06May

Sustainable architecture for hospitals: the future of healthcare infrastructures in 2025

May 6, 2025 tedisel

Architecture is much more than designing and constructing buildings: it is the art of creating spaces that respond to human needs, combining functionality, durability and beauty. Throughout history, this discipline has evolved together with society, adapting to the challenges of each era. Today, one of those great challenges is sustainability.

In this context, sustainable architecture has ceased to be a trend and has become a necessity. More than a passing fad, it represents a profound change in the way we conceive, plan and execute construction projects. Its approach seeks a balance between energy efficiency, respect for the environment, economic viability and social well-being. This vision has begun to transform multiple sectors, including one of the most critical: healthcare.

With the accelerated growth of cities and the need to strengthen services in smaller communities, the hospitals of the future must go beyond technical efficiency.

Today, the construction of healthcare infrastructure implies an unavoidable environmental responsibility. Incorporating sustainable solutions is not only desirable, but essential to reduce environmental impact, preserve natural resources and respond to climate change.

Why is it so important to apply these principles specifically in hospitals? How can sustainable architecture redefine hospital design and why is it key to the development of health systems that are more resilient, humane and committed to the planet?

The healthcare sector: an expanding field with high sustainable potential

In recent years, the healthcare sector has acquired strategic relevance, driven by the ageing population, technological innovation and the growing demand for quality medical care. This scenario not only generates opportunities for social development, but also for responsible and sustainable investment.

Unlike other sectors, healthcare has proven to be dynamic and resilient, ranging from research and biotechnology to the production of medicines, supplies and medical devices. Within this chain, hospital infrastructure plays a crucial role, as it is the space where people’s care is materialized. However, its development has often neglected the principles of sustainability, when in fact it should be leading them.

Investing in sustainable hospitals not only makes economic and social sense, but also responds to an urgent need: to create spaces that care for both patients and the planet.

Comprehensive well-being: how good hospital design cares for the patient and the environment

A hospital should not only be efficient in medical terms, but also in its ability to provide a healthy environment. Air quality, ventilation, natural lighting, acoustics and the distribution of space are factors that directly affect the well-being of those who inhabit it. However, one of the most critical—and frequently ignored—elements is the choice of construction materials.

Many of the materials traditionally used for construction emit volatile chemical compounds that affect indoor air quality. Although their effects may not be immediate, prolonged exposure can have serious consequences: from allergies and headaches to reproductive disorders and certain types of cancer. These effects also affect the emotional health, stress and performance of healthcare personnel.

Cases such as sick building syndrome, sensitivity to Wi-Fi networks or intolerance to electromagnetic fieldshighlight the need to design truly healthy spaces. And if this is important in any building, in a hospital it is unavoidable.

Sick building syndrome

This term describes a set of symptoms experienced by people spending time in certain buildings. It manifests itself in discomforts such as nasal congestion, loss of voice, irritation of the respiratory tract, dry skin, headaches or fatigue. The most striking thing is that these symptoms usually disappear shortly after leaving the affected building.

The causes are usually related to poor ventilation, the use of low-quality or toxic materials, the presence of mold, the accumulation of chemical pollutants and inadequate air conditioning. In many old hospitals, these factors are still present, compromising the health of those who inhabit them.

Wifi Sensing and sensitivity to wireless networks

The rise of technologies such as WiFi Sensing —an emerging technique that uses Wi-Fi signals to detect movement and other variables indoors— is generating new debates about constant exposure to electromagnetic fields. Although this technology has promising applications (for example, in detecting falls or monitoring patients without contact), it has also rekindled concerns about possible health effects. Some people report symptoms such as dizziness, headaches, insomnia or fatigue when exposed to wireless networks, in a phenomenon known as electrosensitivity or electromagnetic hypersensitivity.

Electromagnetic field intolerance

Although the scientific community is still investigating its origin, this condition describes an abnormal physical response to exposure to electromagnetic fields generated by devices such as routers, antennas, mobile phones or medical equipment. Although it is not officially recognized as a disease in many countries, the number of reported cases is increasing, and in hospital settings it is key to take this into account when planning the design of spaces and the installation of equipment.

Currently, although there is research on materials and indoor health, the information is often fragmented. Therefore, there is an urgent need to adopt a comprehensive approach that considers human health as the central axis of hospital architectural design.

Sustainable hospitals in Spain: examples that lead the way

In Spain, several hospitals are leading the change towards a more environmentally responsible healthcare infrastructure. Examples such as the Hospital del Mar in Barcelona or the Hospital 12 de Octubre in Madrid have opted for sustainable construction models that seek to meet the needs of the present without compromising those of the future.

These projects have implemented a series of concrete strategies to minimize their environmental footprint, including:

Significant reduction of CO₂ emissions.
Use of more environmentally responsible materials.
Integration of natural spaces, both indoors and outdoors, that improve the well-being of patients and staff.
Reduction of waste and efficient waste management.
Development of eco-efficient energy infrastructures, with a clear focus on reducing energy consumption.

