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RoWalker and Platform Walkers XL Walker and Rise and Go support Early Mobility
CategoriesPatient Handling

The Evolution of Early Patient Mobility and the Role of Platform Walkers

by sphmedicaladmin

Early patient mobility in Intensive Care Units (ICUs) and rehabilitation settings has been a focus of medical research for several years now. The consistent finding across studies is the profound impact of early movement post-treatment on accelerating recovery times. Despite this, implementing these crucial protocols can present significant challenges, especially when accommodating the diverse needs of patients of different sizes. This is where platform walkers have come into play, revolutionizing the field of early patient mobility.

A Look Back at the Genesis of the Cardiac Walker

The cardiac walker was borne out of necessity – the need to mobilize patients safely and efficiently after cardiac procedures. It was designed to provide support and stability, allowing patients to walk during the early stages of recovery. Over time, these walkers have evolved in design and functionality, becoming more user-friendly and adaptable to individual patient needs.

The Rise of Early Patient Mobility Programs

Early Patient Mobility programs in the U.S. have been gaining traction over the past few years. These programs are designed to get patients moving as soon as possible after surgery or during intensive care treatment. Studies have shown that early mobility can lead to shorter hospital stays, improved physical function, and better overall patient outcomes. However, the implementation of such programs is not without its challenges, particularly regarding patient safety and comfort.

The critical role of early patient mobility programs in Intensive Care Units (ICUs) is becoming increasingly recognized across the healthcare sector. These programs are designed to get patients moving as soon as possible, even during their intensive care treatment. The benefits of such initiatives are manifold and have far-reaching implications for both patients and healthcare providers.

Firstly, early mobility programs have been shown to significantly enhance patient outcomes. A study published in the Critical Care Nurse Journal found that early mobility can lead to improved physical function. This means that patients can regain their strength and independence faster, leading to an overall improvement in their health and wellbeing.

Secondly, these programs can also decrease lengths of stay in the ICU. Research in ScienceDirect’s Medical-Surgical Nursing Journal revealed that a controlled trial using a dedicated mobility team significantly reduced the length of ICU stays. This not only frees up valuable resources for other patients but also reduces the psychological impact of a prolonged hospital stay on patients.

Finally, early mobility programs can result in lower costs for healthcare providers. Despite the initial investment required to implement such programs, studies have shown that they are cost-effective in the long run. An article in the American Journal of Nursing highlighted the potential financial benefit of implementing an early mobility program at UCSF, demonstrating that the reduced length of stay and improved patient outcomes outweigh the additional staffing costs.

Early patient mobility programs in ICUs offer a host of benefits. They improve patient outcomes, reduce lengths of stay, and lower costs, making them an invaluable component of modern ICU care.

The Intersection of Cardiac Walkers and Early Patient Mobility

This is where cardiac or platform walkers come in. They offer a safe and effective solution to mobilize patients early in their recovery process. These devices provide support and balance, reducing the risk of falls and promoting patient confidence during mobility sessions. By facilitating patient movement, they play a crucial role in the success of Early Patient Mobility programs.

Early Patient Mobility and the SPH Medical RoWalkerThe Impact of Cardiac Walkers and Platform Walkers in Early Patient Mobility Programs

Cardiac walkers are also known as platform walkers. Under both names they have been instrumental in advancing Early Patient Mobility programs. They offer a safe and efficient means of mobilizing patients, thereby improving patient outcomes and reducing recovery times. Evidence from multiple studies supports the effectiveness of these devices in promoting early mobility.

The Future of Early Patient Mobility with Platform Walkers

The rising trend for Early Patient Mobility programs shows no signs of slowing down. As healthcare professionals continue to recognize the benefits of early mobility, the demand for effective tools such as platform walkers is likely to increase.

Healthcare providers are encouraged to embrace these tools as integral parts of their Early Patient Mobility programs. By doing so, they can enhance patient care and improve outcomes, all while ensuring patient safety and comfort.

As we look to the future, one thing is clear – platform walkers are set to play a pivotal role in the landscape of early patient mobility, shaping the way we approach patient recovery in ICUs and rehabilitation settings.

In conclusion, SPH Medical stands at the forefront of innovation in early patient mobility solutions. As a leader in the field, we are committed to enhancing patient care and improving outcomes through our pioneering products. Our catalog includes the RoWalker, an advanced platform walker that is revolutionizing patient recovery in ICUs across the nation. Alongside the RoWalker, we offer the Bure Rise & Go, a reliable and robust walker designed for patients requiring extra support during rehabilitation. The Bure XL Walker caters to patients of all sizes, ensuring everyone can benefit from early mobility programs. Rounding up our suite of mobility solutions is the EVA Support Walker, a safe and secure solution for promoting patient independence during recovery.

Our products are more than just mobility aids; they are game-changers in early patient mobility programs. They offer unmatched safety features, ensuring patient comfort and confidence during mobility sessions. We back our product claims with hard statistics, demonstrating their effectiveness in reducing hospital stays and improving patient outcomes.

At SPH Medical, we believe in empowering patients and healthcare providers alike. Therefore, we not only provide groundbreaking products but also actively engage in educating medical professionals on the benefits of early mobility. Our call to action is clear – let’s embrace the future of early patient mobility together. By choosing SPH Medical, you’re choosing a partner dedicated to advancing patient care and revolutionizing the landscape of early patient mobility.

