High Quality Medical Screen From Osen Medical

Revolutionizing Healthcare with Advanced Medical Trolleys
Technological Advancements in Medical Trolleys
The integration of cutting-edge technology into medical trolleys is revolutionizing their functionality and patient care. Key advancements include wireless connectivity, which allows real-time communication between trolleys and medical devices, enhancing remote monitoring. Holographic displays on trolleys provide clear, high-resolution visuals, aiding in diagnostic accuracy and treatment planning. Additionally, advanced sensors on trolleys collect data on patient vitals, enabling faster and more accurate responses during emergencies. These innovations not only streamline workflows but also improve the safety and efficiency of healthcare operations, making patient care more precise and timely.
Ergonomic Design Innovations
Ergonomic design is critical to ensuring the efficiency and comfort of healthcare workers who frequently use medical trolleys. Modern trolleys feature adjustable handles, intuitive controls, and maneuverable wheels, designed to reduce strain on users. Features like tilt-and-telescoping handles allow for easier access to patients, while touch-sensitive controls on displays enable quick access to essential information. Studies have shown that ergonomic trolleys can increase productivity by up to 40% and reduce the risk of fatigue-related errors. By prioritizing ergonomics, medical trolleys contribute to a safer and more effective work environment for healthcare professionals.
Sustainability and Environmental Impact
As healthcare organizations strive to reduce their environmental footprint, the push for sustainable medical trolleys gains momentum. Eco-friendly materials, such as biodegradable frames and low-VOC coatings, are being incorporated to minimize environmental impact. Modular designs, which allow for recycling and reuse, further reduce waste and promote a circular economy. By prioritizing sustainability, healthcare providers not only conserve resources but also align with global environmental goals, making a positive contribution to public health.
Comparative Analysis: Traditional vs. Advanced Medical Trolleys
Traditional medical trolleys, while reliable, often lack the advanced features of their counterparts. They are typically bulky and less customizable, which can limit their adaptability in diverse healthcare settings. In contrast, advanced trolleys offer wireless connectivity, holographic displays, and sensors, providing enhanced functionality and patient safety. Case studies from healthcare facilities demonstrate that advanced trolleys reduce response times and improve diagnostic accuracy, highlighting their significant advantages over traditional models. These innovations not only improve patient care but also streamline operational efficiency.
Future Trends and Predictions
The future of medical trolleys is poised for significant growth, driven by emerging technologies. The integration of AI and robotics promises to personalize trolley operations, adapting to individual patient needs. IoT connectivity will enable remote monitoring, allowing healthcare providers to track patient conditions from remote locations. Additionally, advancements in materials science may lead to lightweight, durable trolleys that are easier to maneuver and more cost-effective. These trends underscore the potential for medical trolleys to become smarter, more efficient, and adaptable to the evolving healthcare landscape.
Embracing the Future of Medical Trolleys
The evolution of medical trolleys represents a testament to human ingenuity and the continuous quest for improvement. As technology advances, so too do the capabilities of these essential tools, promising to enhance healthcare delivery in ways that improve patient outcomes and efficiency. The focus on sustainability, ergonomics, and innovation ensures that medical trolleys remain at the forefront of healthcare advancements. By embracing these innovations, healthcare providers can revolutionize the way care is delivered, paving the way for a future where patient care is both efficient and compassionate.
In conclusion, the future of medical trolleys lies in a fusion of technology, ergonomics, and sustainability, promising to transform healthcare into a more equitable and efficient system. As we move forward, the integration of emerging technologies will enable medical trolleys to become even more integral to the delivery of high-quality care, ensuring that every patient receives the attention they deserve.

Imagine a scenario where a medical emergency requires immediate access to a patients medical records and all necessary equipment. In such a high-stress environment, every second counts. A robust, reliable medical cart can make all the difference. Steel medical carts are the backbone of these operations, designed to withstand the rigors of daily use. According to the Association for the Advancement of Medical Instrumentation (AAMI), hospitals face an average of 10 equipment downtime incidents per year. By choosing steel medical carts, healthcare facilities can minimize these disruptions and ensure that equipment is always available when needed.
Steel medical carts are constructed from high-quality steel, providing exceptional durability and strength. This material is resistant to deformation and rust, ideal for harsh environments. Unlike plastic or aluminum carts, steel medical carts can endure the constant movement and handling required in clinical settings. In a study by the Journal of Clinical Engineering, it was found that steel carts had a significantly longer lifespan compared to their plastic counterparts.
Moreover, steel medical carts offer a wide range of customization options to meet the specific needs of healthcare facilities. Whether you need adjustable shelves, wheels with brakes, or locking mechanisms, steel carts can be tailored to optimize workflows and reduce the time required to complete tasks. A case study from Cedars-Sinai Medical Center in Los Angeles highlights how a customized steel medical cart with tool compartments and easy-to-access storage improved the efficiency of their surgical team.

