22Nov

Tedisel’s Latest Project in Granollers: The CMA Granollers Health Center

November 22, 2023 tedisel

Health centers play a fundamental role in the medical care of a community. In the heart of Granollers, Catalonia, stands the CMA Health Center (Clínica Médica de Atención Primaria), an institution that for years has been a pillar of commitment and quality in health care service to the local community. In this context of excellence, our new project arises, which seeks to take medical care to a higher level.

Innovation and Technology with Tedisel

CMA Granollers Health Center is a beacon of innovation and technology in the field of healthcare. Our commitment to cutting-edge technology encompasses an extensive and diverse range of initiatives, making them a benchmark in the sector’s digital transformation. From the implementation of electronic medical records, which have revolutionized the coordination and quality of medical care, to the enthusiastic adoption of telemedicine, which has proven invaluable, especially in the COVID-19 pandemic. Telemedicine has not only enabled the safe and effective delivery of remote medical care but has also shortened the distance between physicians and patients, providing unparalleled access to quality medical care.

“We are setting new standards in accuracy, safety and efficiency, ensuring that our patients receive the most advanced and highest quality care available.”

At Tedisel, we don’t just proclaim our commitment to innovation and technology; we live it and incorporate it into every facet of our daily routine. For us, these principles are not just words, but a sincere promise to provide exceptional medical care. This promise is reflected in the meticulous attention we devote to the design of our hospital facilities, in our unwavering devotion to the holistic well-being of our patients, and in our constant pursuit of efficiency in healthcare delivery.

Today, we are proud to announce a significant achievement. We have successfully implemented our DIAMOND technical panel and our advanced HERMES software in the operating rooms of these facilities, marking an important milestone in our commitment to improvement and innovation.

DIAMOND: Integrated Innovation in Surgical Control

The revolutionary DIAMOND technical glass panel is meticulously designed to centralize and optimize all the essential visual and functional elements of an operating room environment. This technological achievement not only marks a significant milestone, but also reflects our unwavering commitment to excellence in medical care.

At the core of this innovation lies its ability to create a fully integrated surgical experience, an operating room where every device and visual element becomes accessible and controllable through a single transparent, high-resolution display.

“The DIAMOND technical panel empowers our medical professionals, allowing them to focus on what is truly crucial: providing exceptional care to our patients.”

Its compatibility with PACS enables quick and easy access to essential medical images, facilitating informed and timely decision-making during surgical procedures. In addition, its integration with nursing stations improves coordination and real-time communication between medical and nursing staff, ensuring a more efficient and safer workflow.

This panel also puts control of the software directly in the surgeon’s hands, allowing them to adjust and customize the OR setup according to the specific needs of each medical procedure. This flexibility and customization contribute to a more efficient and safer surgical environment, which ultimately translates into superior medical care for our patients.

HERMES: Transformational Technology in the Operating Room

Our HERMES digital brain, groundbreaking software that drives our vision of centralizing all controls and obtaining crucial OR data and analytics, represents a monumental milestone in the convergence of technology and the delivery of high-quality care.

At the epicenter of this technological achievement, our software is fully integrated into our state-of-the-art technical dashboards. These panels, led by the exceptional DIAMOND, serve as the direct interface that connects our surgeons to the vast world of information and control that the modern operating room demands.

The functionality of this software is as versatile as it is powerful. It facilitates seamless coordination of all elements and systems in the OR, from lighting and temperature control to monitoring crucial medical devices.

“HERMES ability to collect and analyze data in real time provides our medical professionals with valuable information to make informed decisions during surgical procedures.”

This software is in operation in hospitals around the world, and has been adopted by renowned institutions of international scope. This adoption has contributed to the standardization of high quality healthcare practices globally. The presence of our software in multiple hospitals around the world is an irrefutable testimony to its effectiveness and reliability.

The ability to centralize controls and obtain real-time data and analysis in the operating room has an immense impact on the quality and safety of care. Our software, backed by our unwavering commitment to excellence in healthcare, continues to lead the way to a future where technology and medicine work in perfect harmony for the benefit of patients.

In conclusion, this incorporation of state-of-the-art technology into our surgical environment represents a significant advance in the quality and safety of the medical care we provide to our community. We are setting new standards in accuracy, safety and efficiency, ensuring that our patients receive the most advanced and highest quality care available. These projects point the way to a future in which technology and excellent medical care merge seamlessly, to the benefit of all those who rely on us for their care.

02Nov

Smart Hospitals: technological transformation enhancing patient care and medical interoperability

November 2, 2023 tedisel

Smart hospitals are at the heart of the matter when it comes to improving patient care and medical interoperability.
In fact, they hold the key to answering questions about what hospitals will look like in the coming decades.

Currently, the field of medicine is undergoing a digital transformation that is revolutionizing healthcare. Smart hospitals, driven by cutting-edge technologies, are leading the way in redefining both present and future healthcare.

At Tedisel, we aim to explore how the implementation of intelligent technologies in hospital settings can transform the patient experience and enhance communication and coordination among various medical systems and devices.

What is a smart hospital?

