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Founded in 1986, GaleMed has been deeply engaged in the global respiratory care market under the GaleMed brand since 1996. It has now become a leading manufacturer of medical respiratory interface technologies. The company offers a comprehensive product line covering seven major areas: emergency rescue, respiratory therapy, anesthesia, oxygen therapy, aerosol therapy, sleep management, and more. Headquartered in Yilan, Taiwan, GaleMed provides over 5,000 SKUs marketed to more than 100 countries worldwide. Since 1995, the company has obtained multiple rigorous international certifications including ISO 9001, EN 46001, and CE. In 2024, GaleMed successfully achieved the European Union Medical Device Regulation (MDR) certification, demonstrating its professional expertise and commitment to sustainable operations.

When a patient experiences respiratory arrest—such as cardiac arrest, choking, or unconsciousness—failure to provide immediate oxygen or effective ventilation can lead to prolonged brain hypoxia and irreversible damage. This risk is especially pronounced in situations lacking oxygen tanks, powered equipment, or in remote areas and disaster sites, where traditional rescue methods are often limited. First responders frequently lack access to devices that provide isolation and positive pressure ventilation capabilities.

Pulmonary rehabilitation has been internationally recognized by respiratory medical organizations as a core component in managing chronic respiratory diseases. Its purpose is to enhance respiratory muscle endurance, ventilation efficiency, and daily functional capacity, thereby reducing hospitalization risk and improving quality of life. Patients experiencing respiratory muscle imbalance, alveolar collapse, or mucus accumulation—such as postoperative patients, those with COPD, neurodegenerative diseases, or recovering from COVID-19—can achieve stabilized respiratory function through systematic training combined with assistive devices.

For patients with hypoxemia, dyspnea, or pneumonia, simple oxygen therapy alone may not effectively alleviate inflammatory responses or breathing difficulties. Combining aerosolized medication nebulization with oxygen humidification can promote pulmonary ventilation, improve secretion clearance, and relieve symptoms. This strategy is widely applied in chronic obstructive pulmonary disease (COPD), long-term oxygen therapy patients, postoperative care, acute and chronic respiratory infections, and post-COVID-19 rehabilitation stages. It achieves synergistic effects of oxygen supplementation combined with bronchodilators or saline nebulization, enhancing overall respiratory function and patient comfort.

When a patient experiences respiratory arrest—such as cardiac arrest, choking, or coma—if oxygen or effective ventilation cannot be promptly provided, prolonged brain hypoxia may result in irreversible damage. Particularly in scenarios without oxygen tanks, power sources, or in remote or disaster-stricken areas, traditional rescue methods face many limitations. Rescuers often lack equipment that provides isolation and positive-pressure ventilation. In such cases, a manual resuscitation bag can supply oxygen under pressure, maintaining patient life even without an oxygen source. This device is portable, easy to use, and requires no setup.

In today’s rapidly advancing digital landscape, mobile devices have evolved beyond mere reference tools to become integral extensions of professional workflows. Particularly in sectors such as healthcare, education, and logistics, heightened post-pandemic demands for efficiency and safety have driven the emergence of new tablet cart solutions characterized by mobility, adjustability, and integration. These mobile tablet carts—featuring pneumatic height adjustment, multi-directional swivel mounts, and all-in-one designs—are setting new standards for mobile work platforms. They enable users to seamlessly transition from a single device to a fully functional workstation, significantly enhancing professional productivity and user experience.

With the growing adoption of telemedicine and real-time monitoring systems, medical carts have evolved beyond their traditional role as transport tools—transforming into intelligent platforms that integrate connectivity and information display capabilities. These carts support uninterrupted clinical workflows, enabling healthcare professionals to update medical records, operate medical devices, and perform emergency interventions efficiently. Against this backdrop, various types of medical carts—including medication carts, emergency carts, and equipment-integrated carts—are moving toward intelligent and highly modular designs, significantly enhancing clinical efficiency and the overall quality of patient care.

