13Jan

Sustainable trends in hospital equipment manufacturing

January 13, 2025 tedisel

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

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

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

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

Use of recyclable materials

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

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

Recycled metals

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

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

Reusable plastics

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

Sustainable glass

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

Hospital Universitario Guadalajara

Reducing the carbon footprint of production

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

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

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

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

Equipment to optimize energy consumption

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

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

LED lighting in equipment

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

Energy-efficient equipment

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

Intelligent energy management

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

Hospital Universitario QuirónSalud Madrid

Benefits of sustainability in hospital equipment

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

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

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

Innovation and a sustainable future

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

Biodegradable materials

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

Circular economy

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

Collaboration in the value chain between manufacturers, hospitals and suppliers

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

18Dec

The implication of artificial intelligence in medical equipment manufacturing

December 18, 2024 tedisel

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

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

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

Optimized device design

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

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

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

Additive manufacturing, personalization, and automated processes

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

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

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

Benefits of AI in medical equipment manufacturing

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

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

Practical examples in the healthcare industry

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

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

Challenges of AI in healthcare

Of course, it’s not all smooth sailing.

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

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

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

The future of the AI & medical equipment tandem

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

Emerging trends influenced by AI include:

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

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

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

16Dec

Care-Centered Work Environments: Designing Hospital Solutions for the Future

December 16, 2024 tedisel

In an ever-changing environment, where healthcare demands are rapidly evolving, the design of functional, safe and versatile workspaces stands as an essential component to ensure excellent services.

Careful and well-structured design not only optimizes the efficiency and productivity of healthcare staff, but also enhances clinical outcomes and ensures a safer and more satisfying experience for patients.

The Relevance of Strategic Planning and Design in Hospitals

Hospital architecture and strategic planning are critical to ensure efficient and sustainable operations over time. Forward-thinking hospital design not only improves daily workflows, but also enables agile integration of new technologies and adapts to the growing demands of the healthcare sector.

Every element, from spatial organization to the strategic placement of medical equipment, directly impacts the optimization of internal processes. These design decisions not only streamline daily activities, but also minimize the operational burden on staff, improving their performance and promoting a more functional and safer work environment.

“Effective planning not only responds to today’s needs, but anticipates tomorrow’s challenges, laying the foundation for a more resilient and adaptable healthcare system.“

Medical Supply Units: Ensuring Efficiency and Versatility

In critical areas of a hospital, such as operating rooms and intensive care units, medical supply units such as ABITUS, ARES, ATLAS and TOR play a vital role in organization, safety and work efficiency. These suspended and integrated solutions are designed with flexibility to adapt to the specific needs of each environment, optimizing space layout.

In addition to improving ergonomics and preventing disorganization, these units reduce risks associated with equipment handling and provide quick and orderly access to necessary supplies. With these innovations, healthcare professionals can focus on providing quality care without unnecessary distractions.

Hospital HC Miraflores

Infection Prevention and Control: A Non-Negotiable Priority

The control of hospital-acquired infections, known as nosocomial infections, is one of the greatest challenges in modern healthcare. These infections pose significant risks to both patient health and hospital operating costs, in addition to increasing the burden of care for healthcare personnel.

To address this, it is essential to implement robust hygiene and prevention strategies that include strict protocols and the use of advanced technologies designed to minimize the spread of pathogens. This proactive approach not only reinforces safety in all areas of the hospital, but also protects the health of patients and workers.

Comprehensive Services that Create Value

Our commitment goes beyond manufacturing quality products; we offer a comprehensive approach that seeks to enhance every hospital investment. We provide specialized technical support, personalized consulting and ongoing training to keep medical equipment operating at peak performance.

This approach not only prolongs the useful life of devices, but also ensures constant uptime, reducing downtime and maximizing overall hospital performance. With our solutions, we ensure that professionals can focus on what really matters: saving lives.

Hospital Materno Infantil Quirónsalud de Sevilla

Designing the Future of Healthcare

Creating care-centered hospital environments involves much more than infrastructure; it is a combination of intelligent design, technological innovation and continuous training. By providing solutions that optimize functionality, enhance safety and ensure sustainability, we are helping to build hospitals ready for the challenges of tomorrow.

