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.

12Jul

The health sector’s commitment to the SDGs: challenges and opportunities

July 12, 2023 tedisel

Last June 5, World Environment Day, an annually recognized date, was celebrated around the world. On this occasion, the Healthcare Technology sector and electrical hospital engineering joined this important cause, reaffirming their commitment to the Sustainable Development Goals (SDGs). (SDGS). In recent times, they have intensified their responsible initiatives towards society and the planet, demonstrating their purpose in favor of the environment.

During the conference, entitled ‘The contribution of the Healthcare Technology Sector and its collaborators to the Sustainable Development Goals’, organized by the Corporate Social Responsibility (CSR) Commission of the Spanish Federation of Healthcare Technology Companies, Fenin, the industry’s commitment to the SDGs was highlighted. Special emphasis was placed on the goals related to health and wellbeing (SDG 3), the environment (SDGs 12 and 13), partnerships to achieve the goals (SDG 17) and SDG 9 (Industry, Innovation and Infrastructure), which cuts across all the sector’s activities.

The fundamental purpose of this sector is to improve people’s quality of life, a principle rooted in its essence. To achieve this, they make available to the National Health System more than 500,000 solutions to address various diseases and conditions.

Challenges to be faced in the implementation of the SDGs in the health sector

The health sector faces significant challenges in implementing the Sustainable Development Goals. These challenges are of great importance and cover a variety of areas, among which the following stand out:

1. Inequities in access to health care
Despite the progress made in the field of healthcare globally, there are still significant gaps in access to quality health services. Vulnerable communities, especially those residing in rural or low-income areas, face difficulties in obtaining basic health services. Overcoming these disparities and ensuring equity in access to healthcare represents a crucial challenge.

2. Emerging and re-emerging diseases
The emergence of new diseases, such as the COVID-19 pandemic, and the re-emergence of older diseases, such as tuberculosis and HIV/AIDS, pose significant challenges for the health sector. These diseases can have a devastating impact on communities and require an agile and effective response to adequately address them.

3. Climate change and health
Climate change directly and indirectly impacts human health. Extreme weather events, environmental degradation and natural resource scarcity can intensify the spread of disease, malnutrition and mental health disorders. Addressing the effects of climate change on health is critical to ensuring a sustainable future.

Exploring the Potential: Opportunities to Advance the SDGs

Despite the aforementioned challenges, the health sector is in a favorable position to apply opportunities and move towards sustainability, contributing to the achievement of the SDGs. Some of these highlighted opportunities are:

1. Technological innovation
Technology has transformative potential to revolutionize healthcare and improve the quality and accessibility of health services. Telemedicine, the use of big data in public health and the use of artificial intelligence are just some of the areas where technological innovation can play a crucial and promising role.

2. Cross-sector collaboration
Addressing health challenges requires close collaboration between the health sector and other sectors, such as education, environment and economic development. The interconnectedness of the SDGs allows synergies to be harnessed and comprehensive solutions to be found that effectively address health issues in their broader context.

3. Focus on prevention
Placing greater emphasis on disease prevention can have a significant impact on the health of populations and reduce the burden on health systems. Promoting healthy lifestyles, implementing vaccination programs and improving public health policies are some of the strategies that can contribute to disease prevention.

Towards a sustainable world: TEDISEL Medical’s commitment to the SDGs

At Tedisel, we are committed to a more sustainable world. That is why we work and implement policies oriented towards sustainable development at all stages of production. Some of our initiatives include:

Improvement in waste management
Implementing container systems to properly classify the different types of utensils, always prioritizing recycling as a fundamental criterion.

Noise control
Limiting noisy activities to daytime hours and, as far as possible, scheduling them close to midday to minimize noise pollution.

Sustainable practices for IT equipment and electrical devices
Using energy-efficient IT equipment, turning off devices during periods of inactivity, and performing power consumption analyses to implement appropriate cost-saving measures.

Lighting efficiency
Adjusting lighting to the specific needs of each workstation in terms of light intensity and quality, considering energy efficiency as a key element. In addition, unnecessary light points should be eliminated and lighting should be reduced in less important areas.