The global medical monitor mount market is experiencing steady growth. Driven by the widespread adoption of medical imaging technologies, the rising demand for minimally invasive surgeries, and the increasing digitization of nursing stations and bedside workflows, clinical settings are showing a strong need for mounts that combine high flexibility, ergonomic adjustability, and hygienic design. In 2024, the market size is estimated to reach USD 1.2 to 1.25 billion, with projections indicating growth to USD 2 to 2.5 billion by 2033—representing a compound annual growth rate (CAGR) of 7% to 9%. Amid this trend, medical monitor mounts are evolving toward enhanced ergonomics, integrated cable management, antimicrobial materials, and diversified mounting solutions to meet the high standards of safety, efficiency, and durability required by modern healthcare facilities.

In medical settings, everything from the operation of monitoring devices to the movement of hospital beds impacts both the efficiency of healthcare teams and the quality of patient care. Diwei Technology offers six meticulously designed product categories—monitor arms, medical carts, equipment carts, medication carts, emergency carts, and mobile stretcher carts—providing comprehensive, integrated, and intelligently optimized solutions tailored to diverse clinical needs.

The global medical industry is undergoing unprecedented rapid transformation. From traditional standardized equipment, there's a growing urgent demand for high-precision, diversified solutions. Medical devices are rapidly moving towards intelligent, miniaturized, and personalized development, posing more stringent challenges to the reliability and functionality of core components. Cambus Corporation, with its forward-looking strategies and profound technical expertise, is a key technology partner in this wave of medical innovation. Technology trends indicate that future medical devices will continue to demand high integration, high-frequency operation, and high reliability, with market demand rapidly expanding, especially in areas like AI-assisted diagnostics, remote monitoring, and wearable devices.

With the continuous and remarkable advancements in medical and industrial technology, the monitoring solutions used in these fields play a crucial role in extending their scope and enhancing ease of use. Choosing high-quality monitors and panel PCs is crucial for maximum performance in these industries. Due to its innovative approach and commitment to excellence in design and manufacturing, Wincomm Corporation has grown to be a leading Taiwanese manufacturer of Medical and Industrial Monitors and Panel PCs.

Due to the increases in demands for epidemic related drugs, screening reagents, and other products driven by the epidemic, the output values of drugs, medical supplies, and other related products have been increased.

Regenerative medicine mainly covers tissue and cell repair, stem cell therapy, and immune cell therapy.

As a biproduct of the COVID pandemic, the global demand for telemedicine has increased significantly. An increased focus has been placed on the development of digital medical care to improve medical efficiency and provide comprehensive health coverage. Telemedicine care is set to become the "New Normal", and the integration of AI with medical technology will continue to accelerate this important trend in information flow.

Digital innovation is rapidly helping transform modern industries. Healthcare providers in hospitals and healthcare systems are applying these tools to promote public health, reduce costs, and improve experiences.

Plastic rubber has long been one of the important raw materials used for medical equipment and pharmaceutical packaging. With the vigorous development of the industry, various high-performance plastics and technologies for medical devices have emerged. In addition to traditional medical plastics, such as PP, PVC, PE, and silicone rubber, which are commonly used in the medical device industry, some high-performance materials have been developed that are important to the medical device industry.

For many people working in hazardous environments and confined spaces, the correct respiratory protective equipment (RPE) is critical to maintaining health and safety and protecting lives. Respiratory protective equipment provides indispensable protection.

With the advent of the AI era, the medical community has begun to use AI data analysis, develop surgical robots, and collaborate with doctors to create innovations in precision medicine.

To strictly manage risks, medical systems usually adopt technologies that matured yesterday. The market promotion of AI innovative technology applications is facing challenges, and relevant regulations must also keep pace with the times.

The medical equipment industry is a cross-disciplinary technology industry with a number of diverse industrial characteristics. With changes in disease patterns, product development, and medical technology advancements, its mainstream products will become increasingly advanced. Countries have invested considerable resources and consider the development of medical products a key priority.