Understanding the Core Features of Steel Medical CartsSteel medical carts are built to last, but what makes them truly outstanding are their core features. First and foremost is their sturdy construction. High-quality steel frames ensure that these carts can handle the weight of heavy equipment and rough handling without compromising on structural integrity. This durability is crucial in environments where equipment is constantly moving and being handled by multiple staff members.
Durability is not the only advantage. Steel medical carts are also available in customizable designs. For example, a cart might be equipped with adjustable shelves, allowing for optimal storage of both large and small items. Wheels with brakes provide easy maneuverability and ensure that the cart stays in place when needed. Locking mechanisms and well-thought-out access controls enhance security and protect valuable equipment.
A notable feature of steel medical carts is their mobility. Equipped with durable, high-quality wheels, these carts are engineered to be easily moved between different areas of a healthcare facility. This mobility is crucial for transferring patients, moving equipment, and delivering supplies quickly and efficiently. In a clinical setting, time saved through efficient cart mobility can be critical, especially during emergency situations.

Advancing with Automatic FeaturesSteel medical carts are evolving to incorporate advanced technological features that enhance their functionality and efficiency. One of the most notable advancements is the integration of barcode scanning and RFID tagging. These technologies significantly reduce the time and errors associated with manual identification and tracking of supplies and equipment.
Barcode scanning allows healthcare staff to quickly and accurately identify and retrieve specific items from the cart. For instance, in a study by the American Journal of Emergency Medicine, the use of barcode technology reduced medication errors by 80%. RFID tagging provides real-time tracking of the carts contents, ensuring that the right items are always available. This feature is particularly useful in large healthcare facilities where multiple carts are in use simultaneously.
GPS technology is another advanced feature that adds a layer of convenience and efficiency. GPS allows healthcare staff to track the location of the cart in real-time, ensuring that it is in the correct place at the right time. This is especially beneficial in large, complex facilities. A case study from Mayo Clinic showed that GPS tracking reduced the time it took to locate carts by 60%.
These advanced features not only enhance efficiency but also improve patient care by ensuring that the right supplies are always available when needed.

Enhancing Safety and Security with Steel Medical CartsSafety and security are paramount in healthcare settings. Steel medical carts are equipped with robust safety features that ensure the safe and secure transportation of equipment and supplies. One of the key features is sturdy locking mechanisms, which provide an additional layer of security for valuable equipment. These locks deter unauthorized access and help prevent theft, a critical concern in healthcare settings where security is a top priority.
Well-thought-out access controls are also essential. For example, some carts come with keycard technology, ensuring that only authorized personnel can open the cart doors. This level of security is particularly important in environments where sensitive data and equipment need protection.
Compliance with industry standards and certifications further enhances the safety and security of steel medical carts. Many manufacturers adhere to strict medical device regulations, ensuring that their carts meet or exceed industry standards. For instance, facilities can be sure that the carts comply with the Food and Drug Administration (FDA) guidelines, adding a layer of credibility and confidence.

Customization and Adaptability for Diverse EnvironmentsSteel medical carts are highly customizable, making them adaptable to a wide range of healthcare environments. Whether you are working in a hospital, a clinical laboratory, or a surgical suite, these carts can be tailored to meet the specific needs of your facility. In surgical settings, steel carts may be equipped with specialized compartments and tools to facilitate the movement and storage of surgical instruments and supplies.
In clinical laboratories, steel carts can be used to transport equipment such as centrifuges, balances, and other laboratory machinery. Specialized customizations can include removable side panels for easy loading and unloading, as well as anti-static materials to prevent damage to sensitive equipment. A case study from a large-hospital chain in the Midwest illustrates how a customized steel cart with specialized compartments improved the efficiency of their laboratory procedures.
This level of customization not only enhances the functionality of the cart but also reduces costs and improves efficiency. By providing a versatile solution that can be tailored to the specific needs of the facility, steel medical carts can be a cost-effective investment.