Energy efficiency has become a key pillar of sustainable hospital architecture. It is not just about the work of architectural firms in the intelligent design of lighting, air conditioning or ventilation systems. The role of hospital equipment and technology suppliers is also essential.

From electrical safety to medical and non-medical equipment, each component influences the overall energy footprint of the building. These factors, in addition to reducing long-term operating costs, directly improve the comfort and health conditions of patients, professionals and visitors. Fortunately, this is an aspect that is gaining increasing prominence in decision-making within the healthcare sector.

22Apr

The World’s Best Hospitals 2025

April 22, 2025 tedisel

The annual ranking of the “Best Hospitals in the World” is a joint initiative of Newsweek magazine and Statista that seeks to identify and recognize the leading medical institutions in healthcare worldwide. In its 2025 edition, this ranking covers hospitals in 30 countries, selected according to various criteria, including standard of living, life expectancy, population size, number of hospitals, and data availability.

The main objective of this ranking is to provide a comparison between hospitals in different countries, based on their reputation and performance, to highlight the most outstanding institutions and promote the adoption of best practices in the field of healthcare worldwide.

For the 2025 edition, more than 2,400 hospitals were evaluated, of which 250 were highlighted in the global ranking. This classification has become a valuable tool for both patients and healthcare professionals, offering an objective and reliable overview of medical institutions that provide excellent care in different regions of the world.

Outstanding Hospitals and Special Recognitions

Spain in the Global Ranking

In Spain, several hospitals have been recognized in the global ranking for their medical excellence, cutting-edge technology, and capacity for innovation in hospital care.

Hospital Universitario La Paz (position 49)

This Madrid hospital has established itself as an international benchmark in multiple medical specialties. Its outstanding infrastructure, together with its elite medical team, places it among the best in the world.

Hospital Universitario 12 de Octubre (position 52)

Also in Madrid, this hospital has achieved notable recognition thanks to its advances in research, hospital technology, and specialized care. In this center, Tedisel Medical has played a fundamental role in the expansion of the Intensive Care Units (ICU) and the Post-Anesthetic Care Unit (PACU), a large-scale project that made it possible to optimize hospital capacity at key moments. In addition, Tedisel Medical has been a strategic partner in the equipping of critical areas such as the ICU and the PACU (Post-Anesthesia Care Unit), providing innovative solutions that have raised the standards of care. Its involvement has been key in the modernization of the hospital, contributing to the development of a center of reference at a national and international level.

Catalonia: Outstanding Hospitals in the Ranking

Within Catalonia, two large hospitals have been recognized for their excellence and for implementing advanced technological solutions in the healthcare field:

Clínic Barcelona (position 59)

This hospital has distinguished itself for its high level of specialization and its leadership in biomedical research. In its operating rooms, Tedisel Medical’s technical panels, equipped with the most advanced technology on the market, have once again proven to be the best option. These solutions have improved operational efficiency and optimized patient safety in complex surgical procedures.

Hospital Universitari Vall d’Hebron (position 70)

As one of the largest and most innovative hospitals in Spain, Vall d’Hebron has pioneered the implementation of Smart ICU, a technological revolution that has transformed the management and monitoring of critically ill patients. During the health crisis caused by COVID-19, Tedisel Medical worked closely with the hospital to develop solutions tailored to its emerging needs, ensuring an effective response at a crucial time for healthcare. This collaborative approach made it possible to improve care capacity in intensive care units and optimize available resources in an unprecedented situation.

Commitment to Innovation and Medical Excellence

The presence of these hospitals in the global ranking reflects the high level of healthcare in Spain and the positive impact of technological innovation in improving hospital care. Tedisel Medical continues to lead the way in developing advanced solutions for leading hospitals, reaffirming its commitment to quality, patient safety and the optimization of clinical environments.

Importance and Transparency of the Ranking

The ranking of the Best Hospitals in the World is recognition based on evaluations by medical experts and the analysis of public data. Its objective is to highlight the leading healthcare institutions and promote continuous improvement in the sector. However, although this classification is a valuable reference, it should not be the only criterion when choosing a hospital. It is recommended that it be complemented with other sources of information, such as specialized analysis, clinical studies, recommendations from professionals, and, when possible, in-person visits to medical centers.

This methodology reflects the performance of hospitals from January 1 to December 31, 2024, so any structural, technological, or care changes made outside this time frame will not be reflected in the current ranking.

With this ranking, Newsweek and Statista seek to bring greater transparency to the healthcare sector, helping patients, healthcare professionals, and hospital managers to identify the best medical centers in the world based on objective and verifiable criteria. Beyond being a prestigious list, this classification drives continuous improvement in hospital care standards, promoting innovation and excellence in healthcare globally.

08Apr

Tedisel Medical celebrates 30 years of excellence in the hospital sector

April 8, 2025 tedisel

Since it was founded in 1995 by the Márquez family, Tedisel Medical has grown and excelled in the manufacture and distribution of hospital equipment worldwide.

Three decades of commitment to innovation and quality have consolidated us as a benchmark in the sector, offering advanced technological solutions that optimize medical care and improve the work of healthcare personnel.

