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Baton Rouge, United States
11-50 Employees
2008
VasoCARE’s mission is to provide the highest quality medical devices for improving blood flow (venous, arterial, and lymphatic) in treating chronic venous disease, peripheral arterial disease, lymphedema, and the prevention of DVT. VasoCARE works directly with physicians, hospitals, and insurance companies to make the process of getting equipment as quick as possible. VasoCARE is accredited by Healthcare Quality Association on Accreditation (HQAA) and operates within the policies and procedures set forth by HQAA. VasoCARE 6554 Florida Blvd Suite 123 Baton Rouge, LA 70806. VasoCARE provides the Legacy® IPC, the first and only device that weighs 70 grams, promotes frequent ambulation, improves nurse and patient compliance by over 80%, and reduces DVT by more than 60%. VasoCARE chooses to provide Bio Compression’s line of pneumatic compression devices because their devices provide calibrated, gradient compression in treating edema, lymphedema, and venous stasis ulcers. VasoCARE provides the VeinOPlus® Vascular device because this advanced neuro-muscular electrical stimulation device improves venous outflow 7x and arterial inflow 5x. We respect the rights of our patients and provide responsive, timely customer service.
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Why prescribe the Sequential Circulator Pneumatic Compression Device?
... Why prescribe the Sequential Circulator Pneumatic Compression Device? ...
Moonachie, United States
11-50 Employees
Bio Compression is a family run business for over 35 years. We take pride in our work, we are proud to manufacture in the USA, and most of all we are grateful for the opportunity to help people feel better and live their best lives. Based in Moonachie, New Jersey, our manufacturing facility is focused on quality products. Clinical studies prove the science behind our products. Dedicated to managing symptoms and improving your quality of life. Bio Compression is committed to patient care by offering innovative and effective treatment for various forms of circulatory concerns including:. And thanks you for shining bright in product excellence, professionalism and care on the highest levels - from those who receive phone calls on your site trainers and to all staff who participate in Bio Compression Systems mission. It is a wonderful machine, it helps with some of the pain and helps me be a little bit more mobile.
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Pneumatic Compression Devices
... Pneumatic Compression Devices ...
Guangzhou City, China
251-500 Employees
2000
We are committed to providing our customers with the best products and services and strive to be of NO.1 quality in the physiotherapy & rehabilitation equipment industry. We provide professional OEM/ODM service to meet various customers’ needs. We are a trustworthy physiotherapy equipment supplier with over twenty years of experience in the medical device industry. We are a manufacturer and mainly sell products to distributors. Our products have received highly favorable reviews from our customers as well as our partners. We are a trustful health care equipment supplier having stood the test of time for more than twenty years in the medical device industry. In 2000, Longest was founded with the goal of becoming the world’s leading manufacturer of physiotherapy and rehabilitation products through constant innovation, international-standard manufacturing, and customer-focused service. Over the years, We have been firmly committed to the goal.
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GZ Longest Pneumatic Compression Therapy Device LGT-2200DVT
... GZ Longest Pneumatic Compression Therapy Device LGT- ...
San Marcos, United States
11-50 Employees
1984
We are also committed to providing the highest level of customer service possible. Our goal is to reduce invasive surgery and enable our patients to improve their quality of life with our Patented Technology. ACI Medical, LLC is a biomedical engineering firm engaged in the research, development, manufacture and sale of therapeutic products and technologies for individuals with varying degrees of limb- and life-threatening vascular conditions. With more than 30 years experience bringing innovative healthcare products to market, we are committed to developing, producing and distributing the highest-quality products for patients, consumers and healthcare partners. We at ACI Medical are committed to supporting ongoing clinical research, especially in treatments for preventing amputations and other complications caused by vascular disease. ACI Medical was founded in Los Angeles with the development of the IV RateMeter, a novel device for IV fluid administration, which was later sold to a larger medical company. ACI began manufacturing plastic components for other medical device companies specializing in providing design assistance to lower costs and improve product performance. ACI began design of its APG® product, a non-invasive diagnostic device for quantifying the components and severity of chronic venous disease.
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ArtAssist® - The Arterial Assist Device®
... A home-use portable pneumatic compression device designed to increase blood flow without surgery so that wounds can heal and patients can keep their limbs. ...