Improve Patient and Staff safety with the EPD
CategoriesPatient Handling

Epidural Chair Safety in Labor and Delivery Hospital Units

by sphmedicaladmin

Introducing the Unparalleled Epidural Positioning Device

In the realm of labor and delivery, precision, comfort, and safety are paramount. Rising to meet these needs is the Epidural Positioning Device (EPD) from SPH Medical. Also known as the Epidural Chair, this groundbreaking device is a revolutionary tool designed with both patients and healthcare providers in mind. The EPD boasts a host of innovative features, including adjustable height and headrest tilt capabilities, easy maneuverability, and robust construction, all dedicated to ensuring optimal positioning for epidural procedures. The Epidural Chair creates the ideal spinal flexion for anesthesiologists while creating epidural chair safety and minimizing strain and risk of injury to nurses.

Epidural Positioning Chair improves safety

The Indispensable Role of the Epidural Chair Safety plays in Labor and Delivery Units

The EPD plays a crucial role in labor and delivery departments across the nation. It assists in achieving precise epidural placement, a critical factor in managing labor pain effectively. With the EPD, healthcare professionals can position patients accurately, reducing the risk of misplaced epidurals and subsequent complications.

Moreover, the Epidural Chair Safety significantly enhances patient comfort during the epidural placement. Its ergonomic design supports the patient’s body, allowing them to maintain the ideal position for an extended period without discomfort. This focus on comfort not only improves the patient experience but also contributes to a smoother, safer, needle placement process.

The Incomparable Benefits of the EPD in Labor and Delivery

The benefits of the EPD extend beyond precision and comfort. It significantly increases safety for both mother and baby by reducing the risks associated with epidural placement. Its design allows for more accurate needle guidance, minimizing the chance of dural puncture and other complications.

Furthermore, the EPD offers substantial advantages for healthcare providers. It reduces physical strain on doctors and nurses, who no longer need to physically support patients during the procedure. This ergonomic advantage can lessen the occurrence of work-related injuries among medical staff, enhancing overall department efficiency.

Proven Effectiveness: Epidural Chair Safety

The effectiveness of the EPD isn’t merely theoretical; it’s supported by real-world examples and compelling statistics. An increasing number of hospitals nationwide are reporting improved patient outcomes and increased staff satisfaction after implementing the EPD in their labor and delivery departments.

A Clear Call to Action

In light of these undeniable benefits, the conclusion is clear: the EPD from SPH Medical is an essential tool for any labor and delivery department. Its combination of precision, comfort, safety, and provider-friendly design make it an invaluable asset for enhancing patient care and staff wellbeing. We strongly encourage hospitals and birthing centers nationwide to consider its implementation. Embrace the future of labor and delivery care with the Epidural Positioning Device – a decision that promises unparalleled benefits for patients and healthcare providers alike.

The SPH Medical RoWalker is the gold standard of early mobility walkers
CategoriesPatient Handling

SPH Medical RoWalker Redefining Early Mobility with a Walker for All Sizes

by sphmedicaladmin

SPH Medical is a beacon of innovation in the realm of healthcare safety and mobility. Our unwavering commitment to improving patient outcomes is at the heart of our mission. We continually strive to redefine patient early mobility, particularly in critical care areas such as Intensive Care Units (ICUs) and hospital/rehab settings.

The Crucial Role of Early Mobility

The role of early patient mobility in ICUs and rehab settings is pivotal. Cutting-edge research consistently underscores the profound impact of initiating movement post-treatment on accelerating recovery times. However, this crucial aspect of patient care often presents an array of challenges, particularly when addressing the diverse needs of patients of all sizes.

The SPH Medical RoWalker: A Game-Changing Solution

In response to these challenges, we bring to you the SPH Medical RoWalker – an early mobility platform walker designed to transform patient mobility protocols while prioritizing the safety and comfort of patients of all sizes.

The Exceptional Features of the SPH Medical RoWalker

The RoWalker stands as a testament to exceptional design and functionality. Its adjustable height setting accommodates a wide range of patients, ensuring inclusivity in care. The ergonomic hand grip design guarantees a secure and comfortable grip, building patient confidence during mobility sessions.

The standout feature of the RoWalker is its integrated seat flaps. The safety seats are often the number one reason that nurses and therapists select the RoWalker over all other ambulation devices.  This innovative feature not only prevents falls but also allows for fewer nurses or therapy staff to work with a patient, eliminating the need to follow the patient with a wheelchair. Furthermore, these seat flaps enable the patient to rest when needed, fostering a sense of autonomy and dignity.  Having the opportunity to allow the patient to rest and regain energy results in more steps being taken during a therapy session and ultimately contributes to a reduced length of stay.

Moreover, the RoWalker’s impressive weight capacity of up to 400lbs makes it a versatile choice for patients of all sizes and body types. The padded arm rests can be adjusted in or out and the safety seats can rotate outward 180 degrees to allow for larger body types. For heavier patients up to 530lbs, we proudly offer the Bure XL Platform Walker.

The RoWalker also offers optional accessories such as an IV Pole, Oxygen Tank Holder, and a front basket. These accessories ensure that even the most complex ICU patient can carry all necessary equipment during ambulation, making the RoWalker a comprehensive solution for early patient mobility.The SPH Medical Universal IV Pole attaches to RoWalker and stretchers, wheelchairs and more.

