This Report Provides In-Depth Analysis of the Pharmacy Automation Market Report Prepared by P&S Intelligence, Segmented by Product (Medication Dispensing & Storage Systems, Operation, Packaging & Labeling Systems, Tabletop Counters, Medication Compounding Systems), End User (Inpatient Pharmacies, Outpatient Pharmacies, Retail Pharmacies, Pharmacy Benefit Management Organizations and Mail-Order Pharmacies), and Geographical Outlook for the Period of 2019 to 2032
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Pharmacy Automation Market Analysis
The pharmacy automation market revenue was USD 6981.9 million in 2024, and it is expected to witness a CAGR of 7.50% from 2025 to 2032, reaching USD 11684.5 million in 2032.
The entire healthcare industry is under massive pressure due to an increase in the number of injuries and fatalities caused by errors in medical prescriptions. Pharmacists and healthcare providers both are on the lookout for more-precise and -effective technologies, to curtail such errors. In addition, as the number of patients and visitors increases and their individual safety requirements diversify, the pharmaceutical delivery system becomes more complex every day. The most-efficient instruments in addressing this significant issue are presently the automated ones, as they aim to minimize patient safety risks and cut down on prescription error rates. Thus, the installation of such platforms assists chemists and healthcare service providers in reducing revenue and life losses and increasing productivity.
In addition, the increasing emphasis on automation to cut labor costs and the rising demand for specialized drugs are the primary factors driving the overall growth. Additionally, pharmacy automation firms are growing their footprint in emerging economies, in an effort to seize new opportunities.
Automation has increased the industry's profitability, while simultaneously increasing its efficiency tenfold. It has also significantly decreased the amount of drugs wasted, which has reduced the cost per dose. Additionally, it has made workflow management simple for pharmacists, while increasing patient satisfaction.
The cost of prescription pharmaceuticals and over-the-counter medicines has soared in recent years. The wastage of pharmaceuticals in hospitals and pharmacies is an additional expense, and the amount of wasted pharmaceuticals has been steadily rising. Therefore, automation in the retail pharmacy field has helped cut these expenses by minimizing the amount of viable and expired medication that is wasted.
Essentially, the technological developments in the sector have resulted in much lower inventory management costs, less medication loss, lower cost per dose, and improved patient safety. Automated dispensing units, automated patient CRM, tele-pharmacy, drug monitoring programs, and medication reminders have all significantly aided in streamlining industry processes and lowering the costs associated with pharmaceutical wastage or improper disposal.
This technology in the retail dispensary industry has existed for quite a while; robotic distribution has been raising the number of prescriptions correctly dispensed, while reducing the spending on training pharmacy staff. Although adding automated systems may be expensive up front, the substantial savings after streamlining the workflow make them feasible.
Shift toward Autonomous Pharmacies Is Key Market Trend
The shift toward autonomous pharmacies is enabled by the adoption of advanced technologies, such as artificial intelligence, machine learning, internet of things, and robotics.
They can handle most pharmaceutical operations with minimum human intervention.
In addition, AI-driven systems help in analyzing patient data, tracking medication, and alerting patients about potential drug interactions or refills.
Furthermore, advancement in robotics make the system more reliable and capable.
Companies, such as Omnicell and ScriptPro, have started integrating this system with automated medication dispensing robots, which are more advanced, efficient, and cost-effective.
In April 2023, the FDA’s Sentinel Innovation Center partnered with John Snow Labs, Cerner Enviza, and Oracle Corporation for the development of AI tools to get information from EHR notes for improve drug safety.
Moreover, automation reduces the cost associated with human employees and others associated with medication errors, such as lawsuits and recalls.
Increasing Demand to Reduce Medication Errors Drives Market Growth
The leading cause of hospital readmissions worldwide is recognized to be drug-related errors and distribution problems.
During the production, distribution, and administration of pharmaceuticals, the confusion resulting from identical labels and prescriptions, unsafe drug storage procedures, and poor order communication between doctors and pharmacists is some of the major contributors to medication errors.
