06Aug

Humanization and Consequences of Environmental Noise in the Hospital Environment: A Vital Challenge

August 6, 2024 tedisel

In the hospital environment, especially in Intensive Care Units (ICU), noise is not only a nuisance, but a critical factor affecting the health and well-being of patients. The severity of the conditions of patients admitted to these areas requires more rigorous measures to control this element, whose impact is often underestimated. Noise can significantly aggravate the condition of critically ill patients, underscoring the urgency of addressing this problem effectively to ensure optimal care in delicate situations.

Noise in hospital environments can have adverse physical and psychological consequences on the health of individuals. From sleep disturbance and demotivation to decreased performance and communication difficulties, its effects are varied and detrimental. In addition, noise can trigger physiological stress responses, such as increased blood pressure and heart rate, as well as changes in the levels of hormones such as noradrenaline, adrenaline and cortisol, which negatively affect the overall health of patients.

The World Health Organization (WHO) highlights the adverse effects of noise on hearing and sleep, stating that it should not exceed 30 decibels (dB) to ensure an adequate night’s rest and avoid interference with physiological functions and mental health. In the case of hospitals, especially in critical areas such as ICUs, it is recommended to maintain the decibel range between 30 and 40 dB to protect the health of patients.

To address this challenge, the implementation of tools that measure, monitor, and manage environmental noise in ICUs is crucial. In addition, strategies based on circadian rhythm, such as regulating lighting and establishing clear daily routines through clocks and calendars, can improve the ICU experience for patients. Adjustments in family visits, especially during prolonged stays or critical times, can also provide additional emotional support that contributes to patients’ well-being.

Related projects

An outstanding example of innovation in this regard is the Smart ICU project at Vall de Hebron Hospital, which has transformed intensive care through advanced technologies and intelligent data management. This initiative, a pioneer in Spain, allows continuous, real-time monitoring of patients, improving the quality of care and facilitating medical research.

Another innovative project that seeks to humanize the ICU is the “A Wish Granted” initiative of Hospital Quirónsalud Córdoba, which gives patients the opportunity to receive a personalized gift during their stay in the unit, providing an additional stimulus in their recovery process and connection with the outside world.

Air Quality and Temperature: Key Elements in the Hospital Environment

Air management in these hospital areas is highly specialized compared to other hospital sectors. In addition to complying with general energy recovery standards to avoid waste, an exceptionally high level of filtration is required within the cubicles, reaching Class I. This implies the use of up to three consecutive filtration levels, the last one being a HEPA (High Efficiency Particulate Air) filter. The flow of renewed air must reach 30 cubic meters per hour per square meter, ensuring that the air in the room is renewed about 10 times every hour.

As for temperature, it is maintained within a narrow range, generally between 22º and 24º Celsius, with a controlled relative humidity between 44% and 55%. To achieve this level of control, precise climate control is required to match both the outside conditions and the energy needs of the system. This control is achieved by means of climate control units located on the roof of the building.

These large, yet relatively lightweight units mark a significant step forward in improving care in intensive care units. Equipped with internal humidification systems that maintain air humidity at optimal and constant levels, they represent an innovation that directly impacts the physical, emotional and psychological well-being of patients during difficult moments in their lives.

On the other hand, Bellvitge Hospital has implemented a significant transformation in its ICU, using multisensory technology to improve both the physical and emotional well-being of critical patients. By incorporating elements such as lights, projections, sounds and vibrations, this medical center has redesigned the 64 cubicles of its ICU. The main objective is to promote both functional and cognitive rehabilitation of critical patients, offering them immersive experiences tailored to their individual needs, such as recreating natural environments, calm night environments or showing personal photographs to generate a more comfortable and welcoming environment.

Humanization in the ICU

A recent project in the Intensive Care Unit (ICU) recognizes the importance of addressing the emotional and psychological needs of critically ill patients. Although this medical environment is designed to handle complex situations, it is crucial to remember that each patient is an individual with unique emotions.

“The state of vulnerability in which they find themselves can lead to significant emotional disturbances. Therefore, it is essential that the ICU team of professionals not only focus on the physical aspects of care, but also consider the emotional and psychological well-being of patients.“

As Dr. Melcior Martínez, head of the ICU at Quirónsalud Badalona Hospital, emphasizes, this comprehensive care is essential to provide quality care and promote the satisfactory recovery of patients.