Considering the current landscape, it is clear that the health sector faces significant challenges on its path to sustainability and the achievement of the Sustainable Development Goals. However, within these challenges we also find valuable opportunities to foster innovation, strengthen collaboration and promote prevention. By effectively addressing these challenges and capitalizing on the opportunities presented, we can advance a more equitable, accessible and sustainable health system, thereby improving the quality of life and well-being of people around the world. By joining our efforts in this direction, we can forge a healthy and sustainable future for generations to come.

22Jun

Colors and health: the importance of colors in hospitals

June 22, 2023 tedisel

Colors have the ability to influence our emotions, mood and behavior. It has been scientifically proven that different colors have psychological and physiological effects on people. Therefore, selecting the right colors in hospital environments can have a significant impact on the experience of patients, medical staff and visitors.

Color psychology and its impact on patients’ mental and emotional health

Color psychology is a field of study that examines how different colors can affect our emotions, moods and behaviors. Colors have the ability to evoke psychological and physiological responses in people, and their proper application in healthcare settings, such as hospitals, can have a significant impact on the mental and emotional health of patients.

The choice of colors in a hospital setting can influence patients’ perception of their experience and their overall well-being. For example, some specific colors that can affect patients’ mental and emotional health are:

BLUE
Blue is commonly associated with calm, serenity and tranquility. It is a color that can reduce anxiety and stress, and has been used in healthcare areas to create a relaxing environment. It can help stabilize blood pressure and slow the heart rate, which contributes to a relaxed state.

GREEN
Green is associated with nature and harmony. This color has a calming and cooling effect, and has been used in health care settings to promote healing and wellness. Green is also associated with hope and renewal, which can be comforting to recovering patients.

The importance of color in patient satisfaction and hospital experience

The patient experience in a hospital is not only limited to the medical care they receive, but also encompasses the environment in which they find themselves. Color is a key element that can have a significant impact on patient satisfaction and their overall hospital experience. Let’s look at why color is important in this regard:

1. Welcoming environment: The right colors can help create a welcoming and comfortable environment for patients. Soft, warm tones, such as blues and greens, convey calm and serenity, reducing anxiety and stress. This creates a more pleasant environment conducive to recovery, which in turn contributes to patient satisfaction.

2. Positive stimulation: Vibrant, cheerful colors, such as yellows and oranges, can positively stimulate patients and improve their mood. This is especially important in pediatric areas, where the use of bright colors can help distract and entertain children during their hospital stay. A more positive experience in the hospital environment can contribute to greater patient satisfaction.

Hospital examples

There are several hospitals around the world that have used color effectively in their design, managing to create welcoming and stimulating hospital environments. The following are two outstanding examples:

1. Children’s Hospital of Pittsburgh, USA. This hospital is characterized by its colorful and cheerful design, especially in its pediatric intensive care unit. It uses bright colors, such as yellow, green and blue, in combination with artistic murals and playful elements to create an environment that is attractive and comforting for children.

2. Rigshospitalet Copenhagen Medical Hospital, Denmark. This hospital is recognized for its innovative design that incorporates the strategic use of color. In its pediatric oncology department, soft and soothing colors, such as green and light blue, are used to create a calm and peaceful environment. In addition, warm colors have been used in the waiting areas and treatment rooms to provide a welcoming and comforting environment.

Tedisel Medical and colors

It is essential to create environments that offer options and varieties of colors to suit the needs and preferences of patients. Because of its importance, at Tedisel Medical, we work with a wide variety of options to offer each client the best monochromatic option.

An example is our Ais design headboard that allows customizing the front to give a cozier atmosphere to the area where you want to install it.

In conclusion, colors play a significant role in hospital environments and can have an impact on both the patient experience and the well-being of medical staff. Careful selection of the right colors can create a relaxing, welcoming and stimulating environment, improving the quality of care and promoting a sense of well-being in everyone who visits or works in a hospital.

09Jun

Safe and energy-efficient operating rooms

June 9, 2023 tedisel

Controlling lighting, temperature and humidity in the operating room is essential for a successful and safe surgical procedure.

The importance of lighting, temperature and humidity in the OR: how it affects the accuracy and safety of operations

In any surgical procedure in an operating room, precision and safety come into play as determining factors for its success.

In addition to the skill of the surgeon, the medical staff and the quality of the medical equipment used, the importance of factors such as lighting, temperature and humidity must also be considered. Therefore, we will explore the impact of these aspects and how they affect the accuracy and safety of surgical procedures.