“By combining strategic planning, advanced medical systems, rigorous infection control, and training and support services, we are setting new standards in healthcare, with an approach that puts both patients and staff first.“

26Nov

Optimizing Medical Device Interoperability in Critical Care Units: Key to Reducing Medical Workplace Stress

November 26, 2024 tedisel

Eighty-seven percent of medical professionals report that administrative tasks are one of the main sources of stress in the work environment. This challenge underscores the need to implement solutions that improve workflow efficiency, especially in critical areas such as Intensive Care Units (ICUs). The interoperability of medical devices and the adoption of electronic documentation are presented as essential tools to reduce administrative burdens, allowing healthcare teams to focus on what really matters: patient care.

Lessons from the pandemic

The COVID-19 pandemic highlighted the need for a robust healthcare system capable of relying on technology to optimize information management. This global challenge acted as a catalyst for the accelerated implementation of technological tools, marking a turning point in the digital transformation of healthcare.

“We envision a future where interoperability elevates the ability of medical teams to deliver personalized care in critical environments.”

Medical devices will be interconnected, forming secure and reliable networks that enable new clinical applications. These new clinical applications include decision-support systems, remote monitoring and process automation, fundamental elements for more efficient and accurate care. With our integrated solutions and expertise, we are leading this change in Critical Care and Intensive Care Units.

What is interoperability?

Interoperability refers to the ability of medical devices and systems to share and exchange data in a continuous, automated and secure manner within a standardized technology network. This functionality allows information to be processed efficiently, contributing directly to the improvement of healthcare.

Benefits of interoperability

1.Improved clinical outcomes
Interoperability helps prevent adverse events by leveraging human capabilities with intelligent technologies. This enables more immediate, personalized and accurate care, significantly minimizing the margin of human error.

2. Workflow optimization
By eliminating inefficiencies, interoperability reduces the risk of errors and staff burnout. It automates tasks such as data entry or device programming, and facilitates remote access to information in integrated formats. This accessibility speeds up decision-making in real time, improving the quality of care.

3. Preparing for a flexible future
Platforms for connected medical devices that are scalable, modular, secure and based on open standards are essential. These features ensure that systems can dynamically adapt to the changing needs of the healthcare sector.

4. Automated clinical documentation
Interoperability also strengthens clinical data management by automating electronic records.

This not only speeds up access to crucial information, but also reduces errors that could compromise patient safety, ensuring more reliable and accurate care.

Tedisel Advanced Solutions

At Tedisel Medical, we offer the Hermes Software solution, fully adaptable to our Diamond and QPanel technical panels. This tool facilitates the integration of reliable electronic data on therapies, patients and medical devices into hospital information systems. It also ensures that this data is available at the point of care, improving clinical decision making in an agile and accurate manner.

Key benefits

Reduced errors
Automating documentation minimizes errors and frees healthcare staff from tedious administrative tasks.
Improved patient care
Comprehensive, highly reliable data is at professionals’ fingertips at the critical moment of care.

Safety in critical environments: An essential priority

In critical areas, the protection of therapy and monitoring devices against unauthorized access and tampering is essential. Our commitment is to ensure a secure continuum of care, while protecting hospitals’ and patients’ sensitive assets and data, in compliance with current regulations.

Integrated cybersecurity measures

Robust protection on devices, systems and during data exchange.
Restricted access control to authorized users to ensure privacy and security of information.
Guaranteed security throughout the lifetime of our products, providing long-term confidence.

Centro de Salud CMA Granollers

Case Study: Innovation in critical care

Interoperability is a strategic pillar in modern healthcare systems. Public and private sector decision makers must embrace this technology to stay at the forefront of data management and quality of care.

A prominent example is the Virgen del Rocio University Hospital, which has implemented the ehCOS SmartICU system in its intensive care units. This system enables the automation of data capture from patient-connected medical devices, integrating them directly into the electronic medical record and other hospital systems. This approach has transformed the quality of critical patient care, demonstrating the positive impact of interoperability in healthcare.

The importance of automated electronic documentation

The integration of electronic clinical records enables rapid access to accurate information, reducing errors and improving patient safety. It also ensures the availability of data at the point of care to support clinical decision making.

Advantages of electronic documentation

Reduced risk of errors by automating records.
Increased patient focus by reducing administrative tasks.
Access to reliable and comprehensive medical data in real time.

Security in critical environments

In critical care, protecting devices and data is essential. Ensure a continuum of care while safeguarding sensitive hospital and patient assets and data. Implement robust cybersecurity measures that include:

Controlling access to systems and devices for authorized users only.
Security during data exchange.
Protection during the entire product lifecycle.

A future driven by artificial intelligence

Digitization is advancing rapidly, and interoperability is the next logical step in data management. Technologies such as artificial intelligence will play a key role in the analysis and processing of large volumes of information.