It is a medical facility that optimizes, redesigns, or builds new clinical processes, management systems, and infrastructures enabled by a digitized network.

These “smart hospitals” increase productivity and patient satisfaction, offer more flexibility, and reduce increasingly high costs.

Key features

Smart hospitals are defined by their focus on innovation and technological integration to enhance the efficiency and quality of medical services.

Among their most prominent features are the adoption of advanced technological solutions, the improvement of the patient experience, and the interoperability of medical systems and devices. In addition to these, they are hyperconnected, participatory, agile, and of high quality in design. Let’s explore some of these characteristics in more detail.

Innovative technological solutions

The adoption of advanced technological solutions, such as the Internet of Things (IoT), artificial intelligence (AI), telemedicine, and data analytics, has enabled more personalized and efficient patient care.

Enhancing the patient experience

Technology plays a crucial role in optimizing healthcare and medical equipment. For example, through the implementation of sensors and connected devices, it is possible to monitor patients’ vital signs in real-time, facilitating quicker, informed decision-making.

Smart rooms can also adapt to individual patient preferences, providing a more comfortable and personalized environment.

Telemedicine is another growing area within smart hospitals, allowing patients to receive medical care remotely, which is crucial in emergency situations and for patients living in remote areas or with limited mobility.

Interoperability of medical systems and devices

Interoperability refers to the ability of medical systems and devices to communicate and share data effectively. In a hospital setting where accurate and timely information is crucial, interoperability plays a vital role.

Smart hospitals are investing in the integration of health information systems to ensure that electronic medical records are securely and efficiently accessible.

This interoperability also facilitates collaboration among different healthcare departments and professionals.

Furthermore, IoT implementation allows medical devices to communicate with each other and healthcare staff.

For instance, a real-time glucose monitor can automatically send data to a patient’s electronic health record, enabling continuous monitoring and rapid response to changes in the patient’s health.

Significant benefits of smart hospitals

One of the key advantages is increased efficiency, as automated processes and real-time information enable faster and more efficient medical care.

The availability of accurate and updated data also enhances medical decision-making and the quality of care.

Moreover, smart hospitals reduce medical errors by providing alerts and reminders to healthcare professionals, cut costs, improve and personalize the patient experience, and ultimately foster collaboration and interoperability among healthcare professionals and departments.

Leading the way in healthcare

Smart hospitals are at the forefront of the healthcare revolution by harnessing technology to enhance the patient experience and improve interoperability among medical systems and devices.

This technological innovation simultaneously boosts the efficiency and quality of medical services, resulting in significant benefits for both patients and healthcare professionals.

“The implementation of intelligent healthcare solutions is a critical step toward a more effective and personalized future of medical care.”

23Oct

5 Years of the Smart ICU Project by Vall d’Hebron with Tedisel Medical: Leadership in Medical Technology

October 23, 2023 tedisel

In the realm of medicine and healthcare, technology is playing an increasingly relevant role in enhancing patient care and the efficiency of medical processes. One of the most notable examples of this trend can be found at the Hospital Vall d’Hebron in Barcelona, which has recently celebrated the fifth anniversary of its Smart Intensive Care Unit (Smart ICU).

This cutting-edge medical facility has achieved an unprecedented milestone in Spain by leading the adoption of connected medical devices and the optimization of secondary data, thereby redefining the enhancement of healthcare and clinical decision-making.

The Vall d’Hebron Smart ICU: A Benchmark in Medical Innovation

The Vall d’Hebron Smart Intensive Care Unit (Smart ICU) was established in 2018 with the aim of transforming the way medical care is provided in intensive care units. This visionary initiative has not only become a benchmark in Spain but has also garnered international attention for its cutting-edge approach to integrating technology in healthcare.

Connected Medical Devices: The Key to Transformation

One of the standout aspects contributing to the success of Vall d’Hebron’s Smart ICU has been the integration of connected medical devices. This entails that the equipment utilized in intensive care units, such as vital signs monitors, mechanical ventilators, and infusion pumps, are linked to a data network allowing real-time monitoring of patients. The collected data is accessible to physicians and nurses through advanced clinical information systems.

Secondary Use of Data: Life-Saving Information

The secondary use of data has become a crucial tool within Vall d’Hebron’s Smart ICU. Patient data collected is employed not only for immediate care but also for research and retrospective analysis. This has led to significant advancements in the understanding and treatment of critical illnesses.

Benefits for Patients and Healthcare Professionals

The implementation of connected medical devices and the secondary use of data in Vall d’Hebron’s Smart ICU has yielded tangible benefits for both patients and healthcare professionals. By having access to real-time data, doctors can make more informed and prompt decisions about patient care. This has led to a reduction in medical errors and an improvement in clinical outcomes.

From the patients’ perspective, this technology has enabled more individualized and accurate care. Constant monitoring ensures that any changes in a patient’s condition are immediately identified, often leading to earlier intervention and, consequently, faster recovery.