Lighting in the operating room

Having adequate lighting in the operating room is essential to provide optimal visibility during surgeries. Good lighting allows the surgeon to clearly visualize the surgical field, identify important anatomical structures and perform precise movements.

This lighting must be uniform, free of shadows and adjustable according to the needs of the procedure.

The improvement in this infrastructure, focusing on the most innovative medical lighting equipment and the latest generation surgical lights, helps to leave behind possible problems and errors due to lack of illumination, so as not to compromise the precision of the intervention and jeopardize patient safety.

Temperature and humidity control in the operating room

Temperature control in the operating room is another elementary factor, since it affects both the medical team and the patient.

On the one hand, an operating room that is too cold can cause discomfort and make it difficult for the staff to concentrate. On the other hand, if it is too hot, it can cause fatigue, excessive sweating and discomfort for the medical staff. At the same time, an inadequate temperature influences the patient’s body temperature, and this can have adverse consequences for the patient’s recovery.

Along with temperature, humidity is also vital in the prevention of infection and the quality of air in the surgical environment. Thus, inadequate humidity can lead to the proliferation of bacteria and other pathogens, increasing the risk of postoperative infections, hindering the integrity of the materials used during surgery (gloves, masks, etc.).

Good air quality for patient recovery

Finally, air quality, which is essential for patient recovery, is also a crucial factor in the operating room.

The aim is to achieve a healthy, contaminant-free environment to prevent infection, promote proper wound healing and, ultimately, ensure patient safety.

Therefore, to achieve optimal air quality, operating rooms usually have modern hospital equipment with highly efficient air filtration systems. In addition, healthcare personnel must follow strict hygiene protocols to minimize the release of particles and microorganisms into the air.

Practical tips for maintaining an optimal operating room environment

There are some recommendations that every medical centre can follow to achieve an optimal environment in the operating room. These include the following:

Use modern, adjustable surgical lighting systems to provide bright, uniform illumination in the OR, and ensure that the colour temperature of the lights is appropriate (usually around 4,500 Kelvin).
Adjust the temperature according to the needs of the procedure and the preferences of the medical staff, and monitor it regularly.
Use humidity control systems to maintain appropriate levels according to established guidelines, or use humidification or dehumidification devices as needed.
Employ high-efficiency air filtration systems to remove airborne particles and microorganisms, and maintain positive pressure to prevent unfiltered air from entering from surrounding areas.

Conclusions

Lighting, temperature, humidity, and air quality in the operating room cannot be underestimated.

All these factors play a determining role in the precision and safety of surgical procedures.

“From Tedisel Medical we want to remind the importance of maintaining an optimal environment in the operating room to improve the quality and safety of medical care.”

22May

Green innovation in hospitals: technology and sustainability for a healthier future

May 22, 2023 tedisel

The relationship between hospitals, sustainability and climate change has become one of the key elements of green innovation in hospitals and the quest for greater wellbeing for all parties involved.

As the world’s population grows and natural resources diminish, it is crucial that healthcare organizations adopt practices to minimize their impact on the environment and ensure sustainability in the medium and long term.

Hospitals, moreover, are major consumers of energy and resources. So much so that, if the healthcare sector were a country, it would be the fifth largest CO2 emitter in the world. Not surprisingly, the demand for water and energy can be up to three times greater in a hospital than in large office buildings.

There is no doubt that climate change is one of the greatest challenges facing humanity today, and hospitals play a very important role in reducing greenhouse gas emissions that contribute to global warming.

In addition, sustainability is also important from an economic perspective as measures such as improving state-of-the-art medical equipment and healthcare technology can reduce energy and other resource costs.

Studying sustainability and hospitals

Numerous studies demonstrate the importance of sustainability innovation in healthcare facilities.

A study published in “The Lancet” states that hospitals are responsible for 5% of global greenhouse gas emissions, and that 70% of their emissions come from the energy used to maintain the building and its equipment.

Another report indicated that electrical and thermal consumption can be reduced by more than 25% in hospitals by implementing energy efficiency measures.

All analyses confirm the same thing: the lack of implementation of sustainable practices is often the biggest environmental problem in hospitals.