These initiatives, along with other measures to humanize the ICU experience, are key to promoting a faster and more successful recovery. By emphasizing the individual needs of each patient and providing a calmer and more welcoming hospital environment.

That is why at Tedisel Medical we are committed to offering the best solutions for ICUs, such as our Suspended systems that have been successfully implemented in numerous units, seeking the optimization and ergonomics that are so necessary in these crucial spaces for health.

Universitary Hospital of Pilsen

24Jul

Tedisel Medical: Leader in Spanish Hospital Technology

July 24, 2024 tedisel

Spain’s leading hospitals have taken a step forward by choosing Tedisel Medical’s cutting-edge technology, according to data from the Spanish Healthcare Recovery Monitor (MRS). This preference is reflected in practically all medical centers in the country, where Tedisel Medical solutions have been adopted in critical areas, hybrid operating rooms, integrated operating rooms, intensive care units (ICU), hospitalization, and resuscitation rooms, among others. In both public and private healthcare, this technology supports the delivery of world-class medical care, as confirmed by the MRS, an independent study widely recognized for its thorough analysis of the reputation of the Spanish healthcare system.

Leadership in Public Healthcare

Highlighting achievements in the public sector, the Hospital Clínic de Barcelona is positioned as the second-best hospital in the country, with an outstanding score of 8,288, followed in fourth place by the Hospital Universitario 12 de Octubre with a rating of 7,825 points.

Innovation at Hospital Clínic de Barcelona

Both hospitals have been pioneers in the healthcare sector. For example, the Hospital Clínic in Barcelona has been innovative in incorporating integrated operating rooms, pioneers in Spain for “highly complex” neurosurgery operations. In this context, Tedisel Medical offered solutions adapted to the needs of this operating room, installing our technical panel model Q panel with 4 doors.

Expansion of the Hospital Universitario 12 de Octubre

On the other hand, the new expansion of the 12 de Octubre University Hospital in Madrid has been recognized as one of the largest hospitals in Spain. Inaugurated in 2023 by Isabel Díaz Ayuso, this extension was highlighted as a milestone in Spanish and European civil engineering. Tedisel Medical is proud to have contributed to the equipment of the critical areas, such as ICU and PACU, of this nationally leading hospital. This hospital has a full range of clinical specialties and cutting-edge technologies, and Tedisel Medical has been instrumental in providing innovative solutions to improve the quality of medical care, thus contributing to the construction of this state-of-the-art facility.

Leadership in Private Healthcare

In the private sphere, the QuirónSalud group stands out as one of the leaders, with several of its hospitals ranked among the top twenty. Hospital Universitario QuirónSalud Madrid ranks second with a total score of 6,810 points, while Hospital QuirónSalud Barcelona stands out in eighth place with a rating of 5,808 points.

Alliance with Tedisel Medical

The QuirónSalud group has achieved important achievements and has relied on our solutions and equipped various projects throughout Spain. For example, Hospital QuirónSalud Barcelona has been recognized as the best private center in Catalonia for the second consecutive year, climbing two positions and consolidating its place in the overall top ten, according to the IEH 2022. The Coordenadas Institute of Governance and Applied Economics carries out this ranking annually to analyze the excellence of the public and private hospitals in Spain that are most committed to the quality and sustainability of a universal healthcare system. It evaluates parameters such as quality of care, hospital service, patient welfare, and satisfaction, as well as innovative capacity, personalized care, and efficiency in the use of resources of these centers.

Analysis of the Spanish Hospital Network: An Overview of its Diversity and Quality

The hospital network in Spain stands out for its diversity and breadth, with more than 700 hospitals throughout the country, of which 342 are publicly owned and 429 are privately owned. This extensive healthcare system plays a key role in the health and well-being of the population, providing a wide range of medical services and specialties.

The Healthcare Recovery Monitor emerges as an essential tool to assess the quality and performance of these hospitals, involving a variety of healthcare professionals and experts in the field. Through this comprehensive evaluation process, it seeks to ensure that healthcare standards in Spain remain high and are continuously improved.

Highlighting Tedisel Medical’s contribution to improving healthcare in the country, it is impressive to see that 70% of hospitals in Spain have chosen to collaborate with our company. This endorsement reflects recognition and confidence in our ability to provide sustainable and innovative hospital equipment that positively impacts clinical outcomes and patient experience nationwide.

“In a context where quality and efficiency in healthcare are more critical than ever, Tedisel Medical reaffirms its commitment to delivering advanced technological solutions that drive excellence in healthcare. We are proud to contribute to improving the lives of patients in Spain and beyond, and we will continue to work to innovate and lead in the field of medical technology.”

