removing surface contact and touchpoints, which lowers the risk of healthcare-associated infections (HAIs).
Market Impact: Eliminating surface contact and touchpoints is the main benefit of HoloMed, as it can greatly reduce the spread of germs and HAIs. This may result in cheaper insurance rates, decreased healthcare expenses related to HAIs, and enhanced patient safety. Holographic engagement can provide a more intuitive and hygienic experience for patients and medical personnel by doing away with the necessity for physical contact. Staff morale, patient happiness, and workflow efficiency can all be enhanced by this.
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Attribute |
Details |
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Forecast Period |
2023 to 2030 |
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Historical Data Available for |
2018 to 2022 |
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Market Analysis |
US$ Million for Value |
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Key Regions Covered |
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Key Countries Covered |
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Key Market Segments Covered |
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Key Companies Profiled |
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Report Coverage |
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Customization & Pricing |
Available upon request |
By Product:
Mobile Computing Carts
Medication
Medical Storage Columns, Cabinets, & Accessories
Wall-mounted Workstations
Others
By Type:
Anesthesia
Emergency
Procedure
Others
By End User:
Hospitals
Ambulatory Surgical Centers
Physician Offices or Clinics
Others
By Region:
North America
Europe
East Asia
South Asia & Oceania
Latin America
Middle East & Africa
For report customisation and delivery information contact our sales representative.
Ergotron, Inc.
ITD GmbH
Capsa Healthcare
Enovate Medical
TOUCHPOINT MEDICAL INC.
JACO Inc.
Advantech Co., Ltd.
Harloff Manufacturing Co.
Medline Industries Inc.
Armstrong Medical Inc.
McKesson Medical-Surgical Inc.
Omnicell Inc.
Altus Health System
CompuCaddy
GCX Corporation
Parity Medical
The market is anticipated to grow at a CAGR of 14.2% during the projected period.
The medical carts market was valued at US$2.7 billion in 2023.
The US held the largest market share in 2023.
Some of the prominent players in the market are Ergotron, Inc., ITD GmbH, Capsa Healthcare, Enovate Medical, TOUCHPOINT MEDICAL INC., JACO Inc., Advantech Co., Ltd., Harloff Manufacturing Co., Medline Industries Inc., Armstrong Medical Inc., McKesson Medical-Surgical Inc., Omnicell Inc., Altus Health System, CompuCaddy, GCX Corporation, and Parity Medical.
The wall-mounted workstations segment is expected to grow at the fastest CAGR during the forecast period.