Our mission is to provide cutting-edge hospital equipment that responds to the needs of the sector and facilitates the day-to-day work of healthcare professionals. For this reason, we continue to evolve and incorporate new technologies that contribute to more efficient and safer care for patients.

In recent years, we have focused our efforts on modernizing surgical areas, developing technical panels and innovative columns that improve functionality and ergonomics in operating rooms. We listen carefully to our customers in order to offer solutions adapted to the current challenges of the hospital sector.

“This 30-year milestone would not have been possible without the effort and dedication of our team, whose talent and commitment have been key to our success. We thank each of our collaborators, clients and partners for their trust, and we reaffirm our commitment to continue leading the future of hospital equipment with excellence and innovation.“

24Mar

Inauguration of the New Quirónsalud Zaragoza Hospital: A Step Forward for Healthcare in Aragon

March 24, 2025 tedisel

January 27, 2025 will be a key day for the healthcare system in Aragon with the inauguration of the new Quirónsalud Hospital in Zaragoza.

This modern center, located on the extension of Avenida de Gómez Laguna, is one of Quirónsalud’s most important projects in the region. With its opening, it becomes the third largest hospital in the city and stands out as one of the most innovative, offering the latest in technology and medical care.

President Azcón’s visit to the new Quirónsalud Zaragoza Hospital

A State-of-the-Art Hospital

With an investment of over 100 million euros, the new hospital has a surface area of 30,000 square meters. This hospital not only represents an advance in terms of infrastructure, but also brings with it a significant expansion in the range of medical services available in the city.

“With more than 30 medical and surgical specialties and more than 250 beds, the new center will become a fundamental pillar in healthcare in Zaragoza and Aragón.“

Specialties and Equipment

The hospital will offer a full range of specialties, including oncology, cardiovascular health, neuroscience, orthopedic surgery and traumatology. It will have the first pediatric and neonatal ICU in a private hospital in Aragon, a key service for the region. In addition, the new center will have state-of-the-art operating rooms, including 14 integrated operating rooms and two cesarean section operating rooms in the obstetrics area.

As for outpatient consultations, the hospital will have 47 consultation spaces, equipped with advanced computer systems that allow consultations to be transcribed and waiting times to be reduced. All of this has been designed to offer more efficient and personalized medical care.

“It will have the first pediatric and neonatal ICU in a private hospital in Aragon, a key service for the region.“

A Sustainable and Digitalized Project

The new Hospital Quironsalud Zaragoza is also a center that has been conceived with a strong focus on sustainability and technology. In this sense, it stands out for being a digitalized and intelligent hospital, with rooms equipped with “smart room” systems, which allows patients to easily communicate with medical staff through tablets. In addition, its layout is designed to offer a comfortable and functional environment for both patients and healthcare personnel.

Public-Private Partnership

The inauguration of this hospital not only represents progress for Quironsalud, but also an example of the successful collaboration between the public and private sectors in the region. This new hospital strengthens the health system in Aragon and represents an opportunity to promote medical training.

An Economic and Social Impact

In addition to the benefits in healthcare, the construction of the new hospital has had a significant impact on the local economy. The creation of this hospital has generated hundreds of jobs, with 450 workers who will form part of the new hospital team. Likewise, the operation has allowed the reactivation of an area south of Zaragoza, improving the urban infrastructure with the construction of a new branch and the revitalization of empty lots.

A Promising Future

The new Quirónsalud Zaragoza Hospital is emerging as a key reference in healthcare in the region. At Tediselmedical, we are proud to have supplied top-quality hospital equipment, with a focus on innovation, sustainability and personalized care.

“With its progressive opening from January 27th, this hospital is expected to transform the way Zaragozans access medical care, marking a before and after in the health of the city.“

07Mar

Tedisel Medical revolutionizes the Hospital of the Future at MWC 2025 Barcelona

March 7, 2025 tedisel

The Mobile World Congress (MWC) 2025 in Barcelona has established itself as the global epicentre of technological innovation. Within this event, the 4YFN zone continues to gain prominence as the key space for promoting startups, connecting artificial intelligence disruptors, visionary investors and large corporations that drive the entrepreneurial ecosystem.

This year, Catalonia Health, the organization that represents companies in the biomedical and healthcare sector in Catalonia, has strengthened its commitment to innovation, entrepreneurship and connectivity in order to project advances in healthcare on a global level.

Once again, Catalonia Health has participated in the MWC, focusing on the digital transformation of healthcare, an area that has gained special relevance thanks to advances in artificial intelligence, device integration and medical technology.

“As part of this revolution, Tedisel Medical has led the transformation of hospital equipment with an immersive and interactive experience. In collaboration with Catalonia Health and eight other leading companies in the healthcare sector, we have demonstrated how technology is redefining the future of hospitals.“

An Interactive Stand for the Future of Healthcare

The stand became a focal point within the event, offering an immersive and interactive experience that allowed visitors to explore first-hand the most advanced solutions for the hospital environment. Through a combination of cutting-edge technology and an immersive presentation, we demonstrated how digitization and connectivity are revolutionizing the efficiency and quality of medical care, both nationally and internationally.