04Jul

Artificial Intelligence: Innovating Healthcare and Pioneering the Future

July 4, 2024 tedisel

Artificial intelligence (AI) is revolutionizing the field of medicine, with applications ranging from speeding up the slow and costly development of new drugs to analyzing a patient’s genome. These emerging technologies enable the rapid learning and analysis of vast amounts of information from medical records, imaging tests and scientific advances, significantly transforming medical practice and research.

“Today, AI is defined as technology capable of simulating human intelligence processes, including: Learning, Reasoning and Self-Correction.“

Transforming the Pharmaceutical Industry

Innovation in the pharmaceutical industry is critical to the future of healthcare, and AI is transforming this sector. By streamlining therapy selection and improving clinical trial design, AI empowers our ability to develop and produce advanced medicines. This allows us to accelerate the availability of crucial treatments on the market, significantly improving the efficiency and effectiveness of the pharmaceutical process. In addition, AI can identify patterns and predictions that traditional methods cannot detect, thus optimizing every stage of drug development, from initial discovery to production and distribution.

Improved Diagnosis and Treatment

The ability of AI to analyze large volumes of data enables doctors to offer more accurate and effective diagnoses and treatments. According to engineer Juan José Cerrolaza, a researcher at the BioMedIA Laboratory at Imperial College London, “artificial intelligence is not going to replace doctors. It is an ally. AI can examine and learn from clinical data, identify early signs of disease and recommend personalized treatment options based on the latest scientific evidence.

Automation and Assistance in Radiology

Numerous tasks can be automated to assist the radiologist. AI can interpret medical images, detect anomalies and generate detailed reports, which not only increases the accuracy but also the speed of diagnoses. This is particularly beneficial in high-demand, high-pressure environments, where speed and accuracy are crucial.

AI in Psychiatry and Psychology

Artificial intelligence is also acquiring a very significant role in the fields of psychiatry and psychology. In this field, the development of computational studies that analyze messages posted on social networks stands out. These analyses make it possible to create algorithms capable of predicting the risk of a user suffering from some psychopathology.

Global Impact and Accessibility

In addition to improving work in advanced medical settings, AI is crucial for providing diagnoses in developing countries or remote areas where the lack of qualified medical personnel is a constant challenge. The ability of AI to examine medical images and produce accurate reports can have a considerable impact, improving access to healthcare and decreasing health inequalities globally. In resource-limited regions, AI can provide essential support, facilitating early and effective diagnoses that would otherwise not be feasible.

The Future of AI in Medicine

AI is only in the early stages of its integration into medicine. As technologies continue to advance and the global database grows, AI capabilities will expand, offering new solutions and further improving the quality of medical care. Collaboration between technology experts and healthcare professionals will be key to maximizing the benefits of AI and ensuring its ethical and effective implementation.

Facilitates medical decision making

Healthcare professionals follow a structured process when making medical decisions, considering the following aspects:

Access to objective and reliable evidence
the availability of reliable data and studies is critical to support medical decisions. Artificial intelligence can help collect and analyze large amounts of medical data, providing objective evidence to support clinical decisions.

Thorough research
Before making a decision, medical professionals conduct extensive research into the patient’s health problem, seeking to understand their medical history, available treatments and management options. Artificial intelligence can streamline this process by quickly accessing and analyzing large medical databases and scientific literature.

Interpretation of existing data
Accurate interpretation of medical data is essential for making informed decisions. Artificial intelligence can help interpret medical test results, diagnostic images and other clinical data, identifying patterns and trends that may go unnoticed by human professionals.

Risk-benefit assessment
Medical professionals must carefully weigh the risks and benefits of each treatment option or medical intervention. Artificial intelligence can help calculate and evaluate these risks and benefits, providing predictive analytics to help guide clinical decisions toward the best outcome for the patient.

In conclusion, artificial intelligence is playing a transformative role in medicine, spanning from pharmaceutical research to medical care in remote regions. The synergy between AI’s analytical capabilities and human clinical judgment is leading to significant advances in medical decision making, providing healthcare professionals with access to reliable evidence, streamlining research, improving data interpretation, and facilitating risk/benefit assessment. This combination of technology and human knowledge is redefining the healthcare paradigm, promoting a more efficient, accessible and accurate approach to improving global health and ensuring optimal care for all.