Fishers, United States
11-50 Employees
2013
At RF Health, our mission is to be a leader in providing innovative devices and digital healthcare solutions alleviating unnecessary barriers for healthcare professionals in the hospital and at home to improve patient outcomes. RF Health Selected to Exhibit at the 2023 Vizient Innovative Technology Exchange.
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Featured
Company History · Recovery Force Health
... Matt Wyatt, founder of Recovery Force, watched his father struggle with a pneumatic compression device after having bilateral knee surgery. Ultimately Wyatt was concerned about his father’s poor compliance to his doctor’s protocol and his increased risk of getting a life-threatening blood ...
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electrotech medisystems
... UNIX 8100 - Intermittent Pneumatic Compression Device ...
1001-5000 Employees
1965
Founded in 1965, Brookstone began as a direct marketer with our “Hard to Find Tools” catalog. At Brookstone.com, we curate terrific products and gifts in a host of product categories. At Brookstone, we understand the importance of embracing intimacy with products designed for comfort and satisfaction. Over the next 50+ years, Brookstone grew into a trusted multi-channel retailer and manufacturer of distinctive, innovative, quality products. Women, Men and Kids of all ages love Brookstone! Step into a realm of curated excellence at Brookstone.com, your premier destination for premium lifestyle products. Unlike competitors who cast a wide net, we take pride in offering a meticulously curated selection of handpicked, best-in-class items across various categories. Our commitment is to deliver a shopping experience that transcends the ordinary, ensuring that each product you encounter embodies the pinnacle of quality and innovation.
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Featured
ReAthlete Leg Massager | Brookstone
... analyzing and fulfilling our clients’ needs and desires, we gained recognition not only from athletes but also from thousands of those in need for a high-quality, durable and innovative pneumatic compression device that can provide proper blood circulation and vein support for healthy legs. ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Pneumatic Compression Device
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 7 |
| Amount of suitable service providers | 2 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1965 |
| Youngest suiting company | 2017 |
A Pneumatic Compression Device is a sophisticated therapeutic apparatus designed to enhance circulatory health through the application of controlled pressure to various parts of the body, typically the limbs. This medical device operates by encompassing the targeted limb with a specially designed sleeve or garment that is subsequently inflated and deflated in a cyclical manner. The rhythmic pressure variations mimic the natural pumping action of the muscles against the veins, promoting the flow of blood and lymphatic fluids back towards the heart. This process is instrumental in preventing the stagnation of fluids, a common precursor to conditions such as deep vein thrombosis (DVT), lymphedema, and chronic venous insufficiency. By facilitating improved circulation, pneumatic compression devices not only aid in the prevention of these conditions but also play a crucial role in their management and treatment. Their impact within the medical field is profound, offering a non-invasive solution that significantly enhances patient outcomes, particularly in postoperative care and rehabilitation settings. The efficacy of these devices in reducing recovery times and alleviating symptoms associated with poor circulation underscores their invaluable role in contemporary therapeutic practices.
1. Enhanced Circulation
Pneumatic compression devices are designed to improve blood flow by applying controlled pressure to the limbs. This technology is superior to manual massage or static compression garments, as it mimics the body's natural circulatory rhythms, promoting more efficient removal of waste products and reducing the risk of blood clots.
2. Reduced Recovery Time
Athletes and patients recovering from surgery often benefit from using pneumatic compression devices. These devices speed up recovery by decreasing muscle soreness and reducing swelling more effectively than ice packs or elevation alone. The dynamic compression ensures that tissues receive a constant supply of fresh oxygen and nutrients, essential for faster healing.
3. User Convenience
The ease of use and the ability to adjust pressure settings make pneumatic compression devices a preferred choice for many. Unlike traditional bandaging techniques, which can be time-consuming and require professional assistance, these devices offer a convenient, at-home option that empowers users to manage their treatment on their terms.
4. Cost-Effectiveness
Over the long term, pneumatic compression devices can be more cost-effective than repeated physical therapy sessions. By facilitating quicker recovery and offering the convenience of home use, these devices reduce the need for frequent professional interventions, making them a financially viable option for ongoing care.
While evaluating the different suppliers make sure to check the following criteria:
1. Compliance with Medical Standards
Ensure the supplier's devices meet international regulatory standards such as FDA approval or CE marking, guaranteeing safety and efficacy.
2. