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Navigating the Challenges of Medical Device Procurement

Scaling through HealthCare Device Procurement Challenges

One of the integral factors that divine the proper regulation of health and effective distribution of service in a  healthcare sector is its medical device procurement. This is a vast field in medical care that encompasses the purchase of medical devices, commodities, goods, machinery, and even the commission of healthcare structures development.

In some cases, most healthcare organizations grant limited attention to the impact of medical procurement. Yet, many healthcare factors and also medical treatments are greatly influenced by medical device procurement. To create an efficient medical distribution and management, some set of challenges need to be overcome. Although, it’s not simple to navigate medical device procurement challenges.

Many times, medical personnel encounter a wide range of challenges to obtain the facilities needed for productive patient treatments that range from supply network delays to intricate rules and regulations. In this article, we will be taking a deeper look into the key considerations in medical device selection, strategies for cost-effective procurement, and tips for building strong relationships with suppliers.

Key Considerations in Medical Device Selection

Looking into the aspect of medical device selection during procurement, there are likely risks at the clinical stage that are bound to occur but at a considerable degree. To minimize device risk intensity, some key factors are to be considered when selecting a medical device. Fasten your seat, as we explore these factors together:

1. Compliance with Functions and Regulations:

A major factor that should be put into consideration is the ability of a medical device to fulfill its functional purpose. Also, It is crucial to confirm the medical device regulatory compliance and if been approved and granted the required certificate from medical agencies eg. FDA, CE, WHO, etc.

2. Economic Viability:

While considering every other factor, one of the key elements to be evaluated is the device cost and total expense. However, the economic viability of a device should not only center on its cost but also a great consideration of its improvement possibilities, impact on patient outcome, and functional efficacy.

3. Device Production and Design:

There are countless manufacturers in the healthcare sector that are known for the type of product they produce. Knowing the manufacturer’s reputation is an integral factor that helps in understanding the quality of the producer and its product. Also, proper examination of the device’s artistic or cosmetical nature should be considered. 

4. Device Orientation and Usability:

Mostly when it comes to medical devices like imaging machines, operating machines, surgical supplies, etc. a very important factor to consider is the easy accessibility and usage of the device. A proper orientation program about the operation of the device is essential and a good user-friendly interface is to be selected.

5. Device Lifespan:

When choosing a medical device, its durability and quality are of great consideration. Often, the lifespan of a device is to be considered with the importance of its usage. For instance,  a device like an imaging machine with a guarantee of three years is less durable compared to that of a lifetime.

6. Device Compatibility:

A detailed outline of the medical device’s intended usage must be determined and its ability to integrate with the current medical facilities is to be evaluated. It is also important to determine the device’s biocompatibility when in close contact with tissue. As it prevents possible medical device complications and danger to a patient.

Medical Device Procurement

Strategies for Cost-Effective Procurement

1.  Systematic Source of Supplier:

Before the purchase of any medical device, a systematic approach and analysis of sources to obtain your desired gadget are to be considered. This strategy provides a competitive atmosphere and perhaps results in a favorable price and conditions.

2. Tech Procurement Approach:

The use of technology in the aspect of medical device procurement cannot be sidelined. It’s a means that improves productivity and efficiency and also lessens mistakes by eradicating the need for manual operations. You can access the market for software and tools that will aid your exploration program.

3. Creating Scale of Preference:

The projection of the needs of various devices with the range of demand is to be taken. This can be done by gathering and evaluating information from previous purchases and patterns. A scale of preference is needed to maintain the proper quality of supplies. 

4. Effective Negotiation with Suppliers:

A tactical approach to medical device procurement cost-effect is in the negotiation of beneficial rates and conditions. Creating a mutually beneficial dialogue with your supplier is one of the foremost vital components that can aid effective device bargaining. 

5. Relationship Management with Suppliers:

Through reciprocal trust and respect, a solid relationship with suppliers can be created. This rapport can improve medical device transaction performance and more favorable conditions can be established.

6. Risk Management:

There are various inevitable risks associated with purchasing medical devices. However, consulting an effective strategy for the management of this risk can help stop unforeseen expenditures and financial problems.

7. Quality Valuation:

The quality and versatility of a device must be considered and prioritized when procuring medical devices. With the help of a quality valuation, likely faulty devices and associated expenses are eradicated.