Directional casters are standard on the RoWalker.  These locking casters allow the RoWalker to track in a straight line during walking exercise.  For tight turns the directional casters can be left unlocked.  The base of the RoWalker opens and closes with the simple press of a foot lever which may be useful to access a chair or bed with low frame.

The Unparalleled Benefits of the SPH Medical RoWalker

The RoWalker is not merely a mobility aid – it is a revolution in patient care. By enhancing patient mobility, reducing injury risk, and improving comfort levels, the RoWalker is setting new standards of care. Real-world case studies confirm these benefits, showcasing notable improvement in patient recovery times following the integration of RoWalker into care routines.

The RoWalker in Practice: Empowering Patients of All Sizes

Patients of all sizes often face unique mobility challenges, necessitating specialized care and equipment. The RoWalker, with its robust construction and accommodating design, is tailor-made to meet these requirements. Our data reveals a significant increase in early patient mobility among patients of all sizes following the introduction of RoWalker, underscoring its effectiveness.

The Transformative Impact of the RoWalker on Patient Early Mobility

The SPH Medical RoWalker is more than a device; it’s a paradigm shift in early patient mobility. Its innovative design, coupled with remarkable safety features, establishes it as the gold standard of early mobility platform walkers.

We invite healthcare professionals dedicated to improving patient outcomes to experience the transformative power of the RoWalker.

In conclusion, the RoWalker by SPH Medical isn’t merely a product – it’s a commitment. A commitment to enhanced patient mobility, unrivaled care, and accelerated recovery times. Embrace the future of patient care with the RoWalker today.

ICU Cardiac Walker for Early Mobility the SPH Medical RoWalker
Categoriesearly mobility

SPH Medical RoWalker: The Superior Cardiac Platform Walker for ICU Early Mobility Programs

by sphmedicaladmin

In the realm of healthcare safety and mobility, SPH Medical stands at the vanguard of innovation. Today, we spotlight a product that exemplifies our commitment to excellence the SPH Medical RoWalker, the unrivaled cardiac platform walker for ICU early mobility programs.

The Imperative of Early Patient Mobility in ICUs and Rehab Settings

The critical role of early patient mobility in Intensive Care Units (ICUs) and rehabilitation settings is a well-documented fact in contemporary medical research. A growing body of evidence strongly emphasizes the substantial impact of early mobilization post-treatment in expediting recovery times.

A study published in Springer’s Intensive Care Medicine journal underscores the importance of initiating physical rehabilitation within a few days after ICU admission source. Similarly, research featured in ScienceDirect reveals that a controlled trial using a dedicated mobility team significantly enhanced the effectiveness of early mobilization in the ICU setting.

Furthermore, an article in the American Journal of Nursing demonstrates the efficacy of early mobility in an ICU setting, revealing improved patient outcomes following the implementation of an early mobility program source. Another study in the Physical Therapy Journal found that a nurse-driven mobility protocol provided significant benefits to ICU and intermediate care unit patients.

Moreover, research published in Sage Journals associates the implementation of an early rehabilitation program with a reduced length of stay in multiple ICUs source. A systematic review in PLOS ONE also suggests that early mobilization during ICU stay may lead to more considerable benefits, particularly in settings where there is currently no early intervention.

However, despite the overwhelming evidence supporting early patient mobility, implementing these critical protocols can present significant challenges. This is particularly true when accommodating the diverse needs of patients of different sizes. It is in this context that the RoWalker emerges as a game-changer, providing an innovative solution to address and overcome these challenges.

Introducing the SPH Medical RoWalker

The RoWalker is nothing short of a revolution in the field of early mobility. Designed with meticulous precision to overcome the hurdles of ICU early mobility programs, it places patient safety and comfort at the forefront, catering to patients of all sizes with unerring ease. It’s the definitive solution for early patient mobility.

Standout Features of the SPH Medical RoWalker

The RoWalker’s design marries functionality with cutting-edge innovation. It boasts an adjustable height setting to accommodate a wide range of patients. Integrated seat flaps not only prevent falls but also allow patients to rest when necessary, fostering a sense of autonomy and dignity in care.

What truly sets the RoWalker apart is its impressive weight capacity of up to 400lbs, making it an all-encompassing choice for patients of all sizes. Furthermore, it offers optional accessories such as an IV Pole, Oxygen Tank Holder, and a front basket, ensuring that even the most complex ICU patients have all necessary equipment during ambulation.Features of the SPH Medical RoWalker

  • Boasting a remarkable weight capacity of 400 lbs
  • Facilitate early patient mobility and expedite hospital discharge times
  • Encourage patients to surpass their mobility milestones
  • The RoWalker accommodates all essential equipment for complex patients; IV Pole, O2 tank holder, basket for cardiac monitor
  • Minimize the risk of falls with superior safety features including seat flaps
  • Padded Table / Arm Rests are width adjustable
  • Directional Locking castors allow the RoWalker to track in a straight line down hallways

Directional casters are standard on the SPH Medical RoWalker

The Unrivaled Benefits of the SPH Medical RoWalker

The RoWalker transcends the definition of a mobility aid; it’s a watershed moment in patient care. By enhancing patient mobility, reducing injury risk, and improving comfort levels, the RoWalker is redefining standards of care. Real-world case studies bear testament to these benefits, demonstrating a marked improvement in patient recovery times with the integration of the RoWalker into care routines.