Long-Term Cost Savings and Improved ROIInvesting in steel medical carts can lead to significant long-term cost savings and improved return on investment. One of the primary benefits is the reduced risk of equipment damage and theft. Steel carts are less susceptible to deformation and breakage, ensuring that they remain in good condition for years. According to a study by the Healthcare Financial Management Association, the cost of repairs and replacements can be significantly lower with steel carts due to their durability.
In addition to cost savings, steel medical carts can improve the overall financial performance of a healthcare facility by enhancing efficiency and productivity. By streamlining workflows and reducing the time required to complete tasks, these carts can increase the productivity of healthcare staff. A case study from a major hospital system in California showed that the use of steel carts resulted in a 25% reduction in the time required to stock medication carts, leading to higher patient satisfaction and improved operational efficiency.

Maintenance and Support Services for Steel Medical CartsTo ensure the optimal performance of steel medical carts, regular maintenance and support services are crucial. These services can help keep the carts in good condition and extend their lifespan. Routine inspections and cleaning are essential to prevent dirt, grease, and other contaminants that can harm the carts finish and functionality.
Maintenance services provided by manufacturers often include a range of options, from basic cleaning and inspection to specialized repairs and modifications. For example, many manufacturers offer 24/7 customer support, ensuring that healthcare facilities can get assistance whenever needed. Training programs for technicians and operators can also be crucial for ensuring that everyone knows how to properly use and maintain the carts.
A case study from a leading healthcare technology company highlighted how comprehensive maintenance and support services improved the reliability and performance of steel medical carts. By providing training programs and 24/7 support, the company reduced downtime by 40% and increased customer satisfaction by 30%.

Maximizing Efficiency and Safety in Healthcare SettingsIn conclusion, steel medical carts are not just pieces of equipment; they are essential tools that can transform the way healthcare is delivered, ensuring that medical staff have the right tools at the right time to provide the best possible care. By integrating advanced technological features, providing customization options, and ensuring long-term cost savings, steel medical carts can enhance efficiency, safety, and overall operational excellence in healthcare settings.
The use of steel medical carts with advanced features can lead to measurable outcomes, such as reduced operational costs and improved patient safety. For healthcare facilities, investing in these carts is a worthwhile investment that can support the mission of the organization and improve the lives of patients.
By embracing the benefits of steel medical carts with advanced features, healthcare facilities can achieve greater efficiency, safety, and operational excellence in the years to come.

When every second counts in a hospital emergency department, having the right medical trolley can make all the difference. But with so many options available, how do you choose the perfect trolley that combines functionality, durability, and ease of use? In this article, we explore the range of medical trolleys from Osen Medical and uncover which models are perfectly suited to meet the fast-paced, high-stakes demands of emergency care. Whether you're outfitting a new ER or upgrading your current setup, discover the features and benefits that make Osen Medical trolleys a trusted choice for healthcare professionals. Read on to find the ideal solution for your emergency department needs.



Osen Medical’s emergency crash cart is ideal for hospital EDs. Learn about its quick access design, anti-tip chassis, and large capacity—meeting emergency response needs.
When it comes to equipping hospital emergency departments with reliable and efficient tools, the choice of a medical trolley plays a crucial role in ensuring prompt and effective emergency response. Among the various options available, Osen Medical’s emergency crash cart stands out as an exemplary piece of equipment designed specifically to meet the rigorous demands of emergency departments (EDs). This article delves into why Osen Medical’s emergency crash cart is an ideal choice for hospital EDs, highlighting its quick access design, anti-tip chassis, and large capacity—all essential features that address the critical nature of emergency care.

Quick Access Design for Time-Critical Situations

In emergency departments, every second counts. Medical personnel must access life-saving equipment and medications swiftly to provide timely treatment. Osen Medical’s emergency crash cart excels in this area with its thoughtfully engineered quick access design. The cart features multiple drawers that are organized intelligently, allowing medical staff to retrieve necessary medical supplies without delay. Each drawer is labeled for easy identification, reducing the stress and confusion often encountered during high-pressure situations. Moreover, the smooth glide drawer mechanism ensures that drawers open and close effortlessly, even when personnel are wearing gloves or under time constraints.