Key Innovations in Hospital Equipment

1. Diamond: Advanced Image Integration in the Operating Room

At MWC 2025, Tedisel Medical presented Diamond, an innovative glass display control panel system designed to optimize operating room management through advanced integration of technology and connectivity. This system improves workflow in surgical environments thanks to key features such as:

Integration of real-time imaging and videoconferencing.
Compatibility with Hermes software for efficient management.
Centralized workstation with intuitive access to all functions.
Intelligent optimization of the operating room to improve operational efficiency.
3D visualization with virtual reality (VR) technology for more precise surgical planning.

With a modular and highly configurable design, Diamond adapts to the specific needs of each project. Its anodized aluminum structure guarantees maximum durability, while its 22“ to 55” screens with FHD and 4K resolution offer exceptional image quality. In addition, its high-resistance finish allows for quick and efficient cleaning, complying with the most demanding hospital hygiene standards.

“Thanks to its combination of technology, ergonomics and ease of use, Diamond is positioned as the most versatile and advanced panel on the market, redefining the future of surgical equipment.“

2. CEILING PENDANT MOTORIZED: The New Era of Hospital Efficiency

One of the star products presented at our stand was the most advanced service headboard on the market, a system designed to optimize hospital management and improve efficiency in the surgical environment. This headboard is part of the Ceiling Pendant Motorized, our innovative ceiling pendant motorized with vertical movement, which revolutionizes the operability in the operating room by integrating cutting-edge technology and an ergonomic design designed to maximize the functionality and safety of healthcare personnel.

High load capacity, ideal for highly demanding environments.
Integration with software screen for brake control of motorized arms.
Alarm management and stopwatches directly from the workstation.
High-capacity servomotor, guaranteeing precision and safety in movements.
Easy installation and maintenance, reducing downtime.
Electronic regulation for greater operational efficiency.
Design with rounded geometric lines, which facilitate optimal cleaning.
Antibacterial paint available on demand, improving hygienic safety.
Integrated RGB lights, providing an environment adapted to the needs of the operating theatre.

“Thanks to this advanced level of automation and ergonomics, the Ceiling Pendant Motorized reduces the margin of error and optimizes workflows, allowing healthcare professionals to concentrate on what is most important: patient care.“

3. Hospital Bed Head Units: Our Essence and Specialty

Our most internationally recognized product and the one that has positioned our company where it is today is our hospital bed head units. They are our essence, and we have established ourselves as leaders in the design and manufacture of hospital bed head units, offering the widest variety of models for each project. From modular design headboards to more architectural options, we adapt to the specific needs of each healthcare environment.

On this occasion, we present our AIS, the most versatile design headboard in the healthcare sector. Its main advantage is its great adaptability, allowing for the incorporation of not only the necessary equipment, such as gas outlets, electrical connections and accessories for patient care, but also personalized architectural finishes, such as:

HPL and vinyl coverings according to the project.
Special designs for pediatric environments with decorative vinyls.
Wide variety of colors and finishes on demand.

“The aim of AIS is to integrate harmoniously with the hospital’s architecture, contributing to the creation of a warmer and more welcoming environment. Its design helps to humanize hospital spaces, transforming a clinical and cold environment into a more pleasant place, which facilitates patient recovery and improves their well-being during their hospital stay. “

What’s New at MWC 2025: AI at the Center of Everything

This edition of MWC 2025 has been marked by the advancement of artificial intelligence (AI) and the evolution of the implementation of 5G in various applications. Robotics has also been a key pillar, with innovations in multiple sectors, from mobility and industrial automation to the home and, of course, healthcare.

One of the main themes of the event was the keynote speech, “The Gateway to a New Future”, where global leaders shared how Open Gateway is redefining the telecommunications industry and accelerating digital transformation in different areas, including the hospital sector.

Tedisel Medical: Leading the Future of Hospital Equipment

With a consolidated track record in innovation and hospital technology, Tedisel Medical continues to lead the way towards the hospital of the future, offering more efficient, secure and digitalized solutions. Its participation in MWC 2025 Barcelona has reaffirmed its commitment to excellence and the transformation of the healthcare sector, consolidating its position as a benchmark in the development of advanced medical infrastructures.

“The evolution of medical care is already a reality, and Tedisel Medical is at the forefront of this change. See you in the future of digital health!“

21Feb

The weight of private healthcare in the surgical activity of the National Health System

February 21, 2025 tedisel

The health system in Spain is a mixed system in which public health, managed by the National Health System (SNS), and private health, made up of non-public hospitals and clinics, coexist.

“In recent years, the private sector’s participation in the NHS’s surgical activity has increased considerably, generating a necessary debate on its implications in terms of efficiency, accessibility and equity in healthcare.“

The context of mixed healthcare in Spain

The National Health System (SNS) is responsible for the provision of most healthcare in Spain, financed through taxes and offering universal coverage to the population.