The RoWalker at Work: Empowering Patients of All Sizes

Patients of all sizes often grapple with unique mobility challenges, necessitating specialized care and equipment. The RoWalker, with its robust construction and accommodating design, is tailor-made to meet these needs. Our data unequivocally shows a significant surge in early patient mobility among patients of all sizes following the introduction of the RoWalker, underlining its unmatched effectiveness.

Conclusion: The Game-Changing Impact of the SPH Medical RoWalker

The RoWalker represents a seismic shift in early patient mobility. Its innovative design, coupled with its extraordinary safety features, cements its position as the gold standard of early mobility platform walkers. We extend an invitation to healthcare professionals committed to enhancing patient outcomes to experience the transformative power of the RoWalker firsthand.

In conclusion, the RoWalker by SPH Medical is more than a product it’s a pledge. A pledge to enhanced patient mobility, unparalleled care, and expedited recovery times. Embrace the future of patient care with the RoWalker today.

Improve safety during Thoracentesis with the SPH Medical EPD
CategoriesPatient Handling

Imaging and Interventional Radiology Implement SPH Medical’s Epidural Positioning Device

by sphmedicaladmin

SPH Medical’s Epidural Positioning Device (EPD) is a breakthrough tool that is transforming the landscape of imaging and interventional radiology departments across the nation. The device’s innovative design and functionality make it an invaluable asset in these departments, where precision, patient comfort, and safety are paramount. With Interventional Radiology and EPD, or Epidural Chair, this is quickly becoming a standard of care at leading healthcare facilities in multiple departments to solve patient positioning challenges that put staff at risk of a musculoskeletal injury.

A Deep Dive: Upright Seated Procedures in Interventional Radiology and EPD

Interventional radiology and imaging departments are often the unseen heroes of medical diagnostics and treatment. Among the myriad procedures they handle, thoracentesis stands out as a procedure that requires the patient to be in an upright seated position, making it a perfect candidate for the benefits offered by the EPD.

Thoracentesis: A Closer Look

Thoracentesis is a minimally invasive procedure performed to remove excess fluid from the space between the lungs and the chest wall, known as the pleural space. This excess fluid, if not treated, can cause shortness of breath or even lead to serious complications like pneumonia or lung collapse.

During thoracentesis, the patient is typically seated upright with their arms resting on a table. This position allows healthcare providers to access the pleural space more easily. However, maintaining this position can be challenging and uncomfortable for patients, especially those with chronic conditions or limited mobility.

SPH Medical's EPD for has dramatically improved safety for Thoracentesis

The Integral Role of the EPD in Imaging and Interventional Radiology

In the world of imaging and interventional radiology, the EPD plays a pivotal role by facilitating precise patient positioning for various procedures. This precise positioning is crucial for obtaining high-quality images, which in turn, aids in accurate diagnosis and treatment planning.

Moreover, the EPD significantly enhances patient comfort and safety during interventional radiology procedures. Its ergonomic design supports the patient’s body, allowing them to maintain the required position for extended periods without discomfort. This focus on patient comfort not only improves the patient experience but also reduces the risk of movement-related complications during procedures.

Interventional Radiology and EPD; The Unsurpassed Benefits

The benefits of the EPD extend beyond patient comfort and safety. It contributes significantly to reducing the risk of complications associated with poor positioning, such as suboptimal image quality or procedural difficulties. With the EPD, healthcare professionals can obtain clearer images, leading to more accurate diagnoses and more effective interventions.

Additionally, the EPD offers substantial advantages for healthcare providers. Its design reduces physical strain on radiologists and technicians, who no longer need to manually adjust patients during procedures. This ergonomic advantage can lessen the occurrence of work-related injuries among medical staff, enhancing overall department efficiency.

Proven Effectiveness: Case Studies and Statistics

The effectiveness of the EPD isn’t merely theoretical; it’s supported by real-world examples and compelling statistics. An increasing number of imaging and interventional radiology departments nationwide are reporting improved patient outcomes and increased staff satisfaction after implementing the EPD in their procedures1.

A Resounding Call to Action

SPH Medical’s Epidural Positioning Device (EPD) is a breakthrough tool that is transforming the landscape of Interventional Radiology and EPD. The device’s innovative design and functionality make it an invaluable asset in these departments, where precision, patient comfort, and safety are paramount.

In light of these undeniable benefits, the conclusion is clear: the EPD from SPH Medical is an essential tool for any imaging or interventional radiology department. Its combination of precision, comfort, safety, and provider-friendly design make it an invaluable asset for enhancing patient care and staff wellbeing. We strongly encourage hospitals and imaging centers nationwide to consider its implementation. Embrace the future of imaging and interventional radiology care with the Epidural Positioning Device – a decision that promises unparalleled benefits for patients and healthcare providers alike.

AORN recommends using an Air Powered Lateral Transfer System for supine transfers in Perioperative care areas
Categoriesair transfer systems,  Patient Handling

The Importance of Safe Patient Handling in Surgery Departments: The SPH Medical Air Transfer and Positioning System Solution

by sphmedicaladmin

Healthcare settings have a paramount duty to ensure both patient and staff safety including safe patient handling in surgery departments. However, one critical aspect often overlooked is the risk associated with manual patient handling in surgery departments. This issue has become a significant concern due to its dire consequences on caregiver health and hospital operations.