20Jun

Technological advances in healthcare construction: seven key trends for efficiency and innovation

June 20, 2024 tedisel

The construction of health services has been experiencing a true revolution thanks to technological advances.

We are facing innovations that are transforming the way medical facilities are planned, designed and built, improving their efficiency, precision and safety.

At Tedisel Medical we want to explore and better understand what are the emerging technologies for health in the construction of health services. Not surprisingly, there is a unique opportunity for the construction field, in its relationship with health care, to lead technological innovation.

7 trends in efficiency and innovation

Within these technological advances for the construction of health services, seven key trends for efficiency and innovation stand out.

1. Improved visualizations

Advanced visualization technologies, such as virtual reality (VR) and augmented reality (AR), have forever changed the planning and design of medical facilities.

With these tools, we can create highly detailed three-dimensional models of the facilities before starting construction.

These visualizations ensure you better understand spaces, spot potential issues, and make adjustments before they become costly mistakes.

2. Mapping of public services

The integration of advanced mapping tools allows another way to plan the location and distribution of utilities in healthcare settings.

Using geographic information systems (GIS) and other mapping technologies, planners can analyze demographic, geographic, and health data to identify the best locations for new facilities.

In addition, they allow us to evaluate factors such as accessibility, demand for services and proximity to other health facilities.

3. Robotics and drones

These are key tools in the construction and maintenance of healthcare facilities. Robots can perform repetitive, physically demanding tasks, such as brick laying, welding, and painting, with greater accuracy and consistency than human workers.

Drones, meanwhile, conduct aerial inspections of construction sites, monitor project progress and detect potential safety issues.

4. Artificial intelligence

Tools like robot-assisted exoskeletons help workers perform physically demanding tasks with greater ease and less fatigue, increasing productivity and reducing the risk of injury.

Additionally, the use of wearable devices and augmented reality tools provides workers with immediate access to digital construction instructions and plans, minimizing errors and improving accuracy.

5. Inteligencia artificial

AI algorithms can analyze large volumes of data to optimize the design, construction and operation of medical facilities. For example, they can identify patterns in the use of spaces and propose designs that maximize efficiency and functionality.

6. Prefabrication 2.0

Prefabrication of building components is not new, but Prefabrication 2.0 takes this concept to a level never seen before.

It is already possible to build entire modules of medical facilities in factories and then assemble them on site. This significantly reduces construction time and costs, improving the quality and consistency of buildings.

7. Digital logistics tools

These tools facilitate accurate tracking of materials, scheduling of equipment and personnel, and coordination of deliveries.

With cloud-based construction management systems, project managers can access real-time data, make adjustments on the fly, and optimize resource use.

In summary, technological advances have redefined healthcare construction, introducing new ways of planning, designing and constructing medical facilities. From advanced visualizations and utility mapping to robotics, artificial intelligence and digital logistics tools, these innovations are improving the efficiency, safety and quality of construction projects in the healthcare sector.

10Jun

Healthcare Equipment Design, Cleaning and Disinfection: Making the Operating Room Safe and Secure

June 10, 2024 tedisel

Studies reveal that surgical site infections (SSIs) account for approximately 20% of all hospital-acquired infections, highlighting the urgent need to prevent and control these incidences in operating rooms to ensure patient safety.

“Cleaning and disinfection of the surgical area emerge as fundamental pillars to ensure the safe operation of medical facilities. However, classifying spaces within a hospital environment becomes especially relevant in surgical areas, where cross-contamination between areas with different activities and cleaning needs could considerably increase the risk of infections.”

The segmentation of spaces in these areas not only seeks to prevent cross-contamination, but also indirectly contributes to reducing the risk of infections. Within the surgical environment, it is crucial to differentiate various spaces, among them:

Access and reception area.
Resuscitation area.
Dressing room and office area.
Surgical preparation area.
Material/instrument cleaning and material storage area.
Operating rooms (including ambulatory surgery operating rooms).

This segmentation not only optimizes the organization and functioning of the surgical area, but also strengthens the preventive measures against infections, thus ensuring a safer environment for patients and medical staff.

Sources of infection in operating rooms

Most Surgical Site Infections (SSIs) occur during the surgical procedure, when the patient’s wounds are still open. The main sources of infection can derive from:

Surgical team members and their attire.
The environmental conditions of the operating room, including the air quality.
The equipment used during the procedure.

Implementing strict protocols can make a big difference in reducing the incidence of SSIs. Every medical setting should have a robust set of infection control protocols, and every member of the surgical staff must be fully familiar with these procedures.