Medical Device Procurement

Tips for Building Strong Relationships with Suppliers

Many people often minimize the importance of suppliers without realizing what a big role they play. Any business that wants to expand must have a reliable supplier and have a friendly relationship with them. Below are some tips for building a strong supplier rapport:

  • Create good communication skills with the display of clear and consistent conversations to enhance transparency and trust.
  • Share your purpose and ensure alignment in goals with your supplier.
  • Schedule constant and punctual meetings with your supplier to talk about performance, and pressing issues and also discuss areas that need development.
  • Ensure to always make payments to your suppliers on time as this creates trust and dependability.
  • Provide helpful remarks on goods or services to your supplier and also urge your supplier to do the same.
  • Regard your supplier not just as your business associate but as a strategic ally as well 
  • While bargaining, bargain with respect and professionalism to keep the relationship strong and steady.
  • One of the key components of building a strong supplier relationship is trust. Trust is built with complete sincerity in goals and sharing of problems. Also when building trust, ensure to be loyal completely all along the way.
  • In a business, disputes and certain issues are bound to occur. However, it is advisable to resolve every dispute amicably with respect and professionalism.
Medical Device Procurement

Biosys: A Trusted Partner in Medical Device Procurement

At Biosys, we take pride in being a reliable partner for our clients, demonstrating our commitment to excellence across all aspects, including Biyovent, BioAqua, BioScope, and Bio2Flow. As a supplier, we firmly stand behind the quality and functionality of these critical healthcare devices. At Biosys, we thoroughly understand the challenges that suppliers face in the medical device procurement process, and we are committed to making our clients’ jobs easier. Our focus on providing top-notch products revolves around ensuring that our medical devices meet the objectives required by the healthcare sector, comply with regulatory standards, and obtain necessary certifications from organizations such as CE, WHO, and others. Additionally, we prioritize “Economic Viability,” evaluating the cost and overall expenses of our devices while considering their potential for improvement, impact on patient outcomes, and functional efficacy. Another crucial aspect is “Device Production and Design,” where our goal is to facilitate the ease and effectiveness of healthcare professionals (doctors, nurses, etc.) in using our devices, making their jobs more manageable. “Device Orientation and Usability” is emphasized, especially for intensive care equipment, ensuring easy accessibility and user-friendly interfaces. When it comes to “Device Lifespan,” durability and quality are our primary considerations, and we offer extended warranties for our devices. Furthermore, “Device Compatibility” is thoroughly evaluated to determine how well our medical devices integrate with current healthcare facilities, preventing potential complications and ensuring patient safety. Biosys is not just a supplier; we are your committed partner in achieving success and efficiency in your medical device procurement endeavors, offering support that goes beyond the transaction.

Discover the Biosys difference and explore our innovative and reliable healthcare solutions that meet the highest standards of quality, functionality, and usability. Whether you need solutions for an Intensive Care Mechanical Ventilator with Biyovent, Ventilator Compatible Humidifier with BioAqua, Intraoperative Neuromonitoring with BioScope, or High-Flow Oxygen Therapy with Bio2Flow; Biosys will provide the solutions you need in the specified areas.

References

mechanical-ventilation-and-ICU-ventilators

Mechanical Ventilation and ICU Ventilators: Learn All Details

What is Ventilation? 

Ventilation is the process of movement of air from the atmosphere through the airways to the terminal respiratory gas exchange units by the effort of the respiratory muscles or a mechanical ventilator if the patient is being ventilated. 

What is Respiration? 

Oxygen is essential for life. It is required by each human cell for its survival. It is abundantly present in the atmosphere and maintains a remarkably constant concentration of 20.9% in ambient air. Oxygen is taken up by the lungs through the act of inspiration and transported to the cells via the blood. At the cellular level, oxygen is utilized for the production of energy. In this process, carbon dioxide is released and transported back via the blood to the lungs from where it is expired out into the atmosphere. The act of the exchange of oxygen and carbon dioxide is called respiration. 

What is the Difference Between Ventilator and Respirator? 

A ventilator is a machine, a system using mechanical power and having several parts, each with a definite function and together performing a particular task. The task here is to provide all or part of the body’s work that is called breathing or ventilation. Respirator is an apparatus that people worn it over their mouth and nose or the entire face to prevent the inhalation of dangerous substances such as: dust, smoke, etc

Indications for Ventilation

⦁ Patients who require ventilatory support often develop a common pattern of physiological deterioration, including:
⦁ changes in respiratory rate
⦁ asynchronous respiratory pattern
⦁ changes in mental status and changes in level of consciousness
⦁ frequent oxygen desaturation despite increasing oxygen concentration
⦁ hypercapnia and respiratory acidosis
⦁ circulatory problems, including tachypnea, tachycardia, hypertension, or hypotension.(3)

Non-invasive Ventilation (NIV)

NIV refers to the provision of respiratory support without direct tracheal intubation. As such, it aims to avoid some of the complications inherent with invasive ventilation, such as the need for sedation with risks of hemodynamic instability and subsequent risk of delirium, nosocomial infection, etc.(2)
Recommendations for the use of non-invasive ventilation(4)
⦁ COPD exacerbations
⦁ Facilitation of weaning/extubation in patients with COPD
⦁ Cardiogenic pulmonary edema
⦁ Immunosuppressed patients
⦁ Do-not-intubate status
⦁ End-stage patients as palliative measure
⦁ Extubation failure (COPD or congestive heart failure) (prevention)
⦁ Community-acquired pneumonia in COPD
⦁ Postoperative respiratory failure (prevention and treatment)
⦁ Prevention of acute respiratory failure in asthma

Goals of Mechanical Ventilation

One of the most important treads of life support in the emergency department is Mechanical ventilation (MV). It provides time for recovery until the patient’s physiological balance is restored. This is why MV alone is not a unique and specific treatment for a particular disease; however, it has two general and main purposes: to support the injured lung and to protect the healthy lung.