The Risks of Manual Patient Handling

Manual patient handling poses considerable risks to healthcare providers. According to a study published in the Journal of Advanced Nursing, nurses involved in manual patient handling activities experience a high rate of musculoskeletal injuries1. Another study found that there was a notable increase in musculoskeletal injuries among hospital patient care staff before the implementation of patient lift and transfer equipment.

Why This Problem Exists

The continued use of manual patient handling can be attributed to several factors, including a lack of awareness about the risks, inadequate training, and the gaps in supply and backorders of safer patient handling equipment. These gaps can lead to situations where caregivers have no choice but to resort to manual patient handling, putting themselves at risk.

In the bustling environment of a surgery department, healthcare professionals are constantly faced with various manual patient handling tasks. These tasks, while essential for patient care, can pose significant risks for injuries to staff members.

Common Manual Handling Tasks in Surgery Departments; Lateral Transfers

One of the most predictable and frequent tasks is the lateral transfer of patients on and off the operating table. When a patient is sedated for surgery, they become entirely dependent on the healthcare staff for movement. This dependence increases the physical demand on the healthcare professionals, leading to a higher risk of musculoskeletal injuries.

Limb Holding

Another common task is limb holding during surgical procedures. This task requires nurses and techs to maintain a steady hold on a patient’s limb for extended periods, often in awkward postures. This static strain can lead to musculoskeletal disorders such as back, neck, and shoulder injuries.

Band Sling can be used to hold limbs

Turning Patients

Turning patients to a prone position is another routine task that can be hazardous. It involves manually rolling the sedated patient onto their stomach, which can be particularly challenging for heavier patients. This activity puts a lot of strain on the caregiver’s body, increasing the risk of injury.The Tri Turner can bre used to turn patients and hold them in side lying

The Need for Safe Patient Handling

Given the inherent risks associated with these tasks, it’s clear that there’s a crucial need for safe patient handling practices in surgery departments. Implementing safe patient handling interventions can significantly reduce overexertion injuries by replacing manual patient handling.

Moreover, the use of safe patient handling technology can mobilize patients gently, earlier, and progressively without risking injury to caregivers. It’s time to transform the way we handle patients in surgery departments – for the sake of both patient and staff safety.

The SPH Medical Air Transfer and Positioning System: A Gold Standard Solution

The SPH Medical Air Transfer and Positioning System is a revolutionary product designed to mitigate the risks associated with manual patient handling. It uses air-assisted technology to facilitate safe and efficient patient transfer and positioning, significantly reducing the physical strain on caregivers.Single Patient Use Air Transfer Mat is part of the Air Powered Transfer and Positioning System

Why It’s the Best Solution for Safe patient Handling in Surgery Departments

When compared to other patient handling methods, the SPH Medical Air Transfer and Positioning System comes out on top. It has been proven to reduce the risk of injury while performing patient handling tasks, specifically those predictable lateral transfers on and off the OR table. The 1000 lb weight capacity and variety of transfer mat sizes allow this solution to be used for all surgery patients. Moreover, it is considered a “gold standard” and a “trusted partner” for hospitals looking to improve patient and staff safety.

Cost-Effectiveness of the System

The costs associated with manual patient handling are staggering. These include direct costs such as treatment and rehabilitation for injured staff, and indirect costs like lost productivity and potential lawsuits. Investing in the SPH Medical Air Transfer and Positioning System can significantly reduce these costs. The system’s efficiency and reliability translate into fewer injuries, less downtime, and a safer working environment, making it a cost-effective solution for hospitals.

Conclusion: The Clear Choice for Enhanced Safety and Efficiency

The risks associated with manual patient handling in surgery departments are clear and present. However, solutions like the SPH Medical Air Transfer and Positioning System offer a way forward. This system not only improves patient and staff safety but also proves to be a cost-effective solution for hospitals.

By addressing critical supply needs and implementing safe patient handling systems, hospitals can significantly reduce workplace injuries, improve staff morale, and ultimately enhance patient care. Contact SPH Medical today to explore how this system can revolutionize your patient handling procedures.

Reduce Injuries from Lateral Transfers and Repositioning with the SPH Medical Air Transfer System
CategoriesPatient Handling

Revolutionizing Patient Handling with the Air Powered Transfer and Positioning System (APTAPS)

by sphmedicaladmin

As a Nursing Director or even a hospital’s Director of Purchasing, ensuring the safety of your staff is paramount. The risk of workplace injuries due to manual patient handling across all departments, including surgery, is a significant concern that requires an effective solution. At SPH Medical, we understand these challenges and are committed to providing innovative, cost-effective solutions that can be deployed quickly and easily. This includes revolutionizing patient handling with the air powered transfer and positioning system (APTAPS).

The Market’s Need for an Effective Solution

Manual patient handling contributes significantly to the prevalence of workplace injuries in healthcare settings. Studies reveal that it is the most frequently reported risk factor for work-related musculoskeletal disorders. The demand for a solution that addresses this issue effectively is urgent and critical.

The Demand for a Cost-Effective, Easy-to-Implement Solution

In the face of rising healthcare costs and staff shortages, hospitals need solutions that are not only effective but also cost-efficient and easy to deploy. As a Director of Purchasing, your role involves finding products that meet these criteria while ensuring the highest level of patient care and staff safety.