Another key aspect of the quick access design is the cart’s ergonomic layout. Items are strategically placed so that frequently used tools and medications are within arm’s reach at all times. This layout minimizes unnecessary movement and optimizes workflow during emergency procedures. The presence of customizable compartments also allows hospitals to tailor the cart’s configuration according to their specific protocols, further enhancing response efficiency.

Anti-Tip Chassis for Enhanced Safety and Stability

Safety is paramount in a bustling emergency room environment. Osen Medical’s crash cart incorporates a robust anti-tip chassis that provides enhanced stability, preventing accidental tipping during transport or use. This feature is particularly critical when the trolley is moved rapidly through crowded spaces or uneven floors, which can otherwise pose a risk of falls—potentially endangering both patients and medical personnel.

The chassis is constructed from high-grade materials that combine durability with lightweight portability. This robust base supports the cart’s entire structure, ensuring it remains steady while being pushed, pulled, or parked. The cart’s wheels come equipped with locking mechanisms that secure it in place once positioned, Large Capacity to Meet Diverse Emergency Department Needs

Emergency departments require a versatile trolley capable of holding a wide range of medical supplies, from medications and intravenous equipment to diagnostic tools and airway management devices. Osen Medical’s emergency crash cart addresses this need with its large capacity storage options. The cart contains multiple spacious drawers, adjustable compartments, and accessible side bins that together provide ample space to organize and store critical emergency equipment.

The large capacity enables emergency teams to keep all essential items consolidated in one mobile unit, reducing the need to retrieve supplies from multiple locations during a crisis. This integration is vital for streamlining operations and promoting a coordinated approach to patient care. Additionally, the cart supports the storage of standardized emergency crash kits alongside customized auxiliary supplies, allowing for flexibility to meet the diverse and unpredictable demands of hospital EDs.

Additional Considerations for Hospital Emergency Departments

Beyond its core features, Osen Medical’s emergency department trolley boasts additional attributes that further enhance its suitability for hospital use. The surfaces of the crash cart are designed to be easy to clean and disinfect, meeting stringent healthcare hygiene standards and helping to prevent the transmission of infections. The cart is also constructed with antimicrobial coatings on handles and high-touch surfaces, offering an additional barrier against bacterial contamination.

The design’s modularity facilitates maintenance and upgrades, enabling hospitals to adapt the trolley over time without replacing the entire unit. This long-term usability makes the Osen Medical emergency crash cart a cost-effective investment for emergency departments focused on quality and durability.

In conclusion, for hospitals seeking an efficient, stable, and capacious medical trolley to bolster their emergency response capabilities, the Osen Medical crash cart emerges as a top candidate. Its quick access design ensures lifesaving tools are always within reach, the anti-tip chassis guarantees safety during rapid deployment, and the generous capacity accommodates the broad spectrum of emergency medical supplies needed in busy emergency departments. This combination of features illustrates Osen Medical’s commitment to delivering practical and reliable solutions tailored to the demanding environment of hospital EDs.

Conclusion
In conclusion, selecting the right medical trolley for hospital emergency departments is crucial to ensuring swift, organized, and efficient patient care. Osen Medical offers a range of trolleys designed specifically to meet the demanding needs of emergencies, combining durability, mobility, and thoughtful storage solutions. Whether prioritizing quick access to essential supplies, ergonomic design for healthcare professionals, or adaptability to various emergency scenarios, Osen’s medical trolleys stand out as reliable partners in critical moments. Investing in the right trolley not only enhances workflow but ultimately supports the life-saving mission of emergency teams. As hospitals continue to advance their care standards, choosing an Osen Medical trolley tailored to the fast-paced environment of emergency departments is a step toward better preparedness and patient outcomes.