Environmental measures in the operating room for infection control

The operating room should be kept aseptic, highly sterile and with restricted access. To prevent and control infections in these environments, the following measures can be implemented:

It is crucial to maintain the operating room between 20-24°C and a relative humidity of 40-60% to prevent bacterial growth.
Walls should have a smooth surface to ensure easy and effective cleaning.
Separate doors for entrance and exit. Sliding doors can minimize drafts when entering and leaving the room.
Professionals should follow strict hygiene standards, wear hospital pajamas, cover head and feet, wear masks, wash hands and wear gloves. Operating room staff should be kept to a minimum and movements should be reduced.

HERMES: solution for operating rooms that facilitates the management and control of crucial measures, such as temperature and humidity monitoring

The distribution of space in the operating room should be carefully designed according to cleanliness levels, the presence of microorganisms and the types of procedures performed. Specific areas should be designated for preparation and disposal, washing and dressing, as well as storage, sterilization, assembly and washing of materials and equipment.

These measures not only promote a safer surgical environment, but also enhance the effectiveness of medical procedures by reducing the risk of healthcare-associated infections. Meticulous attention to detail in OR planning and maintenance can have a significant impact on patient safety and well-being.

Equipment used during the procedure

The equipment used during the surgical procedure plays a key role in the prevention of surgical site infections (SSIs). For this reason, it is vital to have top-notch hospital equipment that meets the most rigorous standards in terms of design, functionality, and safety.

At Tedisel Medical, we specialize in the manufacture of high-quality hospital equipment. We stand out for our meticulous attention to the design and functionality of each of our products, to offer optimal solutions that contribute to improving surgical spaces and, ultimately, patient safety.

Our equipment portfolio is designed with infection prevention and workflow optimization in the operating room in mind. From pendants to technical panels, each product has been designed, manufactured, and developed to meet the highest quality and safety standards.

In addition, we always work to understand the specific needs and challenges within the work areas, allowing us to offer customized solutions that are adapted to each surgical environment.

At Tedisel Medical we are committed to providing top-quality hospital equipment that contributes to the prevention of infections and the improvement of surgical spaces, thus providing safer and more effective medical care for all patients.

Clínica Mi NovAliança

23May

Digital health, the main protagonist of the Mobile World Congress 2024

May 23, 2024 tedisel

Digital health was one of the highlights of the last Mobile World Congress 2024, held in Barcelona from February 26 to 29.

This annual event, which brought together nearly 100,000 congress attendees, was not only a platform to discuss the latest technology trends, but also became a key forum to explore how digitalization is reshaping the healthcare sector and has become a central axis in the healthcare strategy in many countries.

The incorporation of digital technologies in healthcare has improved the efficiency of processes and has proven to have a significant impact on the quality of patient care.

From electronic medical records management to telemedicine and remote patient monitoring, digital health encompasses a wide range of applications and services.

AI, digital twins and surgical robots

MWC 2024 served as a showcase for some of the most exciting innovations in the field of digital health.

Artificial intelligence (AI), in particular, has emerged as a disruptive force in healthcare.

The ability of machine learning algorithms to analyze large amounts of medical data has led to significant advances in areas such as medical diagnosis, personalized care and clinical research.

One of the most innovative elements highlighted at the congress was the concept of the “digital twin”.digital twin“.

This technology makes it possible to create accurate virtual models of human organs, opening up new possibilities for the diagnosis and treatment of complex diseases.

“Digital twins can be used to simulate the effect of different treatments on a specific organ, helping clinicians make more informed decisions about the best treatment strategy for each patient.”

Another highlight of the event was the role of robots in surgery.

Advances in surgical robotics are enabling more precise and less invasive procedures, leading to shorter recovery times and better patient outcomes.

An innovative surgical robot was presented at MWC 2024 and is already being tested in clinical trials at the Hospital Clínic in Barcelona, one of the healthcare centers that is most committed to the conversion to an intelligent hospital. Preliminary results are promising, suggesting that this technology could revolutionize the way operations are performed in the future.

In addition to AI and robotics, other technologies are also playing an important role in the digital transformation of healthcare.

For example, wearable devices and biometric sensors are enabling continuous health monitoring, giving physicians a more complete picture of their patients’ condition and allowing them to proactively intervene when necessary.