Tedisel Driving Health Innovation with its Products

In Vall d’Hebron’s Smart ICU, technology lies at the heart of healthcare. In collaboration with prominent figures in the medical industry, Tedisel has equipped the hospital with one of the most renowned products in the market, known for its exceptional capacity to optimize space and provide an unparalleled level of comfort to our clients:

ATLAS
We introduce our innovative suspended ceiling system, carefully designed to meet all needs and maximize space in critical areas. Among its various solutions, it stands out for its unique feature: the ability to incorporate accessories on customizable technical rails and vertical carts. This quality stands as its main differentiator.

“If your goal is to optimize both available space and patient comfort, look no further. Our proposition stands as the optimal choice for achieving efficient distribution and an environment conducive to the well-being of those in need.”

In summary, our dedication lies in providing our medical teams with the cutting-edge tools necessary to deliver top-notch care. Patients who place their trust in us can be assured they are receiving an unparalleled level of attention.

As we celebrate the fifth anniversary of this pioneering intensive care unit, we continue to look forward with enthusiasm. We recognize that technology will remain our inseparable companion in our constant pursuit of excellence in the realm of healthcare.

10Oct

Tedisel at the 40th Hospital Engineering Seminar: Contributing to the Vanguard in Healthcare

October 10, 2023 tedisel

Tedisel Medical has been present in La Coruña, from October 4th to 6th, to participate in the 40th Hospital Engineering Seminar – National Congress, organized by the Spanish Association of Hospital Engineering AEIH.

One more year, and this time marking its fourth consecutive edition, Galicia stands as the privileged setting to host this event of great relevance. On this occasion, the city of the Tower of Hercules has once again been chosen, after 36 years, to host a meeting that promises to be a milestone in hospital engineering at national level.

The Organizing Committee, composed of the Spanish Association of Hospital Engineering (AEIH) and Cotehga, Garcia’s Hospital Technicians Commission, underlines an undeniable fact: after years of development, healthcare systems absorb a significant part of the Gross Domestic Product in Western countries. In this context, the need to apply circular economy principles, such as increased use of renewable energies, comprehensive recycling and preference for local resources, becomes apparent.

Medicip Health and Tedisel: Partners in La Coruña

Tedisel, as official sponsor of the event, played an active role in the seminar alongside our valued partner, Medicip Health, a leading Spanish company specializing in developing, manufacturing and distributing healthcare technology.

During this exciting 40th edition of the event, we were located at booth 85, where we presented the innovative SIDI FLANCES patient-nursing system. This state-of-the-art technological solution, which can be integrated with access control, is complemented by our reliable EN54 evacuation system. In a joint effort, during the three-day event, we exhibited at the Medicip booth our designer headrest, Ais, designed for use in hospitalization, maternity, pediatrics and VIP areas. This headboard, recognized for its design innovation, was presented in a fully customized way and seamlessly integrated with SIDI FLANDES.

In addition, we highlighted the presentation of all our Tedisel services and products, including the importance of our technical panels and our operating room software, Hermes. We also shared the benefits of our products, from columns to suspended systems, without forgetting to mention our flagship product: bed head units.

The importance of active participation in the Hospital Engineering Seminar

Following the success of previous editions in Gijón and Valencia, this event has become the ideal place to learn about the latest trends in development, technological innovations, and opportunities for improvement in the field of engineering applied to healthcare. This forum has become an indispensable element in the national healthcare panorama and assumes the challenge of playing a key role in the evolution of the hospital sector.

The meeting revolves around two fundamental pillars: innovation and evolution. These elements are essential for understanding the management of new healthcare models and reinforce the position of the AEIH Congress as a solid event in both scientific and social terms. For participants and companies, it represents a unique opportunity to connect with the majority of professionals with responsibilities in hospitals throughout Spain.

With outstanding attendance and a scientific and technical program of great depth, the Hospital Engineering Seminar was attended by renowned national and international experts. Ultimately, this event translates into an open door to new ideas, innovative technologies, and opportunities for improvement within the field of healthcare engineering.

What topics were addressed at the Hospital Engineering Seminar?

The Scientific Committee of the event has reserved part of the Official Scientific Program for the free participation of professionals and companies interested in sharing their experiences and knowledge in the fields of hospital engineering and architecture, as well as biomedical equipment. The thematic areas proposed reflect the current concerns of Hospital Engineering professionals, ranging from blue economy to human resources management.

What exactly are these hospital engineering seminars? In essence, they are meetings that bring together healthcare professionals, engineers, architects, medical technology suppliers and other experts in the hospital field. These events are primarily aimed at discussing topics related to the planning, design, construction, maintenance, and management of hospital facilities.

Some of the common topics addressed at this Seminar were:

Hospital Planning and Design: Strategies for creating efficient and safe hospital facilities for both patients and medical staff were explored.
Technological Innovation in Medicine: The latest developments in medical equipment were presented and discussed how to effectively integrate them into the hospital environment.
Safety and Maintenance: Discussions were held on safety in facilities, including fire prevention systems, electrical safety and hospital waste management, stressing the importance of preventive maintenance.
Energy Efficiency and Sustainability: Methods to optimize energy efficiency in hospitals and the implementation of sustainable practices in resource management were examined.
Hospital Management: A discussion was held on best practices in hospital management, including process optimization and supply chain management.
Standards and Regulations: Provided updates on rules and regulations affecting hospital facilities and discussed how to effectively comply with them.
Practical Experiences and Case Studies: Success stories were presented, and challenges faced in the implementation of hospital projects were shared.