Specific Goals of Mechanical Ventilation

⦁ Reversal of Apnea
⦁ Reversal of Respiratory Distress
⦁ Reversal of Severe Hypoxemia
⦁ Reversal of Severe Hypercapnia
⦁ Goals of Mechanical Ventilation in Postoperative
⦁ Respiratory Failure and Trauma
⦁ Goals of Mechanical Ventilation in Shock
One of the specific goals of MV is to promote the optimization of arterial blood gas levels and acid-base balance by providing oxygen and eliminating carbon dioxide (ventilation).(1) For patients with chronic diseases MV can reduce the work of breathing by taking effort from respiratory muscles and maintaining long-term respiratory support.
The ventilator is not a magical therapy that makes patients better but simply a supportive therapy used until more definitive therapies have time to work.

Apnea

Patients with apnea, such as those who have suffered catastrophic central nervous system (CNS) damage, need the immediate institution of mechanical ventilation.(2)

Non-invasive ventilation

Indications (3)

⦁ Moderate to severe dyspnoea
⦁ Tachypnoea (>25–30 breaths/minute)
⦁ Signs of increased work of breathing (abdominal paradox; accessory muscle use)
⦁ Fatigue
⦁ Acute-on-chronic respiratory failure: pH <7.35; pCO2 >6
⦁ Hypoxaemia (use with caution): paO2/FiO2 <27 Kpa

Contraindications (3)

⦁ Facial burns/trauma/recent facial upper airway surgery
⦁ Vomiting
⦁ Upper gastrointestinal surgery
⦁ Copious respiratory secretions
⦁ Severe hypoxemia
⦁ Hemodynamically instability
⦁ Severe co-morbidities
⦁ Confusion/agitation
⦁ Low Glasgow coma score
⦁ Unable to protect the airway
⦁ Bowel obstruction
⦁ Respiratory arrest

NIV today consists almost exclusively of the delivery of positive pressure ventilation via an external interface. There are six broad types of interfaces available;

⦁ total face masks (enclose mouth, nose, eyes)
⦁ full-face masks (enclose mouth and nose)
⦁ nasal mask (covers nose but not mouth)
⦁ mouthpieces (placed between lips and held in place by lip seal)
⦁ nasal pillows or plugs (inserted into nostrils)
⦁ helmet (covers the whole head/all or part of the neck – no contact with face).(3)

Invasive Ventilation

Invasive mechanical ventilation requires access to the trachea, most commonly via an endotracheal tube, and represents the commonest reason for admission to the ICU.(5)

Large multinational surveys confirm the common indications for invasive ventilation to be:
⦁ coma 16%
⦁ COPD 13%
⦁ ARDS 11%
⦁ heart failure 11%
⦁ pneumonia 11%
⦁ sepsis 11%
⦁ trauma 11%
⦁ postoperative complications 11%
⦁ neuromuscular disorders 5%.
⦁ NIV contraindications.(5)

Let’s Meet with Biyovent ICU Type Mechanical Ventilator

Biyovent ICU Type Mechanical Ventilator

Biyovent ICU Ventilator makes a difference in the ventilation process with its unique specifications. Biyovent has been carefully thought out with every detail of the ventilators and developed with a holistic approach. Prepared for mass production in cooperation with Arçelik, Baykar, and Aselsan.

What are some specific features of Biyovent?

⦁ Invasive and Non-invasive Ventilation
⦁ Integrated Nebulizer
⦁ High Flow Oxygen Therapy
⦁ Suitable for Pediatric, Adult and Newborn (Optional) Patients
⦁ Smart Ventilation Modes

Learn more details about Biyovent ICU Ventilator

Get in contact with the Biosys Sales Team

References


1- Frank Lodeserto MD, “Simplifying Mechanical Ventilation – Part I: Types of Breaths”, REBEL EM blog, March 8, 2018. Available at: https://rebelem.com/simplifying-mechanical-ventilation-part/.
2- Tobin M.J. 3rd edn. McGraw-Hill Education; 2012. Principles and practice of mechanical ventilation.
3- Popat B, Jones AT. Invasive and non-invasive mechanical ventilation. Medicine (Abingdon). 2012;40(6):298-304. doi:10.1016/j.mpmed.2012.03.010
4- Hess D.R. The evidence for noninvasive positive-pressure ventilation in the care of patients in acute respiratory failure: a systematic review of the literature. Respir Care. 2004;49:810–829.
5- Esteban A., Ferguson N.D., Meade M.O. Evolution of mechanical ventilation in response to clinical research. Am J Respir Crit Care Med. 2008;177:170–177