“Hospitals are responsible for 5% of global greenhouse gas emissions, and that 70% of their emissions come from the energy used to maintain the building and its equipment.“

Betting on hospital sustainability

At present, we find initiatives, projects and determined bets for a greener management of health centers.

This is the case of Sanidad #PorElClima, a platform that fights daily to reduce the impact of hospitals on climate change and promote their sustainability, whose main objective is to achieve carbon neutrality by 2050 in the healthcare sector.

Sanidad #PorElClima helps organizations to identify actions it can implement in water, energy, consumption, mobility, carbon footprint and waste management, thus contributing to the SDGs (Sustainable Development Goals) and compliance with the Paris Agreement.

Other notable practical examples include Boston Children’s Hospital, whose energy efficiency measures have enabled it to reduce its energy consumption by 40% since 2009.

In Spain, the Hospital Universitario La Paz in Madrid has implemented a sustainability plan reducing its energy consumption by 11%, its water consumption by 18% and its CO2 emissions by 13%.

Measures to boost green innovation in hospitals

There are several measures that hospitals can take to improve their sustainability and reduce their environmental impact. Among them we can highlight:

Energy efficiency: We are talking about the installation of efficient lighting systems, the optimization of heating, ventilation and air conditioning systems, and the implementation of energy-saving measures in medical equipment.
Renewable energy: Adopting solar and wind energy reduces dependence on fossil fuels.
Waste management: This is another key aspect of reducing environmental impact.
Optimize the use of medical equipment and digitize medical records.
Improve the hospital’s electrical infrastructure, modernizing it from the ground up.

In short, healthcare centers are both part of and a solution to the environmental crisis we are experiencing. Hence the importance of implementing energy efficiency measures and adopting sustainable practices in hospitals to reduce their impact and make their economic and functional viability sustainable in the future.

08May

Cyberattacks in the healthcare sector

May 8, 2023 tedisel

The digitization of healthcare systems has provided countless benefits, from simplifying administrative processes to improving medical care and reducing costs. However, it has also opened a door for cybercriminals who see the healthcare sector as an attractive target for their attacks. Cyberattacks on healthcare are a growing problem that concerns cybersecurity experts and the healthcare sector as a whole.

The increase in cyberattacks in healthcare

In recent years, cyberattacks on the Spanish healthcare system have increased significantly. According to the National Cybersecurity Institute (INCIBE), in 2022, more than 500 healthcare institutions reported incidents, representing a 48% increase compared to the previous year. Additionally, a report by the Sham group highlights the vulnerability of connected treatment and diagnostic devices in the healthcare sector.

“This increase in recent years can have devastating consequences. One of the biggest risks is the theft of patients’ personal data, which can lead to identity theft, theft of medical information, and unauthorized access to patients’ medical records.”

Additionally, cyberattacks can block computer systems, which can prevent hospitals and clinics from accessing vital patient information and delay medical treatment. These attacks can also affect the critical infrastructure of hospitals, such as energy supply systems and security systems, which can endanger patients’ lives.

The increasing dependence on technology for the operation of hospitals and medical facilities has made the healthcare sector an attractive target for cybercriminals. Patients’ medical and personal data is extremely valuable to cybercriminals, and the sensitivity of this data makes it an interesting target. Additionally, the COVID-19 pandemic has intensified attacks on healthcare, leading the European Union to take measures to improve the sector’s cybersecurity.

The causes of cyberattacks in the healthcare sector

There are several causes of cyberattacks in healthcare.

Firstly, medical information is extremely valuable on the black market, and cybercriminals can make large sums of money by selling this information. Additionally, healthcare systems often have weaker security systems than other industries, making them easier targets for cybercriminals.

Cybercriminals use various techniques to attack healthcare systems, such as ransomware, phishing, and exploiting vulnerabilities in the computer system. Hospitals and healthcare facilities are especially vulnerable to ransomware attacks, as they rely heavily on the data and information they handle. Additionally, medical devices are particularly vulnerable to cyberattacks, despite their importance to life and healthcare.

Another cause of cyberattacks in healthcare is the lack of investment in cybersecurity. Many hospitals and clinics do not have the necessary resources to protect their information systems, making them easy targets for cybercriminals. Furthermore, many healthcare employees are not trained to identify and prevent cyberattacks, which can lead to security breaches.