The epicenter of the national healthcare landscape

Following the successful 40th edition, the Hospital Engineering Seminar, organized by the AEIH, proved to be a dynamic and enlightening event, addressing the challenges and opportunities that characterize the field of hospital engineering. It fostered collaboration and the exchange of ideas among professionals in this constantly evolving sector, promising a more efficient and safer future for healthcare.

This is why this national congress was once again so well attended, making it an essential forum in the national healthcare scene, as it has taken on the challenge of playing a key role in the hospital sector of the Spanish market.

The 40th Hospital Engineering Seminar, organized by the AEIH, marked a milestone by proving to be a dynamic and enlightening event, which successfully addressed the challenges and opportunities that characterize the field of hospital engineering. This event fostered collaboration and the exchange of ideas among professionals in a constantly evolving industry, paving the way for a more efficient and safer healthcare future. The high attendance at this edition, once again, underlines its importance as an irreplaceable forum in the national healthcare landscape. This congress has boldly taken on the challenge of playing a key role in the hospital sector of the Spanish market.

06Oct

Patient data security: driving application modernization in hospitals

October 6, 2023 tedisel

Protecting patient data in hospital environments has become a major focus of healthcare facilities in recent times.

Not surprisingly, hospitals and any healthcare setting are the guardians of highly confidential information: patient data. We’re talking about medical history, medical records, test results and a multitude of personal information critical to both current care and future care planning.

At the same time, in an IoT environment, with Big Data as the protagonist and cybercrime or data misuse as antagonists, the importance of safeguarding them cannot be underestimated. To give an example: the opening of healthcare centers to digitalization brings with it vulnerability, to the point that the healthcare sector has experienced a 650% increase in cyber-attacks in the last year, according to Tehtris.

In this sense, the modernization of applications plays a key role in this process, as it makes it possible to improve the security, efficiency and accessibility of this data. Let’s take a look at how.

Basic manual for protecting patient data

How can we protect patient data?

The key concepts that need to stick, in addition to simply adopting secure technologies and improving interoperability, is the implementation of protective measures and optimizing the patient and medical staff experience.

It must be kept in mind that we can never break that relationship between a patient and his or her physician based on trust.

Stolen medical information can be used to commit various types of fraud, obtain drugs illegally or even extort money from individuals.

At the same time, the availability of accurate and up-to-date data is crucial for providing effective medical care and making informed decisions about diagnosis and treatment.

And all this while complying with the relevant state and European regulations at all times.

Modernization for data protection in hospitals

What are the key aspects to consider when modernizing hospital applications?

Upgrading and improving existing systems and applications to be more efficient, secure and functional is the crux of the matter. In the context of hospitals, application modernization plays a key role in the protection of patient data. Here, both state-of-the-art medical equipment and all data-related devices must reach a new level of security:

Enhanced security
Data encryption, role-based access and intrusion detection, as well as the upgrade of obsolete and vulnerable systems.

Controlled access
Leading-edge applications can implement identity and access management systems.

Data backup and recovery
In the event of a security incident or system failure, critical data must be able to be restored quickly to avoid disruptions in patient care.

Systems integration
Hospitals use a variety of systems and applications to manage medical data, and if we can integrate them, it improves efficiency and data accessibility.

Within the modernization of hospital applications, it is necessary, before undertaking any process, to conduct a thorough needs assessment and then start with strategic planning (allocating resources, defining objectives, etc.), training personnel and establishing continuous monitoring and maintenance.

Hospital data: top priority

As we can see, protecting patient data in hospital environments is a critical responsibility that encompasses confidentiality, fraud prevention, care improvement and legal compliance.

At Tedisel Medical, we believe that application modernization is the master key to strengthening security, controlled access, data recovery and systems integration.

Investing in it is investing in the present and the future, not only to store and treat patient data properly, but also to improve the quality of healthcare and strengthen trust between patients and healthcare providers.

26Sep

Technical panels: advanced control for integrated operating rooms

September 26, 2023 tedisel

Technical Panels have revolutionized the way an integrated operating room is controlled and managed.

This powerful hospital equipment provides an intuitive and centralized interface to control surgical equipment and systems. With this, we achieve a more efficient and precise workflow.

From lighting and display configuration to medical device control, technical panels offer advanced yet simple management, optimizing the surgical experience at every level.

At Tedisel Medical, we want you to discover how this cutting-edge technology is transforming operating rooms to a new level of excellence and safety.

What are technical panels?

Technical panels are control and monitoring systems used to supervise and manage a variety of technical and operational aspects in the hospital environment, such as integrated operating rooms. These dashboards are designed to provide real-time information and help medical and management teams make informed decisions.