Introducing the Air Powered Transfer and Positioning System (APTAPS)

SPH Medical’s Air Powered Transfer and Positioning System (APTAPS) is designed to address the challenges of manual patient handling. This unique product offering significantly reduces the risk of caregiver injury by eliminating the need for manual lifting, moving, and repositioning of patients.Air Transfer and Positioning System with Single Patient Use Air Transfer Mat by SPH Medical

Detailed Overview of the Air Powered Transfer and Positioning System (APTAPS)

SPH Medical’s Air Powered Transfer and Positioning System (APTAPS) is more than just a unique product offering; it’s your solution to the every day challenges of manual patient handling in hospitals. This revolutionary system has been meticulously designed to significantly reduce the risk of caregiver injury and promote a safer working environment.

The APTAPS comprises several key components, each contributing to its effectiveness and ease of use.

The Air Supply

The heart of the APTAPS is the air supply, a robust and reliable piece of equipment that generates the necessary airflow to inflate the transfer mat.  The transfer mat has laser pin holes on the bottom side which allows a thin layer of air to escape. The air significantly reduces friction between the mat and the transfer surface.  Together the Air Supply and the Mat enable seamless patient transfer and positioning. The air supply is not only powerful but also engineered for precise control, ensuring optimal performance and safety during operations.

The Hose

Connecting the air supply to the transfer mat is a sturdy hose designed to withstand regular use while maintaining a secure connection. This vital component ensures that the air supply reaches the mat efficiently, facilitating quick inflation and deflation for smooth patient transfers.  Longer hoses are available for unique applications.  For Example: one emergency room wanted to mount the air supply on the wall and needed a longer hose to reach the foot end of the mattress.

The Power Cord

Powering the entire system is a durable power cord, designed to provide a consistent and reliable source of electricity to the air supply. The cord’s length is optimized for flexibility and convenience, allowing for easy setup and operation in various hospital environments.

The Air Transfer Mattress – Truly the Core of the system

The air transfer mattress is the center piece of the system. Available in various full-length sizes such as 34″, 39″, 50″, and “short” half-length transfer mats are available in 34″ and 39″ widths. The diverse size range caters to different patient needs and specific procedures. The mattress inflates quickly, creating a cushion of air beneath the inflated mattress that allows patients to be moved with minimal effort, thereby reducing friction and dangerous push-pull forces.

Two material options are available for the transfer mattresses: single patient use/disposable and a reusable nylon version. The single-use version is ideal for minimizing cross-contamination risks, while the reusable option is washable and offers a cost-effective solution for frequent patient transfers.  The single patient use version is breathable and and be left under patients for extended periods.

 Cost effective Single Patient Use Air Transfer Mat compatible with most motors and pumps in use today

In conclusion, the Air Powered Transfer and Positioning System (APTAPS) by SPH Medical, with its various components working seamlessly together, offers a comprehensive solution to the challenges of manual patient handling. Its innovative design and diverse range of mattress sizes and materials make it an invaluable asset in any healthcare setting. Choose APTAPS today and take a significant step towards enhancing patient and staff safety at your facility. Contact SPH Medical to discuss how APTAPS can address your critical supply needs.

The Benefits of the APTAPS

The APTAPS offers numerous benefits. It improves safety for both patients and staff, and its cost-effectiveness makes it an attractive solution for hospitals of all sizes. Hospitals that have switched to SPH Medical’s APTAPS for both single patient use and reusable transfer mats have realized significant cost savings.

Why Hospitals are Choosing SPH Medical’s APTAPS

Case Studies of Successful Implementations
Several hospitals have switched to SPH Medical’s APTAPS and experienced significant benefits. These hospitals report reduced rates of staff injuries, improved patient safety, and substantial cost savings. The SPH Medical Air Transfer Mat is compatible with other manufacturer’s air supplies/motors/pumps already In hospitals today.  Now hospital can purchase a more cost effective solution from SPH Medical and save thousands of dollars.

The Competitive Edge of SPH Medical

Why choose SPH Medical? Our commitment to quality, cost-effectiveness, and outstanding customer service sets us apart. We understand the unique challenges faced by hospitals and are dedicated to providing solutions that make a difference.

Choose SPH Medical for Safer Patient Handling

In conclusion, SPH Medical is your trusted partner in providing safe, efficient patient handling solutions. The Air Powered Transfer and Positioning System (APTAPS) stands as a testament to our commitment to injury prevention and patient safety.

We invite you to contact us today to understand how the APTAPS can revolutionize patient handling at your hospital, ensuring a safer, more efficient work environment. At SPH Medical, patient and staff safety is our priority. Let us help you address your critical supply needs and pave the way for a safer future in healthcare.

CategoriesPatient Handling

The Importance of Early Patient Mobility and the Benefits to Patients and Hospital Staff

by sphmedicaladmin

In the world of healthcare, the importance of early patient mobility is not just a beneficial practice; it’s a necessity. The importance of getting patients mobile as quickly as possible cannot be overstated. It reduces length of stay, improves respiratory and circulatory function, and speeds recovery. However, manual patient handling carries its own risks, including potential injuries to both the patient and caregiver. Enter cardiac walkers, also known as platform walkers, a solution that safely mobilizes patients while reducing these risks.