However, this transformation is not without its challenges. It requires investment in technological infrastructure and training of professionals to operate the systems effectively.

“An essential pillar for tomorrow’s healthcare: interoperability is crucial for current and future healthcare systems. Industry leaders, both public and private, must prioritize its adoption to keep pace in data management and ensure quality healthcare.”

18Nov

Incorporating Innovative, High-Quality Healthcare Technology: An Essential Challenge for Spain’s National Health System

November 18, 2024 tedisel

Do companies in the Healthcare Technology sector have an innovative DNA? Yes, without a doubt. This ability to continuously advance poses a challenge for Spain’s National Health System (SNS). To address this challenge, the Spanish Federation of Healthcare Technology Companies, Fenin, has introduced various solutions to facilitate rapid access to the latest technological innovations for patients and healthcare professionals.

“Technology and medical products play a decisive role in patient care. Our industry offers new solutions for patients’ clinical needs and the healthcare system’s challenges. It is essential to ensure access to these technologies so healthcare professionals can improve diagnoses and treatments. It’s impossible to build a future-focused healthcare system using outdated technology,” explained Pablo Crespo, Fenin’s Secretary-General, during a seminar.

To promote the adoption of “high-quality” healthcare technology within the SNS, Fenin proposes several measures. These include implementing public procurement models based on value to maintain care quality, restructuring care processes to enhance system efficiency, and fostering a culture of investment planning to prevent technological obsolescence in hospitals and health centers.

Quality, not just price, should be the determining factor in public healthcare technology procurement contracts. “Fenin works with health administrations to establish new procurement models where at least 50% of award criteria are linked to the value provided by the product or service. Only quality technology ensures precise diagnoses and safer treatments, ultimately improving health outcomes and SNS efficiency,” added Fenin’s Secretary-General.

“Fenin proposes harnessing the full potential of quality healthcare technologies and ensuring equitable access for healthcare professionals and patients.”

Hospital Duran i Reynals

Indexation of Public Contracts and Medical Products

Regarding public contracts and medical products included in pharmaceutical services, Fenin suggests that these contracts be indexed—allowing for price adjustments throughout their duration based on prevailing conditions—to ensure Spain remains competitive in providing patients with the best healthcare technology. Thus, Fenin proposes indexing to the Consumer Price Index (CPI), as previously allowed under the Public Sector Contracts Law until 2015.

Also tied to innovation within the SNS, the seminar addressed the renewal of the technology infrastructure in national hospitals. Despite the recent success of the INVEAT Plan—which facilitated the replacement and expansion of nearly 850 high-tech devices nationwide—Spain still shows “worrying levels of obsolescence in certain technology segments that did not benefit from the INVEAT Plan, exceeding the maximum recommended ‘useful’ life threshold (between 10 and 12 years) set by international organizations,” Fenin emphasized.

In this regard, Fenin calls for a national investment strategy to meet the so-called “Golden Rules” or “60-30-10” guidelines: 60% of equipment should be less than five years old, 30% between five and ten years, and no more than 10% over ten years old (considered obsolete). The ultimate goal should be zero obsolescence.

Clínica Mi NovAliança

Legislative Changes

Some of these initiatives require legislative changes. For example, reforming the Law on Guarantees and Rational Use of Medicines and Medical Products is necessary. This legislation—despite its name—is currently structured with the pharmaceutical sector in mind, rather than the Healthcare Technology sector.

“It has been 18 years since the catalog of medical products has been updated, and technological innovation in medical products dispensed with a prescription in pharmacies has been limited. This results in Spanish patients receiving products that are already discontinued in many European countries. It’s encouraging that the Ministry of Health is considering this legislative reform, but it must result in a regulation distinct from that governing medicines, given the technical and intrinsic differences in our sector,” concluded Pablo Crespo.

Hospital Universitario de Pilsen

20Jun

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

June 20, 2024 tedisel

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

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

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

7 trends in efficiency and innovation

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

1. Improved visualizations

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

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

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

2. Mapping of public services

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

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

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

3. Robotics and drones

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

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

4. Artificial intelligence

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

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

5. Inteligencia artificial

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

6. Prefabrication 2.0

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

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

7. Digital logistics tools

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

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

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

10Jun

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

June 10, 2024 tedisel

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

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

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

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

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

Sources of infection in operating rooms

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

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

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

Environmental measures in the operating room for infection control

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

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

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

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

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

Equipment used during the procedure

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

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

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

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

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

Clínica Mi NovAliança

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.

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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