The ability to make precise adjustments and settings quickly ensures that surgical procedures proceed efficiently and without interruption, resulting in the highest quality medical care. Technical panels represent a fundamental advancement in modern healthcare, fusing cutting-edge technology with a focus on continuous improvement of safety and efficiency in hospitals.

Q PANEL – Hospital Mora de Ebro (SPAIN)

Advanced functionalities and capabilities of technical panels

The main function of technical panels in integrated operating rooms is patient monitoring. These devices can display patients’ vital information such as heart rate, blood pressure, temperature, and oxygen saturation.

These panels are highly specialized and are used to ensure a safe and efficient surgical environment. Let’s see what its other typical characteristics are:

Control and monitor critical medical equipment, such as anesthesia machines, respirators, surgical lights, and vital signs monitors.
They are designed to integrate with other hospital systems, such as the patient information system (SIP), to access relevant medical information and patient records during surgery.
Management of medical images, such as x-rays, computed tomography (CT) or magnetic resonance (MR) images, in real time.
Lighting and temperature control
Recording and documentation of procedures, allowing the capture of images and video of the operation for recording and medical training purposes.
Access to patient information, such as your electronic medical record.
They can include alarms and security systems to alert about critical situations.

Q PANEL – Hospital Txagorritxu (SPAIN)

Tedisel technical panels: Q Panel and Diamond

At Tedisel Medical, within our medical equipment for critical areas, we have the best range of technical panels: Q Panel and Diamond.

Q Panel
Q Panel is our reference in operating rooms, known for its Corian® surface and its adaptability in terms of size and components. This model can integrate different touch or display screens, electrical components, clocks and many other elements.

Q PANEL – Hospital Rey Juan Carlos (SPAIN)

DIAMOND

Diamond is our latest glass panel model, designed to centralize all the visual elements necessary in an operating room or critical area. It supports PACS, nursing station and software control.

DIAMOND – Hospital Santiago Apóstol (SPAIN)

Benefits of having the best technical panels

Overall, integrated operating room technical panels contribute to safer and more efficient healthcare, reducing risks, improving accuracy and efficiency, and streamlining surgical procedures.

At the same time, it optimizes resources and workflows through task scheduling and automation, enabling quick and precise adjustments and configurations for optimal lighting and display.

What does all this mean? In greater control of medical equipment, in fewer human errors, and finally in greater comfort and ease of communication for medical staff in the operating room.

In this sense, its benefits can already be seen in the latest installation project of our QPanels that we have carried out at the Mora de Ebro Hospital. With a display screen, a secondary screen and Hermes software, this advanced visualization solution already is transforming the way data is managed in the hospital.

In summary, opting to incorporate state-of-the-art technical panels into hospitals and operating rooms implies greater patient safety and quality of medical care. The benefits of this innovation are countless, ranging from the ability to precisely and centrally control equipment in surgical systems to significantly increasing efficiency and comfort for both medical staff and patients.

06Sep

Quality Hospital Equipment in Critical Areas: Ensuring Effective and Safe Medical Care

September 6, 2023 tedisel

Medical care in hospitals is a complex process that demands the collaboration of doctors, nurses, technical staff and an adequate infrastructure. However, one of the most fundamental aspects of ensuring quality care lies in hospital equipment. Particularly in critical areas of hospitals, such as intensive care units (ICU), operating rooms and emergency units, adequate and quality equipment is essential to provide efficient and safe treatment to patients.

In this article, we will explore the importance of quality hospital equipment in critical areas and how its relevance positively impacts medical care for both healthcare personnel and patients. Through understanding this crucial aspect, we will be able to understand how the choice of safe, accurate and reliable devices can make the difference between effective care and potentially risky care in critical medical environments.

Hospital equipment in critical areas

The quality of hospital equipment in critical areas is essential to ensure the safety, accuracy and reliability of medical care. These medical devices play a crucial role in the continuous monitoring of patients, the accurate administration of medications, the performance of surgical interventions and the efficient response to emergency situations. Choosing safe, high-quality devices can make the difference between effective and safe care and a potential risk to patients’ health.

Quality hospital equipment is reflected in several key aspects:

1. Patient safety
Patient safety is a top priority, and quality medical devices play a crucial role in this regard. These devices are designed and manufactured to the highest safety standards, ensuring the protection of patients during their medical care. The reliability and proper maintenance of these devices significantly reduce the possibility of errors or failures that could jeopardize patient safety. With reliable equipment, healthcare professionals can provide safer and more effective care, which translates into greater peace of mind for both patients and their families. In medical environments where every decision can have a critical impact on patients’ lives, the safety offered by these devices is essential to ensure quality care and prevent adverse situations.

2. Accuracy and reliability
of medical devices are critical in critical areas such as Intensive Care Units (ICUs), where critically ill patients require constant monitoring. Accurate equipment enables timely assessment and response to changes in the patient’s condition, while reliability ensures continuous care without unnecessary interruptions. Accurate measurements facilitate informed decisions to provide appropriate treatment, and the absence of technical failure ensures a safe environment for healthcare professionals and patients, which is vital to providing quality care and preserving lives.