In the field of neurology, an innovative helmet that can detect brain activity after a stroke was presented. This device, which uses electroencephalography (EEG) technology, can provide physicians with crucial information about the location and severity of brain damage, enabling them to make faster and more accurate treatment decisions.

Increased personalized medical care

Another area of focus at MWC 2024 was personalized healthcare.

With the advent of genome sequencing and precision medicine, physicians can now tailor treatments to the unique genetic characteristics of each patient. This not only improves the efficacy of treatments, but also reduces the risk of unwanted side effects.

Data security and privacy were also important topics at the congress. As more healthcare data is stored and shared digitally, it is crucial to ensure that it is adequately protected against unauthorized access and misuse.

Cybersecurity experts presented new solutions designed to protect the integrity and confidentiality of sensitive medical information.

In summary, Mobile World Congress 2024 proved to be the best showcase for innovation in digital health.

From artificial intelligence to robotics to personalized healthcare, emerging technologies are radically transforming the way healthcare is delivered.

09May

Optimizing visual wellness in the operating room

May 9, 2024 tedisel

In recent decades, modern medicine has witnessed significant advances, driven by the continuous evolution of surgical and diagnostic techniques. In this context of constant progress, continuous improvements are required in the equipment and tools that support healthcare professionals in the efficient execution of their tasks. Among these fundamental tools are surgical lights, whose essential role in the operating room cannot be underestimated.

In the surgical environment, progressive lighting emerges as a fundamental tool for improving both the performance and visual well-being of healthcare professionals.

“Optimizing the contrast between the surgical area and its surrounding environment not only enhances the comfort of the medical team, but also positively impacts surgical outcomes.”

The integration of strategies to reduce eye fatigue becomes crucial in this constantly advancing environment, where visual comfort and precision are indispensable elements for the success of surgical procedures.

Hospital Universitario Miguel Servet

Importance of Lighting in Surgical Efficiency

The influence of lighting on productivity during surgical procedures is of utmost importance and should not be underestimated. Research has shown that inadequate lighting contrast in the working environment can lead to errors attributable to both visual and physical fatigue. This issue becomes even more relevant in the surgical context, where precision is essential to achieve successful results.

The evolution into modern surgical lighting technologies, capable of generating light intensities even higher than those of direct sunlight, presents a dual challenge. While these light sources are essential to provide the necessary clarity in the work area, their power can induce eye fatigue and promote improper postures that negatively impact the performance of procedures. This duality highlights the critical importance of designing surgical lighting systems that balance light intensity with the visual comfort of the medical team, thus ensuring optimal performance in the operating room.

High Precision Lighting: Beyond Visual Clarity

In the surgical setting, operating lights, also referred to as surgical lights play a crucial role that goes beyond simply providing illumination. These critical tools provide a crisp, sharp operating field that enhances the surgeon’s precision. Through high-definition illumination technology, they highlight the various textures and hues of tissue, allowing surgeons to discern between healthy and pathological areas more accurately. This increased accuracy translates into reduced errors and substantially improved patient outcomes.

In addition to enhancing visual clarity, operating lights also can minimize shadows and reflections that could distract the surgeon. The reduction of these visual interferences results in a uniform light field that facilitates the work of the surgical team, allowing them to work more efficiently, quickly, and safely.

Clínica Hepler Bone

Infection Control and Operating Lights

A critical objective in any surgical procedure is to maintain a sterile environment to prevent infection.

In this regard, operating lights play an essential role. Many of these devices are designed with sterilizable handles and controls, ensuring that no non-sterile items are introduced into the operating room.

The high light intensity also helps to detect possible signs of infection in surgical areas, enabling early intervention. Some operating lights even incorporate UV filtering technology and germicidal irradiation to aid in infection control. These features can significantly reduce the incidence of postoperative infections, directly benefiting patients.

Medical Staff Wellness and Operating Lights

The benefits of operating lights are not only limited to patients but also extend to the medical staff.

These light sources provide illumination without generating heat, thus creating a more comfortable working environment in the operating room. Some advanced models even allow the light intensity to be adjusted according to the surgeon’s individual preferences, which can help reduce eye fatigue and improve concentration during long working hours.

Hospital IMED Valencia

Illumination Customization

A highlight of contemporary research is the customization of lighting according to individual visual preferences. The integration of transitional lighting, which provides a soft gradation between the surgical site and its environment, emerges as a key strategy to improve comfort and visual acuity.