Solutions for cyberattacks in healthcare

Preventing cyber attacks is essential to ensure the safety of patients and the continuity of medical services.

There are several possible solutions for cyber attacks in healthcare.

Firstly, greater investment in cybersecurity is needed to protect the information systems of hospitals and clinics. This may include hiring cybersecurity experts and implementing more advanced security measures.

Additionally, there is a need for greater training for healthcare employees. Healthcare workers should be trained to identify and prevent cyber attacks, as well as to recognize early warning signs of a possible attack. This may include education on phishing methods and the implementation of stricter security policies.

Another solution is the implementation of more advanced security measures, such as two-factor authentication and data encryption. These measures can help protect healthcare information systems and ensure the safety of patient medical information.

In conclusion, cyber attacks on healthcare are a growing problem that concerns the healthcare sector and cybersecurity experts. The dependence on technology and sensitivity of data make the healthcare sector an attractive target for cyber criminals. It is essential to take preventative measures to ensure the safety of patients and the continuity of medical services in an increasingly digitalized environment.

25Apr

The digital revolution: the impact on the healthcare and hospital equipment manufacturing sector

April 25, 2023 tedisel

The digital revolution has had a major impact on many sectors, and one of those that has seen significant change is the healthcare and manufacturing hospital sector worldwide.

Digitalisation has brought with it a number of benefits and challenges in these fields. It is therefore important for healthcare organisations and companies in the hospital sector to stay ahead of the curve in order to continue to provide quality and competitive services in the future.

Digitalisation as a key factor

Digitalisation is crucial to making healthcare more sustainable. Especially the ability to collect and analyse data more efficiently.

Digital technologies such as electronic medical record management systems, hospital Data Networks, Artificial Intelligence and Machine Learning, as well as the most innovative medical equipment, make it possible to store an infinite amount of data, access patients’ medical records electronically, identify patterns, reduce costs, predict disease risk and, in short, make better decisions in the field of hospital healthcare.

In this regard, we can also highlight the digital revolution in healthcare brought about by 3D printing technology and virtual reality. For example, it is being used in the training of doctors and surgeons to allow them to practice procedures in a simulated environment before performing them on real patients.

The importance of being in the spotlight of the digital revolution

Tedisel is confident that automation and artificial intelligence will continue to play an increasingly important role in the sector. That is why we focus on innovation to offer solutions that are more efficient to use. From the development and enhancement of the technical panel systems Q PANEL and DIAMOND to the configuration of our own HERMES software system that guarantees and analyses the secure transmission of data in a centralised and user-friendly manner.

In order for this digital revolution to be carried out with maximum guarantees, it is also essential to have durable and resistant medical equipment, optimally designed to guarantee hygiene and conservation.

The choice of hospital equipment is not a trivial matter, as medical environments are very busy and there is always a risk of possible contamination contact.

Challenges

Despite the benefits of the digital health revolution, there are also other important challenges such as the protection of privacy and security of patient data, and the digital divide between healthcare organisations and patients.

The best solutions for the healthcare industry

Tedisel Medical contributes to the digital revolution in the medical sector by offering solutions with great benefits for healthcare professionals:

Ease of use
Our Hermes operating room control software enables the medical and nursing team to use multiple devices and to easily listen to and interact with each other in such critical and fast-paced environments as operating rooms, with a clear voice and simple and clear listening to information.

Improved time management
Mobility solutions in a hospital environment can have a positive impact on healthcare staff, allowing them to save time and better serve patients, something that Hermes and the QPanel and Diamond technical panels contribute to.

Staff safety
Implementing connector devices that incorporate alarm systems can help healthcare workers perform their work in a safe and secure manner.

Protecting patient data
Hermes is also able to help preserve patients’ privacy and confidential data: it locks personal mobile devices in restricted areas, allows staff to check medication and update and share clinical information and electronic health records without leaving the patient’s bedside, etc.

Improving patient safety
This is a priority. The use of sensors and optimal designs with high technology, thinking in the whole of each hospital area, help the wellbeing of patients.

All these Tedisel solutions exist thanks to technological development and the digital revolution in the health sector, which highlights the need for hospital equipment adapted to the needs of an increasingly digital and technological world.

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