One of the most-effective ways to reduce these errors is through automated systems. In the past, automated dispensing cabinets (ADCs) and automated dispensing machines (ADMs) have successfully reduced the count of medication dispensing errors in hospitals.
According to the World Health Organization, 1 death in every 1 million people is caused by medication and that these mishaps lead to USD 4.2 billion in losses each year.
The British Medical Journal says that 444,000, which is 62% of all the annual deaths in hospitals, are caused by medication errors and are preventable.
As per the European Alliance for Access to Safe Medicines, 163,000 people die in Europe annually from medication errors.
These errors can be eliminated with the automation of pharmacy operations.
Barcode scanning and robotic prescription filling systems can read and verify prescriptions with higher accuracy, which further eliminates the need of manual interpretation.
Complexity in Integration into Existing Systems Is Key Challenge in Market Growth
Pharmacies with outdated legacy systems, which cannot accommodate modern technology, face difficulties in integrating advanced automation solutions.
The integration of new technologies, such as electronic health records (EHRs) and computerized physician order entry (CPOE) systems, involves data migration, which can be complex and time-consuming.
The cost associated with integrating the software into existing systems includes initial purchase cost of the automation equipment, investment’ in custom software, and regular IT services.
Pharmacy Automation Market Segmentation and Category Analysis
Product Type Insights
The medication dispensing & storage system category led the market with a share of around 40%, in 2024. The large share can be ascribed to these systems' better safety features and precision in drug distribution, which reduce the likelihood of patients receiving incorrect medicines. Additionally, they aid in lowering costs and making inventory management more efficient, by regulating storage. Patients who receive the wrong prescriptions not only face health risks, but also huge financial consequences.
Furthermore, in inpatient units, these systems eliminate the need for manual inventory of narcotic drugs at the end of each shift and monitor narcotics and other controlled substances, as well as drug utilization patterns.
During the pandemic, the demand for medicines and, in turn, the necessity for these systems, increased as the prevalence of the infection rose. Moreover, because of the zero-touch trend, healthcare facilities and pharmacies preferred these systems, which has raised the demand for them.
The installation of automated dispensing systems is also growing as a result of the rise in the world's elderly population, the increase in the prevalence of numerous chronic conditions, and the high hospitalization rates. Additionally, system popularity is expected to grow during the projection period due to the expanding network of chain pharmacies and rising usage of AI in developed nations.
The medication compounding system will grow at the higher CAGR of 5.9%, during the forecast period. This can be attributed to the growing demand for patient-specific formulations, and advancements in technology. Additionally, the shift toward small-batch compounding is escalating the demand for medication compounding systems.
Based on product type, the market has the following categories:
Medication Dispensing & Storage Systems (Largest Category)
By Type
Robots/robotic automated dispensing systems
Carousels
Automated dispensing cabinets
By Operation
Centralized
Decentralized
Packaging & Labeling Systems
Tabletop Counters
Medication Compounding Systems (Fastest-Growing Category)
End User Analysis
The inpatient pharmacy category held the largest share, around 45%, in 2024. This will be owing to the rising responsibility of healthcare providers to bring down the frequency of pharmaceutical distribution errors and, ultimately, eliminate them altogether. Additionally, compared to manual handling of the task, automation is better at making workflow management simple. Another benefit automating inventory management provides to hospital dispensaries is less medication waste.
The retail pharmacies category will grow at the higher CAGR of 7.3%, during the forecast period. The rise in the popularity of retail dispensaries and the price reduction brought by the automation of their processes are responsible for this. Additionally, the integration of artificial intelligence and robotics, such as robotic dispensing units and automated pill counters, in retail pharmacies is driving the growth of the category in the market.