3. Efficiency and productivity
Quality hospital equipment plays an essential role in improving the efficiency and productivity of medical and nursing staff. Modern, well-designed devices are designed to simplify processes, enable intuitive operation and facilitate integration with other hospital systems. By optimizing these capabilities, quality equipment reduces staff workload, giving them more time to focus on direct patient care. The automation and efficiency of these devices allow healthcare professionals to devote more energy and focus to providing high-quality, comprehensive care, improving the experience for both staff and patients.

4. Technological innovation
The quality of hospital equipment is closely related to the incorporation of technological innovation in the medical field. Advances in technology have given rise to the development of more advanced and specialized equipment, such as high-resolution imaging systems, robot-assisted surgery devices and latest generation patient monitors. These innovations enable more precise, less invasive and highly personalized medical care. By adopting these innovative technologies, hospitals can provide more effective treatments and with enhanced results, which improves the quality of life of patients and strengthens the position of the medical center as a referent in the cutting edge of medicine.

5. Cost-effectiveness
Although quality hospital equipment may have a higher initial cost, it is often more cost-effective in the long run. Quality devices are designed to withstand prolonged use and often require less maintenance, resulting in lower repair and replacement costs over time. In addition, these devices offer superior overall performance, which streamlines medical processes and provides more effective outcomes. Increased patient satisfaction from receiving effective, high-quality care also contributes to a hospital’s positive reputation, which can attract more patients and generate more revenue.

Medical Equipment for Critical Areas: Innovative Solutions from Tedisel Medical

As Tedisel Medical, we understand the importance of optimizing space and facilitating the mobilization of staff in critical areas of hospitals. That’s why we have developed a range of ceiling mounts designed specifically to meet these needs.

Our flagship product, Abitus, is a highly ergonomic and flexible ceiling suspension that allows up to two sliding columns per bed, providing the maximum versatility and robustness in the market. We also present Atlas, another outstanding option that offers varied solutions and stands out for the possibility of placing accessories on technical rails and vertical trolleys. We also have Ares, a compact hanging system designed to optimize space in critical areas.

ABITUS/COLUMN – Hospital Virgen del Camino (SPAIN)

As part of our commitment to excellence in medical equipment, we are excited to present one of our most recent projects: the installation of the Atlas model at Beja Hospital, Portugal. Designed especially for critical areas such as ICU and neonatology, this project has been a unique opportunity to demonstrate how our innovative solutions can make a real difference in the efficiency and fluidity of the medical staff’s work, while optimizing the available space for more effective care. If you are interested in learning more about how our solutions have improved the quality of care in various hospitals and medical centers, we invite you to explore our success stories and contact us to find the perfect solution for your needs.

ATLAS – Hospital Distrital de Beja (PORTUGAL)

In conclusion, it is clear that the importance of quality hospital equipment in critical areas of hospitals is inescapable. These devices play a crucial role in patient safety, operational efficiency, diagnostic accuracy and the provision of high quality care. Investing in quality equipment and properly maintaining it enables hospitals to create a safe and efficient environment for patient care, thereby improving medical outcomes and the overall care experience. With accurate and reliable devices, medical and nursing staff can focus on providing more effective care and spend more time directly on patient care. Incorporating innovative technologies and solutions tailored to the specific needs of critical areas drives the evolution of medicine and ensures advanced and effective medical care.

At Tedisel Medical, we are committed to continuing to provide state-of-the-art equipment solutions designed to optimize medical care in critical environments and contribute to a safer and more efficient healthcare system. If you are looking to improve the efficiency and quality of care in your hospital, contact us to find the ideal solution for your needs. Together, we can continue to raise the standards of care and provide excellent patient care in critical areas.

25Aug

The Digital Revolution in Hospitals: The Transformation to Health 4.0

August 25, 2023 tedisel

Industry 4.0 has left its mark on numerous economic sectors and the hospital environment is no exception. The application of advanced technology in hospitals has generated a wide range of opportunities to improve medical care, optimize processes and transform the patient experience.

In this new era of healthcare innovation, the convergence of digital technologies such as artificial intelligence, the Internet of Things (IoT) and data analytics has led to a true revolution in the sector.

Discover how the transformation to Health 4.0 is redefining the way hospitals operate and deliver care. From the use of machine learning algorithms to diagnose diseases more accurately to the implementation of IoT devices to monitor and improve patient health, we are at the tipping point of a new era in medicine.

Industry 4.0

Industry 4.0 Industry 4.0 represents the fourth industrial revolution, characterized by the integration of advanced digital technologies in industrial processes. In this era, it promotes the interconnection of cyber-physical systems, the Internet of Things (IoT), artificial intelligence (AI) and data analysis, among other technological advances.

This revolution has a significant impact on the digital transformation of industrial sectors. Below, we highlight some of the main aspects of this transformation:

1. Automation and digitization of processes: In the context of Industry 4.0, there is a revolution in the automation of industrial processes through the use of technologies such as advanced robotics and cyber-physical systems. This leads to greater efficiency, reduced errors and shorter production times. In addition, the digitization of processes involves the collection and analysis of large volumes of data to make more informed decisions and optimize performance.