However, private healthcare plays a decisive role, not only as an alternative for those seeking faster or more specialized care, but also as a complement to the public system through agreements and outsourcing of services.

“Spain has 751 hospitals, of which 449 (approximately 60%) belong to the NHS. These institutions offer a total of 155,077 beds, distributed as follows: 82.5% (126,004) for the public network and 17.5% (29,073) for the private sector.“

The ratio of beds per 1,000 inhabitants has decreased slightly, from 3.30 in 2013 to 3.24 in 2022. This decrease is partly due to the increasing number of procedures being carried out on an outpatient basis, which has risen from 41.72% to 48.30% in the same period.

Health agreements between the SNS and the private sector allow patients to be referred to private centers with the aim of reducing waiting lists and optimizing resources.

In the surgical field, these agreements have intensified in autonomous communities with greater healthcare pressure, especially in high-demand procedures such as traumatology, ophthalmology, and general surgery.

Surgical activity and public-private collaboration

In 2022, there were 5.2 million hospital admissions in Spain.

The SNS attended to 4.1 million of these admissions, with an average stay of 7.8 days, and performed 3.5 million surgical interventions, of which 49% were outpatient surgery.

“Private hospitals carried out 1.7 million surgeries, 38% of them on an outpatient basis. It is worth noting that 25% of these interventions in the private sector were financed by the public system, although this percentage has decreased by three points since 2013.“

The increase in the referral of surgeries to private healthcare is driven by several factors, including:

Long waiting lists in the public health system
The high demand for surgical procedures has generated waiting times that in some cases exceed six months.
Lack of resources in public hospitals, such as a shortage of operating theatres, health personnel and medical supplies.
Health management strategies
Some autonomous communities have adopted active policies of collaboration with the private sector to alleviate the burden on the SNS.

Human resources in the SNS and private healthcare

Staffing levels are a crucial factor in the provision of quality healthcare services.

There are 585,253 professionals working in SNS hospitals and associated centres, of which 98.2% are permanent staff.

In contrast, private hospitals have 74,597 professionals of their own and 34,379 who provide services through non-salaried links.

The ratio of doctors per 100 beds is 81.3 in the SNS and 33.3 in the private sector, showing a higher density of professionals in the public sector.

“The ratio of doctors per 100 beds is 81.3 in the SNS and 33.3 in the private sector, showing a higher density of professionals in the public sector.“

Hospital financing and expenditure

Total hospital expenditure in 2022 reached 60.5 billion euros, with 53.6 billion corresponding to public hospitals and 6.9 billion to private hospitals.

In public hospitals, the largest item is personnel expenses (47.3%), followed by purchases and current expenses (36%), of which almost half corresponds to pharmaceutical products.

In the private sector, the main expenditure is concentrated on purchases (43%), with 17% going to pharmaceutical products.

Advantages and disadvantages of private participation in the NHS surgical activity

Advantages

Reduction of waiting lists
Referring patients to private hospitals allows more interventions to be carried out in less time, reducing waiting times for patients.
Optimization of resources
By taking advantage of the infrastructure and personnel of the private health sector, the public system can concentrate on more complex cases and emergency care.
Flexibility and efficiency
private centers, in many cases, have a greater capacity to manage operating theatres and operating hours without the bureaucratic limitations of the NHS.

Disadvantages

Impact on the equity of the system
Dependence on private healthcare generates inequalities, since those who can afford private insurance or direct private care can access surgery more quickly than those who depend exclusively on the NHS.
Additional costs for the public system
Although healthcare agreements can reduce waiting lists, they also imply additional expenses for the NHS, given that interventions in private centers tend to have a higher cost than those in public hospitals.
Risk of disinvestment in the public sector
If the public health system resorts excessively to the private sector, investment in public hospitals could be reduced and affect the quality of service.

Una colaboración necesaria

La interacción entre el SNS y la sanidad privada en España es clave para garantizar una atención sanitaria eficiente y accesible. .

La colaboración en la actividad quirúrgica ha permitido abordar desafíos como las listas de espera y la optimización de recursos.

Sin embargo, hay que mantener un equilibrio que asegure la equidad en el acceso y la sostenibilidad del sistema sanitario en su conjunto.

05Feb

Dog-Assisted Therapy in ICU’s for the Comprehensive Recovery of Patients

February 5, 2025 tedisel

In the hospital world, where medical technology is fundamental, an innovative approach is emerging that goes beyond conventional treatments: therapy assisted by dogs. This pioneering initiative is transforming Intensive Care Units (ICUs) by integrating dogs as a key tool to promote both the emotional and physical recovery of patients.

“The program not only seeks to alleviate the negative effects of the hospital environment, but also aims to humanize these spaces, improving the quality of life of patients and offering a new path towards integral well-being.“

Dog-assisted therapy in ICUs is a response to a number of crucial needs: reducing pain, anxiety and fear, particularly in hospitalized children, who often face a highly stressful experience in these types of units. This practice also favors the creation of a warmer and less intimidating hospital environment, moving away from the rigidity and coldness that often characterizes clinical and hospital settings.