Understanding Cardiac Walkers: Your Key to Safe Patient Mobilization

Cardiac walkers are specially designed devices that support and stabilize patients as they regain their mobility. They play an integral role in helping patients move safely and comfortably, offering an effective alternative to manual handling. By using a cardiac walker, healthcare providers can reduce the risk of injury and ensure a smooth transition from immobility to mobility for their patients.

Spotlight on SPH Medical’s Bure XL Walker: The Gold Standard in Patient Mobility

The Bure XL Walker from SPH Medical is a standout in the realm of cardiac walkers. This robust product supports patients up to 530 lbs, accommodating a diverse range of patient needs. The Bure XL Walker is not only strong but also equipped with essential accessories like an IV Pole and Oxygen tank holder. Its Transfer Plate Accessory further enhances its functionality, enabling the walker to be used for sit-to-stand transfers. With the Bure XL Walker, the importance of early patient mobility is safer and more efficient than ever.Bure XL Cardiac Platform Walker 530 lb capacity

Introducing SPH Medical’s Bure Rise & Go DB: Power and Comfort Combined

Next, we present the Bure Rise & Go DB, another stellar product from SPH Medical. This walker shines with its power rise function, ergonomic handles, and folding armrests that open up to allow access to handles for sit-to-stand action. Its unique walking harness provides additional support, promoting patient confidence during mobility exercises. The Bure Rise & Go DB can accommodate patients up to 330 lbs, and its Transfer Plate Accessory allows for seamless sit-to-stand transfers.Bure Rise and Go DB platform cardiac walker

Evidence Supporting Early Patient Mobility Programs: The Stats Don’t Lie

The importance of early patient mobility programs are supported by substantial evidence. Studies show that these programs significantly improve patient outcomes, reduce the length of hospital stays, and cut healthcare costs1. As such, there’s a national trend towards implementing early patient mobility programs in hospitals across the country. The success stories are numerous, and the positive impact on patient recovery is undeniable.

SPH Medical as Your Trusted Partner in Early Patient Mobility

In summary, SPH Medical’s cardiac walkers – the Bure XL Walker and the Bure Rise & Go DB – offer an effective and safe solution for patient mobility. Our commitment to patient and staff safety is unwavering, and we’re proud to be part of the movement towards early patient mobility. If you want to learn more about our products and services, or if you’re ready to take a step towards safer patient handling, contact SPH Medical today. We’re here to support you in your critical mission of providing excellent patient care.

Cardiac Walkers for Early Mobility
CategoriesPatient Handling

Revolutionizing ICU Patient Mobility: A Comprehensive Review & Comparison of SPH Medical’s Bure Cardiac Walkers

by sphmedicaladmin

In the realm of intensive care, early patient mobility is a critical aspect of ICU programs. However, nurses and physical therapists face significant challenges in safely mobilizing patients. This article aims to shed light on these challenges and explore how the Bure Cardiac Walkers from SPH Medical are revolutionizing ICU patient mobility.

The Imperative of Early Patient Mobility

Early patient mobility is vital in ICUs. It aids in enhancing patient functionality, reducing the duration of ICU stays, and improving overall patient outcomes. However, implementing effective early mobility protocols presents a slew of challenges for healthcare professionals.

Challenges in ICU Patient Mobility

Nurses and physical therapists often grapple with various barriers when trying to mobilize patients. These range from patient safety concerns and uncooperative behavior to active medical issues. Moreover, the lack of education or trained workforce also poses considerable challenges4. When nurses feel they lack sufficient physical strength to mobilize high-risk patients, the level of mobility decreases, often resulting in longer hospital stays5.

Introduction to SPH Medical’s Bure Cardiac Walkers

Addressing these challenges requires innovative solutions. Enter SPH Medical’s Bure Cardiac Walkers, the Bure Rise and Go DB Walker, Bure XL Walker, and Bure Standard Walker. These devices are engineered to revolutionize patient mobility in ICUs, offering a host of features and benefits that cater to diverse patient needs.

Bure Rise and Go DB Walker: An All-Inclusive Solution

The Bure Rise and Go DB Walker is more than just a mobility aid; it’s an all-inclusive solution designed to empower both patients and healthcareThe SPH Medical Rise & Go Platform Walker offers a unique walking harness as well as IV Pole and Oxygen Tank Holder professionals. Its innovative design facilitates easy transitions from sitting to standing, significantly reducing the physical strain on healthcare professionals and enabling them to safely and efficiently mobilize patients.

But what sets the Bure Rise and Go DB Walker apart are its optional accessories, including an ambulation harness,. This harness is designed to support patients during the standing and walking process, providing added safety in ICU patient mobility. With these features and accessories, the Bure Rise and Go DB Walker is not just a product; it’s a comprehensive solution for patient mobility. Other available accessories include an integrated IV Pole and Oxygen Tank holder.

Bure XL Walker: A Robust Solution for Enhanced Stability

The Bure XL Walker is a testament to SPH Medical’s commitment to providing robust and versatile solutions for patient mobility. It offers unparalleled stabilityThe XL Platform Walker by SPH Medical is the new hospital standard in early patient mobility and comfort for patients, facilitating early mobility and reducing the duration of ICU stays. Its advanced features make standing and walking easier, enhancing patient outcomes and improving overall healthcare efficiency.