Electric wheelchairs are redefining the mobility boundaries for disabled users worldwide! As a professional manufacturer of hospital furniture and medical equipment, Osen Medical deeply integrates cutting-edge technology, ergonomic design and user-friendly functions to create this revolutionary mobility device, making "comfortable travel" and "independent living" no longer a luxury. Looking for a high-quality electric wheelchair that truly fits your needs? The following article reveals the core advantages of Osen Medical electric wheelchairs, and also lets you learn about our full range of medical instruments and flexible OEM/ODM services, helping you accurately find the key to a free life!
1. Empowered by Cutting-Edge Technology, Unrestricted Safe Travel
The core reason why Osen Medical electric wheelchairs are highly favored lies in their pursuit of cutting-edge technology. We deeply engage in R&D, iterating technologies based on user needs, and bringing core configurations such as adjustable speed control, intuitive joystick operation and long-lasting battery life, allowing you to easily enjoy a smooth, durable and reliable travel experience, whether for daily commuting or outdoor roaming. Relying on years of experience in medical equipment manufacturing, our technological R&D is more in line with medical-grade usage needs, and the quality is more trustworthy.






It is also equipped with multiple intelligent safety protections: the anti-tip mechanism eliminates the risk of rollover, the obstacle detection sensor warns of obstacles in advance, and the automatic braking system stops accurately, comprehensively guarding travel safety. This full sense of security allows you to dare to explore a wider world and completely say goodbye to mobility worries!




2. Full-Dimensional Customization, No Pressure for Long-Term Sitting
Comfort is the core criterion for choosing a mobility device. We always put user experience first, adopting high-quality ergonomic cushion seats that fit the body curve to disperse pressure; freely adjustable armrests and footrests can easily adapt to different body types and sitting habits, and every design is only to make you sit more comfortably.
We also provide personalized customization options such as tilting function, height adjustment and exclusive headrest, which accurately match your unique needs, minimize pressure points, and make you not easy to feel fatigued even after long-term sitting. For bulk purchasing customers, we can also achieve in-depth customization through ODM services, fully adapting to needs from appearance design to functional configuration; at the same time, we support OEM services to help partners build their own brands. Countless disabled users who have used wheelchairs for a long time have tested and recognized that this ultimate comfort makes every trip an enjoyment!
3. Supported by High-Strength Quality, Durable and Reliable for More Peace of Mind
For disabled users, electric wheelchairs are daily reliable "partners", so durability and reliability are crucial. Osen Medical carefully selects high-grade materials and precision components, and continues the strict quality control standards of medical equipment manufacturing to create high-strength quality that can withstand harsh environments. Whether it is daily wear and tear, rough terrain or changing weather, it can easily cope with stable performance output. In addition to electric wheelchairs, our full range of medical instruments follow the same quality standards, providing comprehensive and reliable support for medical scenarios.

















The sturdy frame paired with high-quality motor greatly extends the service life, reducing the trouble and cost of frequent maintenance or replacement. The long-term stable and reliable performance allows you to not worry about equipment failures, focus on enjoying independent life, and it is the best choice for users pursuing long-lasting performance!
4. Full-Cycle Service, Worry-Free After-Sales for More Confidence
We firmly believe that high-quality products are inseparable from perfect services. From the moment you choose Osen Medical, you will start a full-cycle after-sales guarantee: comprehensive warranty packages cover core components, professional regular maintenance services are convenient door-to-door, and the 24/7 online customer service team responds at any time to accurately solve various problems such as troubleshooting and maintenance. Both end users and OEM/ODM partners can enjoy the same high-quality service support.
The whole-process intimate care makes you feel fully valued and at ease. With the good reputation of quick response and efficient service, we have won the trust and loyalty of global users and become a reassuring choice for countless disabled users!
5. Cost-Effective Choice, Accessible Free Travel for Everyone
Osen Medical has always adhered to the concept of "making high-quality mobility solutions accessible to more people". On the basis of ensuring advanced functions and excellent quality, we accurately balance cost and pricing, and launch multiple series of electric wheelchair models covering different budget needs, allowing every user pursuing freedom to easily own a high-quality electric wheelchair without compromising safety and core experience for price. As a provider of a full range of medical instruments, our product system is rich, which can meet the bulk purchasing needs of medical institutions, distributors and other different customers.
We also cooperate with healthcare providers, insurance companies and government projects to optimize purchasing channels and provide multiple subsidy supports, effectively reducing financial thresholds. Whether you are an end user looking for a suitable electric wheelchair, or a partner negotiating OEM/ODM cooperation and purchasing a full range of medical instruments, Osen Medical can provide professional solutions. We are committed to breaking mobility barriers and making the right to "free travel and independent living" within reach!