In addition, it encourages the participation of young patients in their recovery process, promoting adherence to treatment, stimulating their motivation and accelerating their physical and emotional improvement.

This novel approach opens up new horizons for intensive care, where science and empathy go hand in hand in favor of the patient’s overall health.

Impact on patient health

The positive impact of dog-assisted therapy has been widely supported by numerous studies, which demonstrate its psychological and physiological benefits in patients.

Renowned hospitals throughout Spain such as the Hospital del Mar, the Hospital 12 de Octubre and the Hospital Vall d’Hebron have already incorporated this therapy into their treatments, recognized for its immediate effects in reducing stress and anxiety, which generates a calmer environment and promotes the emotional well-being of patients.

Physiologically, interaction with dogs has been shown to have a remarkable capacity to lower blood pressure, reduce heart rate and stimulate the release of endorphins and oxytocin, hormones associated with feelings of pleasure and tranquillity.

In addition, research indicates that patients who receive visits from therapy dogs experience lower levels of the stress hormone cortisol, which not only improves their immune response, but also speeds up the recovery process. For patients with chronic illnesses or undergoing long-term treatments, the presence of a therapy dog can offer significant emotional relief.

A tool for physical and emotional rehabilitation

Therapy dogs not only offer companionship and emotional support, but also play a key role in the physical rehabilitation of patients. Those with reduced mobility or who have spent long periods in bed find in these animals an incentive to move, exercise and actively participate in their recovery.

In patients who have suffered strokes or musculoskeletal injuries, interaction with a dog can motivate them to perform small movements that, over time, contribute to the restoration of their motor skills.

In addition, dog-assisted therapy has proven to be especially beneficial for children with developmental disorders, such as autism, and for older adults with dementia. In these cases, the dogs act as social mediators, fostering communication, interaction with the environment and emotional expression. Their presence not only reduces anxiety and agitation, but also stimulates cognitive and sensory abilities.

A notable example of this type of intervention took place in 2019 at the Hospital Sant Joan de Déu, where a program of dog-assisted therapy was implemented in pediatrics, with promising results in improving the well-being and participation of children in their treatments.

Selection and training of therapy dogs

In order for the dogs to integrate successfully into the environment of an Intensive Care Unit (ICU) and other hospital spaces, they must go through a rigorous selection and training process. Not just any dog is suitable for this role; those with a calm, balanced and sociable temperament are sought, who enjoy human contact and are able to remain calm in highly controlled and often stressful environments.

The selection process begins with a behavioral evaluation in which the dog’s reactions to various stimuli, its tolerance to physical contact and its ability to respond to unforeseen events are analyzed. Once selected, the dogs begin a specific training program, which includes adaptation to noises and medical devices, interaction with people in different states of health and understanding of basic and advanced commands.

In addition, the training process also extends to healthcare professionals and dog handlers, who learn how to facilitate interaction between the dog and patients without altering the clinical environment or compromising the safety of either party.

“The selection process begins with a behavioral evaluation in which the dog’s reactions to various stimuli, its tolerance to physical contact and its ability to respond to unforeseen events are analyzed.“

The future of animal-assisted therapy in hospitals

The success of the pilot programs in different hospitals has encouraged various medical institutions to consider extending animal-assisted therapy to other areas. Specialties such as pediatrics, oncology and long-stay units have begun to evaluate the implementation of these programs, with the aim of improving

As medicine advances with cutting-edge technology, these types of initiatives remind us of the importance of the human factor and emotional support in the healing process.

In the near future, it is possible that therapy dogs will become a regular presence in hospitals, offering their unconditional support to those who need it most and reinforcing the vision of more comprehensive medical care focused on the patient’s well-being.

28Jan

Tedisel medical at Arab Health 2025

January 28, 2025 tedisel

Innovation and leadership in medical equipment

Arab Health 2025 has established itself as one of the most important events in the global medical and healthcare sector.

This annual fair, which brings together more than 3,500 exhibitors from over 50 countries, is held in Dubai and is recognized for its unique ability to bring together the industry’s key players: leading companies, experts, innovators and professionals committed to the advancement of healthcare.

From January 27 to 30, 2025, Tedisel medical, in collaboration with ETKHO, participated in this important event held at the Dubai World Trade Center, occupying booth H3.C11.

This meeting represented a key opportunity to connect with healthcare professionals from the Middle East and around the world with the aim of sharing our cutting-edge solutions in medical equipment.

Our commitment to healthcare innovation

At Tedisel medical, we continuously strive to offer innovative solutions that optimize the infrastructure of public and private hospitals around the world. Our approach is aimed at transforming key areas such as operating rooms, intensive care units (ICUs), neonatology, resuscitation, maternity, VIP rooms and more, through advanced technology and a design focused on the needs of patients and professionals.

During our participation in Arab Health 2025, we presented a diverse portfolio of cutting-edge products and solutions:

Operating room columns
Designed to guarantee functionality, ergonomics, efficiency and safety in surgical procedures. At our stand, we highlighted our most innovative solution, a unique design that puts the patient at the center of each intervention.