What we can offer you in Tedisel Medical

In Tedisel Medical, as manufacturers of hospital equipment with a solid track record in the industry, we offer a wide range of solutions to effectively equip operating rooms and critical areas of hospitals. Our consolidated experience allows us to work closely with you to provide you with the best lighting and medical equipment options. From advanced operating lights to customized lighting systems, we are committed to providing you with solutions that are tailored to your specific needs. Trust our experience and knowledge to provide your hospital facility with the most advanced technology to ensure the success of your surgical and hospitalization procedures.

29Apr

Tedisel participates in the 2024 call for ACCIÓ Vouchers for Business Competitiveness

April 29, 2024 tedisel

Tedisel Medical has been one of the companies that have benefited from ACCIÓ‘s Business Competitiveness Coupons; an initiative that provides financial support to SMEs to boost their growth and improve their competitiveness. This call allows companies to access advisory services from ACCIÓ-accredited suppliers, in order to facilitate the implementation of innovative strategies and improvements in their business models.

As part of the advisory process, Tedisel has held several working sessions with the participation of the management committee and the ACCIÓ team, where a thorough review of the current business model and the company’s ability to adapt to new challenges has been carried out.

From this analysis, areas of initiatives to be developed and areas of opportunity to be analyzed will be identified, as well as possible services or programs that could help in their development.

19Apr

We celebrate our most recent project in collaboration with the valued Quirónsalud group

April 19, 2024 tedisel

In our constant pursuit of excellence in the hospital sector, we recognize Quirónsalud as an essential strategic partner. We strive continuously to stay at the forefront as manufacturers of hospital equipment, and therefore deeply value our collaboration with a prestigious reference like the Quirónsalud Group.

Day by day, we work to enhance our technology and provide innovative solutions that meet the changing needs of the hospital environment. Hence, we are delighted to share our recent achievement: the successful implementation of our hospital equipment products at the Quirónsalud Valle del Henares Hospital.

This collaboration not only marks a significant milestone in our journey but also reflects our shared commitment to providing the best possible medical care to our patients.

“At Quirónsalud Valle del Henares Hospital, we are committed to providing the highest level of care. Thanks to its modern facilities combined with processes based on the extensive experience and shared knowledge of the Quirónsalud group, the safety and well-being of both patients and all medical staff are ensured.”

This hospital is a benchmark of innovation and technology in the field of healthcare. That’s why they have embraced innovation and technology with Tedisel Medical. Their diverse facilities include:

Primary medical and surgical specialties.
50 consultation rooms.
66 individual exterior rooms.
6 adult Intensive Care Unit beds.
7 neonatal Intensive Care Unit beds.
7 operating rooms.
3 Labor and Delivery Units.
Outpatient area.
Imaging diagnostic area with MRI, CT scan, mammography with tomosynthesis, etc.
General, pediatric, and gynecological emergency services available 24 hours a day.

Hospital Architecture and Innovation in Healthcare

Quirónsalud Valle del Henares Hospital has been conceived with the idea of achieving maximum efficiency, improving the care process, and optimizing the patient experience.

“It is a project where the humanization of spaces and the pursuit of user well-being are favored.”

Our product line has been a source of innovation in the 14,081 m2 building, which includes a total of 66 individual rooms, 6 adult ICUs, 7 neonatal ICUs, 7 operating rooms, 50 consultations, labor and delivery units, outpatient, and emergency areas, covering all levels of care, from basic to more complex.

At Quirónsalud Valle del Henares Hospital, where specialization in women’s health and care during pregnancy, especially during the crucial moment of childbirth, is a priority, Tedisel Medical takes pride in offering cutting-edge solutions for Neonatal Intensive Care Units, with our ceiling suspension system, ATLAS. This model adapts to the specific needs of each project, thus guaranteeing optimal care for newborns. The versatility of ATLAS allows for maximum focus and centralization of controls, creating an efficient working environment for both medical staff and patients.

We back technologically advanced operating rooms, hence, we offered our QPANEL Technical Panel model to provide an agile and efficient working environment. Equipped with two screens and a Windows PC, along with accessories like digital timers and keyboards, the QPANEL proves to be the optimal choice for outfitting operating rooms. Its Corian® surface and adaptability in size and components allow for optimal focus and centralization of controls.

The building’s design focuses on achieving a high level of energy efficiency by incorporating both active and passive components for energy conservation. The development of healthcare spaces transcends their mere and essential functionality. It aims to address the creation of these spaces from the perspective established by the theory of Salutogenesis: designing welcoming environments that empower patients and users to maintain control over their well-being.