2. Internet of Things (IoT): The interconnection of devices and sensors through the Internet of Things is an essential element of Industry 4.0. This connectivity facilitates real-time communication and data exchange, enabling remote monitoring and control of industrial processes, optimization of machinery maintenance, inventory tracking and improved supply chain management.

3. Artificial intelligence (AI) and data analytics: AI plays a key role in Industry 4.0 by enabling intelligent automation, machine learning and data-driven decision making. Through large-scale data analysis, it is possible to extract valuable insights, identify patterns, predict failures and optimize operational efficiency.

4. Customization and flexible manufacturing: Industry 4.0 opens the door to further customization of products and services, as cyber-physical systems can be quickly adapted to individual needs. Flexible manufacturing becomes possible thanks to the ability to quickly reconfigure processes and adapt to changes in market demand.

5. Human-machine collaboration: Collaboration between humans and automated systems is a key aspect of Industry 4.0. Workers can collaborate with robots and intelligent systems on specific tasks, leveraging each other’s strengths. This can improve safety, productivity and product quality, while enhancing creativity and human talent.

Industry 4.0 marks a revolution in the way industrial sectors operate and adapt to technology. Its influence on digital transformation encompasses aspects such as automation, digitization, connectivity, data analytics and human-machine collaboration. By adopting these technologies, companies can experience significant improvements in efficiency, productivity and flexibility, while opening up new business opportunities in the digital economy.

Industry 4.0 in the hospitality sector

The application of Industry 4.0 in the hospital sector has delivered significant benefits, with improved operational efficiency being a particular highlight. Hospitals are adopting cloud-based hospital management systems, providing fast and secure access to patient information. This streamlines administrative processes, such as patient registration, medical record tracking and medical appointment scheduling.

In addition, the implementation of IoT devices has enabled real-time monitoring of medical equipment, which optimizes its maintenance and reduces downtime. The connectivity of these devices enables early detection of potential failures, facilitating their repair or replacement in a timely manner. This helps to ensure the availability and proper functioning of medical equipment crucial for patient care.

Another key aspect is the application of artificial intelligence (AI) in medical diagnosis and treatment. Machine learning algorithms have the ability to analyze large volumes of clinical and investigative data, which facilitates early detection of diseases, identification of patterns and personalization of treatments. AI also plays a key role in the interpretation of medical images, such as X-rays and MRI scans, enabling more accurate diagnoses and clinical decision-making.

Challenges and considerations

However, the implementation of Industry 4.0 in the hospital sector also presents challenges. Cybersecurity becomes a key issue, as medical data is highly sensitive and must be protected from potential threats. It is also important to address ethical and legal concerns related to the collection and use of healthcare data, ensuring privacy and informed consent of patients.

In conclusion, Industry 4.0 is significantly transforming the hospital sector. The adoption of advanced technologies improves operational efficiency, optimizes medical diagnosis and treatment, and provides more accessible and personalized care. Undoubtedly, this technological revolution has the potential to improve people’s quality of life, driving a positive transformation in the healthcare field. However, it is critical to address the challenges of cybersecurity and ethical considerations to ensure a safe and secure healthcare environment in this digital age.

04Aug

Technology and ergonomics in operating rooms: an integrated approach to safety and efficiency

August 4, 2023 tedisel

Ergonomics in operating room equipment is key to preventing injuries, improving efficiency, and promoting physician and patient safety.

The surgical environment is one of the most demanding and critical places in the area of medicine, with precision and efficiency being two cornerstones of the success of any medical procedure. In this context, ergonomics arises to adapt the work environment to the needs and capacities of health professionals, improving the design and operation of equipment in modern operating rooms.

Their goal is to improve comfort, prevent injury, increase efficiency, and promote safety for medical personnel and patients.

Innovative tools for smart operating rooms

When talking about ergonomics in operating rooms, aspects such as space distribution and control interfaces must be considered. Below we address some key elements in this matter.

Injury prevention and safety of medical personnel

Surgical procedures often involve long hours of work in uncomfortable and repetitive positions. This can lead to musculoskeletal disorders such as back, neck and hand injuries.

Applying ergonomics in the design of the operating room can significantly reduce this type of injury. Thus, among the most common measures are the adjustable height of surgical tables, the use of ergonomic seats or the strategic placement of equipment and supplies.

In addition, in terms of safety, ergonomics can contribute to reducing the risk of nosocomial infections, facilitating cleaning and disinfection of the surgical environment.

Efficiency and productivity in the operating room

A well-organized and designed operating room streamlines workflow, reduces time searching for equipment and supplies, and facilitates communication among the medical team.

On the other hand, the use of suitable ergonomic instruments improves the surgeon’s dexterity and precision, generating a positive impact on the results of surgeries.

For example, the proper arrangement of surgical lights and monitors provide optimal visibility. Likewise, the choice of ergonomic instruments such as forceps and scissors that adapt to the hand, improve dexterity and reduce the surgeon’s fatigue during an operation.

More safety and well-being for the patient

Ergonomics benefits medical staff and has an impact on the quality of patient care. When the medical team works in a comfortable and efficient environment, the margin for error is reduced and concentration and focus on the patient is improved.