Technical panels and software
Comprehensive solutions designed to optimize the management of critical spaces, including hybrid operating rooms. These tools ensure centralized and efficient performance, facilitating the work of healthcare personnel and improving patient care.

Suspended systems
Ceiling-mounted equipment designed to maximize the use of critical areas. They offer a combination of flexibility and efficiency, allowing for constant care and improving working conditions for medical teams.

Bed headboards
Internationally recognized for their design and versatility, these headboards are adapted to the specific needs of each project, offering a perfect balance between functionality and aesthetics.

Arab Health 2025: A space for learning and leadership

Arab Health 2025 not only stood out as a showcase for innovation in the medical sector, but also offered a unique environment for learning and reflection through its 110 “Voices of Leadership” forums. These spaces brought together the industry’s leading visionaries to share ideas, analyze emerging trends, and discuss the future of healthcare.

The experience was deeply enriching, allowing us to learn from experts who are leading the way towards global transformation in healthcare. The topics addressed included key areas such as:

Digital Health & Artificial Intelligence (AI)

Artificial intelligence was one of the central themes, highlighting its impact and potential in the healthcare sector. Highlights included:

Human-centered AI: Innovations designed with the patient as a priority.
Transformative AI in healthcare: Disruptive technologies that are redefining standards of care.
Integration and interoperability: Building a connected healthcare ecosystem.
Ethical horizon of AI: Challenges in the responsible use of generative artificial intelligence.
A unified data framework for GCC: Exploring regional healthcare data collaboration.

Healthcare Investment

Financial sustainability and strategic leadership in healthcare were key topics, including:

Global leadership in healthcare investment: Identifying global trends.
Innovations, challenges and opportunities: Exploring the future of healthcare.
Investment trends: From medical technologies to service delivery models.
Public-private partnerships: Driving global healthcare development.

EmpowHER: Conference on women in healthcare

This conference highlighted the crucial role of women in the transformation of the sector, addressing topics such as:

Women and digital transformation: Female leadership in AI and technology.
Sustainability and ESG: Women at the forefront of a sustainable healthcare future.
Impact on healthcare research: Innovation from laboratory management.
Generation Z: New leaders challenging expectations and breaking new ground.
Female entrepreneurship: Inspiration and success, from passion to profitability.

Smart Hospitals and Infrastructure

The technological revolution has also transformed the way hospitals are designed and managed, with approaches such as:

Patient-centered design: Improvements in patient experience and outcomes.
Remote monitoring and portable devices: Innovations for more efficient care.
Emerging technologies: Projecting healthcare infrastructure into the future.
Artificial intelligence in hospitals: Improving operational quality and patient care.
Innovative approaches to design: Comprehensive solutions for more sustainable and effective hospitals.

An unmissable event

Arab Health 2025 consolidated its reputation as a global meeting point where innovation, leadership and learning converge to redefine the future of the healthcare sector.

Our participation in this prestigious event reaffirms Tedisel medical’s commitment to excellence, innovation and international collaboration. We are proud to have been part of a forum that promotes technological advancement and pioneering healthcare solutions.

“We look to the future with enthusiasm, committed to continuing to build strategic alliances and developing medical solutions that are not only more advanced, but also accessible to hospitals and patients all over the world.“

13Jan

Sustainable trends in hospital equipment manufacturing

January 13, 2025 tedisel

Sustainability is a global priority, and hospitals are looking for ways to align with these practices every day.

In a world increasingly focused on sustainability trends, hospital equipment manufacturing is no exception.

As hospitals and healthcare facilities seek to reduce their environmental impact, medical equipment manufacturers are adopting greener practices.

These trends not only benefit the environment, but also offer economic and social advantages to the healthcare industry.

Use of recyclable materials

One of the most prominent approaches in the manufacture of sustainable hospital equipment is the use of recyclable materials.

This shift responds to the growing demand for products that minimize waste and promote the circular economy.

Recycled metals

Many medical equipment, such as stretchers, anesthesia carts and device holders, are already made from recycled metals. This reduces the extraction of new resources and reduces the energy required to produce virgin materials.

For example, the use of recycled steel can reduce carbon emissions by 50% compared to steel produced from scratch.

Reusable plastics

Plastic is a widely used material in the medical industry because of its versatility and strength. However, it is also a major source of pollution. Several manufacturers are developing innovative recyclable and biodegradable plastics to replace single-use plastics in equipment such as syringes, masks and tubing.

Sustainable glass

Glass, used in vials and other medical containers, is also being recycled and reused to a greater extent. This change reduces the amount of waste and conserves natural resources such as silica.

Hospital Universitario Guadalajara

Reducing the carbon footprint of production

Manufacturing hospital equipment has historically been an energy- and resource-intensive process. However, companies are implementing measures to minimize their carbon footprint.

This is the case of renewable energy. Many factories are adopting sources, such as solar and wind, to power their production processes, reducing greenhouse gas emissions.

On the other hand, the incorporation of advanced technologies, such as 3D printing, is revolutionizing the way equipment is manufactured. 3D printing makes it possible to manufacture parts with precision, reducing material waste and energy consumption.