What’s more, the Bure XL Walker addresses a previously unmet need in patient mobility solutions – a higher weight capacity. With a staggering weight capacity of 529 lbs, it caters to a broader range of patients, ensuring that no patient is left behind in the journey towards improved mobility. The Bure XL Walker also offers a range of optional accessories, including an integrated IV Pole and Oxygen Tank holder, further enhancing its versatility and usability.

Bure Standard Walker: ICU Patient Mobility

The Bure Standard Walker is proof that simplicity and functionality can go hand in hand. It offers a user-friendly design that adapts seamlessly to the user’s needs, making it a versatile choice for a broad range of patients. With adjustable handles and an easily reachable hand controller, it promotes early patient mobility and improves functional abilities.The SPH Medical Standard Platform Walker offers a powered veritcal raising and lowering platform and a fixed base while supporting up to 330 lbs

Comparing and Contrasting the Three Bure Cardiac Walkers from SPH Medical

While all three walkers are designed to enhance early patient mobility, they each offer unique advantages. The Bure Rise and Go DB Walker excels in facilitating standing and sit to stand transfers as well as early mobility, the Bure XL Walker specializes in providing superior stability and comfort for all patients including bariatric patients, and the Bure Standard Walker shines with its user-friendly design and simplicity. Regardless of the patient’s specific needs, SPH Medical has a walker that can meet them.

Conclusion

Addressing the challenges of early patient mobility requires innovative solutions, and SPH Medical’s Bure Cardiac Walkers provide just that. By offering superior features and benefits, these walkers pave the way for safer and more effective patient mobilization in ICUs. They not only enhance patient outcomes but also reduce the strain on healthcare professionals, making them the ideal choice for any ICU patient mobility. Explore these products further and consider them for your ICU programs today.

The Epidural Chair or EPD is the standard of care for epidurals and spinal blocks
CategoriesPatient Handling

Enhancing Safety and Efficiency in Labor and Delivery Units with the Epidural Positioning Device

by sphmedicaladmin

Nurses in Labor and Delivery units play a pivotal role in ensuring the safety and comfort of patients during one of the most crucial moments of their lives. However, this responsibility often comes with inherent risks, particularly when it involves providing manual support to patients during epidural placements. The epidural procedure, a commonly administered form of pain relief during labor, is a complex process that necessitates precise positioning and relentless support from the attending nurses. This requirement poses significant physical challenges to these dedicated healthcare professionals, leading to a potential increase in workplace injuries. One form of safe patient handling is the epidural positioning device or (EPD), this is commonly used in labor and delivery units.

Understanding the Epidural Procedure and Its Inherent Risks to Nurses

It’s not uncommon for nurses in Labor and Delivery units to resort to using stacks of pillows or unstable bedside tables to help position patients for epidural placements. This makeshift solution, while seemingly practical, exposes the nurses to undue risk. Nurses often find themselves in precarious situations, having to bear the weight of the patient leaning over these unstable supports, and in worst-case scenarios, even catching a falling patient. These situations drastically heighten the risk of injury to the nurse, adding to the physical strain of their already demanding roles.

Statistics paint a stark picture; nurses working in Labor and Delivery units face higher injury rates compared to their counterparts in other nursing specialties. The physical demands involved in epidural procedures contribute significantly to this alarming trend. Real-life accounts from nurses who have experienced close calls, injuries, or sustained harm while manually supporting patients during these procedures provide further evidence of the urgent need for safer and more efficient solutions.

In light of these circumstances, it becomes clear that the current practices surrounding epidural procedures need a revolutionary change. A change that prioritizes not only patient comfort but also the safety and wellbeing of our invaluable nurses.

Unveiling the Epidural Positioning Device (EPD)

The EPD emerges as a game-changer in this scenario. This innovative device is expertly designed to alleviate the physical strain on nurses during epidural placements. It works by positioning the patient safely and effectively for the anesthesiologist, reducing the need for manual support. With a step-by-step guide, using the EPD is straightforward, making it an ideal tool in any Labor and Delivery unit.Improve safety and efficiency with EPD the epidural positioning device by SPH Medical

The manifold Benefits of Using the Epidural Positioning Device

The safety benefits of the EPD for nurses are numerous. Studies suggest that the use of the EPD can significantly reduce the risk of injury among nurses, promoting a healthier work environment. Furthermore, the EPD has been shown to increase efficiency in epidural placements, streamlining the process and saving valuable time. Testimonials from nurses and anesthesiologists echo these findings, emphasizing the remarkable benefits of the EPD.

Standardizing the EPD for Safety and Efficiency

Given these impressive benefits, standardizing the use of the EPD across Labor and Delivery units is a logical step. It promotes consistent safety practices, reducing the risk of injury among nurses. Furthermore, the potential time and cost savings associated with the use of the EPD make it an economically sound investment. Hospitals are therefore strongly encouraged to consider integrating the EPD into their Labor and Delivery units.

In conclusion, manual patient support during epidural placements poses a significant risk to nurses. The EPD mitigates these risks, promoting safety and efficiency in Labor and Delivery units. Prioritizing nurse safety and efficiency is not just about reducing injuries it’s about creating a better working environment that ultimately leads to enhanced patient care. As such, the adoption of the EPD as a standard practice in hospitals is strongly recommended. Invest in the EPD today, and take a decisive step towards enhancing safety and efficiency in your Labor and Delivery unit.

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