Based on end user, the market has the following categories:
Inpatient Pharmacies (Largest Category)
Outpatient Pharmacies
Retail Pharmacies (Fastest-Growing Category)
Pharmacy Benefit Management Organizations and Mail-Order Pharmacies
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Regional Analysis
In 2024, North America generated more than 45% of the total revenue. The main factors behind the dominance of the continent are its established healthcare system, presence of top players, improvements in patient management methodologies, and deployment of advanced practice management systems.
In addition, the pandemic has fueled the expansion of the sector according to many technology suppliers, who also consider pharmacy automation the future. Additionally, the regional market has been expanding due to the existence of significant drugstore chains and high patient volumes. Likewise, the increasing investment in research and development contributes toward the industry expansion, as does the desire to reduce drug waste and prices.
Each year, more than 100,000 suspected drug errors are reported in the U.S.; they are on one of the major causes of deaths in this region.
Moreover, Europe holds a significant share as well. This can be credited to the booming aged population, growing prevalence of chronic conditions, and high expenditure on the medical infrastructure in the region. Due to these factors, there is an increase in the demand for both better healthcare services and medications. On top of that, the business will grow as drugstores become less centralized and labor costs and disposable income rise.
Additionally, as risks to the healthcare industry expand, providing effective patient security has become a priority in hospitals and retail pharmacies, thus driving the focus on automating pharmacy operations. In order to offer better services and more-efficient products, many companies in this sector in Europe are making considerable investments in innovative technologies.
As per one study done on the impact of robotic dispensing on German drugstores, the technology offers several advantages over traditional storage systems, including a modest increase in the sales of over-the-counter medicines and a slight reduction in labor expenses.
APAC will grow at the highest CAGR, of 9.1%, during the forecast period. The growth of this regional market is due to the rapid urbanization, which is also leading to the increasing healthcare infrastructure investments. The burden of chronic and acute diseases is alarmingly high in China and India due to their massive populations and the high unmet need for treatment.
Based on geography, the market has the following categories:
North America (Largest Region)
U.S. (Larger and Faster-Growing Country Market)
Canada
Europe
Germany (Largest Country Market)
U.K. (Fastest-Country Market)
France
Italy
Russia
Rest of Europe
Asia-Pacific (Fastest-Growing Region)
China
India (Fastest-Growing Country Market)
Japan (Largest Country Market)
South Korea
Australia
Rest of APAC
Latin America
Brazil (Largest and Fastest-Growing Country Market)
Mexico
Rest of LATAM
Middle East and Africa
Saudi Arabia (Largest Country Market)
South Africa (Fastest-Growing Country Market)
U.A.E.
Rest of MEA
Pharmacy Automation Market Share Analysis
The market is fragmented with the presence of large multinational companies and small companies, such as Omnicell, McKesson, and Becton Dickinson. Smaller players, such as Parata Systems and ScriptPro, are focusing on the integration of robotic dispensing systems or workflow management solutions to compete with the larger companies. The diversity of end users, such as retail pharmacies, hospitals, and long-term care facilities, leads to varying requirements, opening up opportunities to newer companies as well.
Key Pharmacy Automation Companies:
Omnicell Inc.
McKesson Corporation
Pearson Medical Technologies LLC
Baxter International Inc.
Swisslog Healthcare
ScriptPro LLC
Becton, Dickinson & Company
Capsa Healthcare
Cerner Corporation
Innovation Associates, Inc.
Optum
Locumate.ai
Pharmacy Automation Market Developments
In January 2025, SIGMA HEALTHCARE joined Locumate.ai, a Melbourne start-up specializing in pharmacy talent automation, with an investment of USD 25 billion.
In January 2025, Pearson Medical Technologies introduced m: Print bar code labeling software v4 for Pharmacy Drug Supply Chain Security Act (DSCSA) compliance.
In October 2024, Alto Pharmacy launched the Alto Complete dispensing platform, to improve medication access and adherence and enhance patient convenience, cost, and care.
In January 2024, Baxter International Inc. announced the launch of the Novum IQ large-volume infusion pump (LVP) with the Dose IQ safety software. It enables clinicians to utilize a single, integrated system across a variety of patient care settings.
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