The truth is that the less fatigued and more comfortable the health workers feel, the more alert and attentive to details they will be, reducing the risk of accidents and errors.

The most advanced technology

Ergonomics in operating room equipment is also based on the use of advanced technology and state-of-the-art medical equipment.

Ergonomic operating rooms are designed to efficiently integrate modern medical devices -such as Columns and Technical Panels-, taking advantage of technological advances to improve precision and safety in surgeries.

The Diamond glass panel, for example, centralizes all the necessary visual elements in an operating room or critical area. It is compatible with PACS, nursing station and software control. And Q Panel is our reference model in operating rooms, known for its Corian surface and its adaptability in terms of size and components.

DIAMOND – Hospital Santiago Apóstol. Miranda de Ebro (SPAIN)

For its part, the Column suspended column optimizes space, guaranteeing a quick response for medical personnel and the patient, while the motorized system of the Motor Column Suspended Column ensures easy vertical movement.

COLUMN – Bless Clinic. Barcelona (SPAIN)

We can also highlight the Hermes control software, compatible with all our technical panels. It is the digital brain that allows centralizing all controls and obtaining data and analysis from the operating room or critical area.

QPANEL/HERMES – Hospital Txagorritxu. VITORIA (SPAIN)

In short, ergonomics in operating room equipment is essential to guarantee safety and efficiency in the surgical environment.

Preventing injuries to medical personnel and improving the precision of procedures makes all the difference in the outcome of surgery. For this reason, it is vital that hospitals and medical centers apply ergonomic principles in their operating rooms and have the latest medical equipment to provide a comfortable and safe working environment for professionals and improve the quality of care and patient safety.

21Jul

Evolving medical technology: the impact of Virtual Reality on future healthcare

July 21, 2023 tedisel

The future of healthcare lies in virtual reality (VR).

The latest innovations in virtual reality technology and its application in healthcare are opening up a world of possibilities in healthcare systems around the world.

The truth is that VR has shown enormous potential to transform the way we receive healthcare by providing immersive and realistic experiences, improving the patient and healthcare staff experience, and transforming the way healthcare is delivered.

Exploring innovations in simulation and virtual training to improve accuracy, safety and efficiency in hospitals

VR offers an immersive experience that can transport users into detailed and realistic virtual environments.

Innovations in virtual reality therapies lead us to the hospital use of digital therapies to treat phobias, improve sleep quality, or control obesity among adolescents and patients with type II diabetes.

Among the applications and scenarios specifically designed to improve your well-being, the following stand out:

Reduced pain, stress and anxiety
VR can help patients distract and relax during painful or stressful procedures. By immersing themselves in a pleasant virtual environment, they may experience a decreased sensation of pain and anxiety.

Exposure therapy
It has been used successfully to treat conditions such as post-traumatic stress disorder (PTSD) and phobias.

Physical rehabilitation
These types of programs can be made more attractive and effective by incorporating virtual reality experiences.

To progress in those fields, the most recent innovations in Virtual Reality technology in healthcare are:

More Accessible VR Devices
With options like stand-alone VR headsets and mobile devices that allow patients to access VR experiences from the comfort of their homes.

Advanced and detailed medical simulations
Medical students can practice complex procedures in a safe virtual environment before facing real situations. This reduces risks and improves the confidence of future health professionals.

Enhanced Telemedicine
Allows doctors to interact with patients through avatars in virtual environments, facilitating remote communication and diagnosis.

A hopeful future to exploit its potential

Virtual rehabilitation tools or programs that allow people with sensorimotor deficits and balance disorders to acquire skills and abilities in a safe environment are just some of the most tangible examples of progress and potential in their use for the present and the future. But there is much more.

We are talking about significantly improving the precision and effectiveness of treatments and surgeries, being able to plan and practice surgical procedures before performing them on real patients.

Or to ensure better, repeatable surgical training for trainee surgeons.

Mention should also be made of improving patient education and empowerment. Through VR apps and programs, patients can learn about their medical conditions in a visual and hands-on way.

For example, they can explore interactive 3D models of specific organs or body systems, helping them better understand their diagnosis and treatment.

Challenges of Virtual Reality in medical care

Beyond their own evolution and improvement, one of the main ethical issues and challenges we face when using these technologies in healthcare is ensuring the privacy and security of patient data.

However, it is something that is being worked on conscientiously so that it does not pose a problem, especially when it comes to generating, storing and using data through Artificial Intelligence.

Innovations in virtual reality for more accurate and safe medical care: Hospital 12 de Octubre

One of the best examples of adaptation of virtual reality to health care and we find it in the Hospital 12 de Octubre in Madrid.

It is specifically about “The Dream’s machine”, an VR room so that admitted minors can play with the latest video game technologies, including the PlayStation VR virtual reality device.

A commitment to technology to improve the care provided, as it allows patients to be encouraged during their hospital stay and reduces their anxiety when they receive treatment, favoring their recovery.

In short, proof that in the future medical care is linked to virtual reality.

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