In addition, the supply chain is also being optimized to reduce emissions. Transportation in electric vehicles and local production minimize the distance that products travel.

Equipment to optimize energy consumption

Hospitals, as we already know, are facilities with high energy consumption due to the constant need to keep equipment running.

Manufacturers respond to this challenge by developing devices that consume less energy without compromising efficiency. This is the case of:

LED lighting in equipment

LED lights in surgical lights and diagnostic devices are not only more durable, but also consume up to 80% less energy than traditional lights.

Energy-efficient equipment

Devices such as vital signs monitors and MRI machines are being redesigned to operate more energy-efficiently.

Intelligent energy management

Incorporating energy management systems into equipment allows hospitals to monitor and optimize energy use.

Hospital Universitario QuirónSalud Madrid

Benefits of sustainability in hospital equipment

The adoption of sustainable practices in the manufacture of hospital equipment offers multiple benefits, mainly highlighting that the reduction in the use of natural resources, the recycling of materials and the reduction of emissions preserve the environment.

There are also long-term economic savings, despite the initial investment.

And with environmental regulations becoming increasingly stringent, adopting sustainable practices not only helps to comply with these regulations, but also enhances the reputation of companies and hospitals.

Innovation and a sustainable future

Sustainability in hospital equipment manufacturing is evolving hand in hand with technological advances and new approaches such as:

Biodegradable materials

These materials can replace traditional plastics in a wide range of applications.

Circular economy

Betting on business models based on the circular economy, where products at the end of their useful life are recycled to create new equipment.

Collaboration in the value chain between manufacturers, hospitals and suppliers

“The transition to sustainability in the manufacture of hospital equipment is a necessity in the current context, and not just a mere trend. By adopting recyclable materials and designing energy-efficient equipment, the industry is leading a positive shift towards a greener future.“

18Dec

The implication of artificial intelligence in medical equipment manufacturing

December 18, 2024 tedisel

Artificial Intelligence (AI) has almost completely transformed numerous areas within the healthcare sector, and the manufacturing of medical equipment is no exception.

With advances ranging from device design to the optimization of production processes, AI has driven a leap in the quality, efficiency, and personalization of healthcare technology in hospital equipment.

But what does the application of Artificial Intelligence in the manufacturing of medical equipment actually entail?

Optimized device design

AI helps design medical devices with unprecedented precision. Machine learning tools can analyze vast amounts of clinical and biomechanical data to create customized designs tailored to the specific needs of patients.

For example, algorithms can identify patterns in medical imaging data, such as X-rays or CT scans, to generate prosthetics that accurately replicate a patient’s anatomy.

Additionally, AI can predict device performance prior to manufacturing through virtual simulations.

Additive manufacturing, personalization, and automated processes

Additive manufacturing, such as 3D printing, has clearly benefited from AI. Printing parameters like temperature, speed, and materials are optimized to ensure consistent, high-quality results.

AI also revolutionizes production lines through intelligent automation. AI-guided robots are capable of assembling medical devices with micrometric precision, minimizing the likelihood of human errors.

Moreover, AI-based systems can predict the maintenance needs of production machinery by analyzing real-time data and using machine learning models to detect wear before it becomes a critical issue.

Benefits of AI in medical equipment manufacturing

AI enhances efficiency by optimizing every stage of manufacturing, from design to production and distribution. This results in lower costs and reduced time to market for new medical devices.

“Ability of artificial intellegence to accurately analyze data helps identify product defects long before they reach the market, enabling manufacturers to deliver customized medical devices at scale.“

Practical examples in the healthcare industry

Some noteworthy advancements include surgical robots performing procedures with remarkable precision, wearable devices for cardiovascular health monitoring, and smart glucose meters that aid in managing chronic conditions like diabetes.

Other innovative technologies include digital twins, which simulate treatments based on personalized data, and sleep tracking devices that improve rest and recovery for patients and athletes.

Challenges of AI in healthcare

Of course, it’s not all smooth sailing.

There are several challenges to address. For starters, the manufacturing of medical devices is highly regulated, and incorporating AI adds an extra layer of complexity. Manufacturers must demonstrate that their AI-based systems are safe, effective, and compliant with applicable regulations.

Furthermore, AI relies on large volumes of data to function well, raising concerns about patient information privacy and security. In addition to strict measures to protect this data, there’s the challenge of integrating AI with existing systems, which is not always straightforward.

Finally, there is a reliance on specialized talent, which can be difficult to recruit or find.

The future of the AI & medical equipment tandem

With the momentum of AI technology, its impact on hospital equipment is set to grow significantly in the short and medium term.

Emerging trends influenced by AI include:

Smart and connected devices
The integration of sensors and machine learning capabilities in medical devices will enable real-time patient health monitoring and automatic adjustments of device performance.

Enhanced simulation
AI-based models will simulate real-world conditions with greater accuracy, improving device design and validation.

“Artificial intelligence has permanently transformed the landscape of medical equipment manufacturing, enhancing the efficiency, quality, and personalization of devices.

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