As a high-precision drug infusion device, the syringe pump is widely used in medical scenarios requiring refined drug administration, relying on its core advantages of accurate speed control and stable infusion. It has become a crucial equipment to ensure the safety of diagnosis and treatment. Its application scenarios cover multiple core medical links such as emergency rescue, intensive care, surgical anesthesia, and neonatal care, adapting to the personalized drug administration needs of different departments. Below is a detailed analysis of the main application scenarios.
Article Description: This article details the key application scenarios of syringe pumps, including emergency rescue, ICU, surgical anesthesia, pediatrics, etc. It helps global medical device distributors, importers and medical professionals understand the practical value of syringe pumps and make informed procurement decisions.

1. Emergency Rescue Scenario: Accurate Drug Administration Support in Critical Moments
Emergency scenes (ambulances, emergency rooms) are one of the core application scenarios for syringe pumps. For critically ill patients with cardio-cerebrovascular emergencies, severe trauma, etc., rapid and accurate infusion of micro-drugs such as vasoactive drugs and anesthetics is required. The syringe pump can achieve precise flow rate control at the level of 0.1ml/h. Combined with the 3-level occlusion pressure adjustment function, it can stably infuse under the complex environment of patient transportation jolts and position changes, avoiding treatment interruption caused by pipeline blockage or disconnection. Its durable design with IP24 waterproof and metal body can adapt to the complex environment of liquid splashing and dense electromagnetic equipment at the emergency scene, striving for time for the treatment of critically ill patients.
2. Intensive Care Unit (ICU): Long-term and Stable Refined Drug Administration
Patients in the ICU are critically ill and complex, often requiring long-term infusion of various high-risk drugs (such as sedatives, vasopressors, antibiotics, etc.), which have extremely high requirements for drug administration accuracy and stability. The syringe pump can stabilize the infusion accuracy at ±1% through a closed-loop control algorithm, effectively avoiding the risk of excessive or insufficient drugs; at the same time, it supports multi-channel infusion management, which can deliver multiple different drugs at the same time to meet the combined treatment needs of critically ill patients. The traceable feature of the whole-process infusion data also provides data support for medical staff to accurately adjust the treatment plan and reduce medical risks.



3. Surgical Anesthesia Scenario: Precise Regulation of Anesthetic Drugs
During surgical anesthesia, the dosage and infusion rate of anesthetic drugs directly affect the depth of anesthesia and surgical safety. The syringe pump can accurately infuse anesthetic drugs such as propofol and fentanyl, and adjust the flow rate in real time according to the surgical process and the patient's vital signs to achieve precise control of the depth of anesthesia. Its compact and portable design can be flexibly deployed beside the operating table without occupying redundant space. With a simple operation interface, it is convenient for anesthesiologists to quickly adjust parameters and ensure the smooth progress of surgical anesthesia.

4. Neonatal/Pediatric Scenario: Safety Guarantee for Low-Dose Drug Administration
Neonatal and pediatric patients have low body weight and immature organ development, and are highly sensitive to drug doses. Conventional drug administration methods cannot meet the needs of low-dose and high-precision. The syringe pump can achieve micro-infusion at the nanoliter level, accurately matching the weight-based drug administration standards for pediatric patients, and avoiding adverse reactions caused by dosage errors. Its gentle infusion mode can reduce the stimulation of drugs on the patient's blood vessels, improve the safety and comfort of treatment, and is an essential equipment in pediatric wards and neonatal intensive care units (NICU).

5. Other Specialized Scenarios: Adaptation to Personalized Drug Administration
In addition to the core scenarios, syringe pumps are also widely used in oncology, cardiology, obstetrics and gynecology and other specialized fields. Oncology departments can accurately infuse chemotherapeutic drugs through it to reduce damage to normal tissues; cardiology departments use it for vasoactive drug infusion in patients with coronary heart disease and heart failure; obstetrics and gynecology departments adapt to the precise infusion of oxytocin in patients with postpartum hemorrhage and emergency drug administration during neonatal resuscitation. Its flexible parameter adjustment and customized infusion mode can adapt to the personalized treatment needs of different specialties.
In summary, with its core advantages of high precision, high stability and strong adaptability, the syringe pump is deeply integrated into the whole process of medical diagnosis and treatment, and has become a key equipment to improve the safety of diagnosis and treatment and optimize the treatment effect. For global medical device distributors and importers, clarifying its core application scenarios can accurately match the needs of different departments and improve product channel adaptability.