It is for this reason that Tedisel Medical offered our headboards to fit the objective of the project: to help the patient to feel as good as possible from the moment he/she enters the hospital. Our range of headboards was adapted to the project providing customized solutions and improved design alternatives to facilitate the work of health professionals and the patient. We installed two models: the N270 and the AIS. The N270 monobloc bed had unit was perfectly integrated in the Pediatric Emergency rooms, offering an efficient and aesthetically appealing solution, while our AIS design model was installed in all the hospitalization rooms, providing an architectural touch with its HPL finish.

Commitment to Continuous Improvement

Our solutions have contributed to improving the efficiency of the hospital team, simplifying workflows, and improving coordination among staff. In addition, the successful installation of our products ensures a high standard of care for all hospital patients, offering a more comfortable and secure experience during their stay.

In conclusion, our collaboration with Grupo Quirónsalud has been a significant step forward in our quest for excellence in the hospital sector. The successful integration of our solutions at Hospital Quirónsalud Valle del Henares reflects our ongoing commitment to innovation and constant advancement in healthcare. We are proud to have contributed to improving the efficiency of hospital equipment and raising the standard of care for all patients at the hospital. We will continue to work closely with Quirónsalud and other partners to further innovate and improve the patient experience.

08Apr

7 hospital energy development trends in 2024

April 8, 2024 tedisel

Hospital energy development trends in 2024 are following, and will follow, a very clear pattern: exploiting the potential of the accelerated process of digitalization that the healthcare sector has been undergoing in recent years.

Technology is more than ever the key to providing optimal, improved and higher quality medical care.

This digital transformation is having a major impact on healthcare from all points of view.

Among other things, it allows medical institutions to simplify a wide range of administrative processes and increase their operational efficiency, resulting in benefits both for the management itself and for patients and their families.

The sector is taking giant steps towards the integration of technologies such as artificial intelligence (AI), data analysis and the use of Internet-connected devices. New systems are also driving new hospital energy development on various fronts. Let’s see which are the most interesting in 2024.

1. Increased use of renewable energy

Hospitals can adopt solar, wind or biomass technologies to reduce their dependence on fossil fuels and reduce their carbon emissions.

For example, we are already seeing the implementation of metering and AI models that automate the placement and configuration of power grid components to optimize energy efficiency.

In this regard, the historic agreement reached by nearly 200 countries at COP28 to move away from fossil fuels requires an upgrade and digitization of global energy systems. And the healthcare sector is one of the parties most involved and with the greatest scope.

The goal is for the healthcare sector to stop being the ‘fifth most polluting country’.

2. The rise of telemedicine

According to Statista projections, it is estimated that by 2025, the global telemedicine market will reach 278 billion dollars.

It is a cutting-edge and essential tool to support the work of healthcare professionals, as well as the operation of medical institutions.

With telemedicine, we reduce congestion in doctors’ offices and hospitals and minimize unnecessary travel, among other benefits.

3. Smart Hospitals powered by IoMT

As the adoption of the Internet of Medical Things (IoMT) increases, healthcare professionals can make use of more devices that enable continuous monitoring of health parameters, remotely and in real time.

This facilitates chronic disease management and contributes to the prevention and early detection of complications.

4. Energy Efficiency

Hospitals seek to improve energy efficiency by upgrading equipment, integrating energy storage batteries, optimizing heating, ventilation and air conditioning (HVAC) systems, and adopting smart technologies for energy control and monitoring.

They can also develop microgrids to more efficiently manage locally generated energy and coordinate energy load to optimize resource use.

5. Integration of green energy technologies

The adoption of innovative technologies such as geothermal energy, cogeneration and small-scale hydropower could increase, especially in areas where these energy sources are viable.

6. Focus on sustainability and environmental responsibility

Growing awareness of environmental impact is leading hospitals to prioritize sustainability in their operations, including waste reduction, recycling, and the implementation of eco-friendly practices throughout the institution.

7. Digital avatars and chatbots

Both virtual assistants and chatbots based on Generative AI algorithms have become powerful tools that support the work of medical specialists.

By training AI models with medical literature, practitioners can obtain recommendations on treatments, diagnoses and medications, which influences clinical decision-making.

In sum, these hospital energy development trends in 2024 reflect a move toward greater energy self-sufficiency, a reduced carbon footprint, and greater resilience in hospital infrastructure from the drive for AI, data analytics, and improved medical management and equipment.

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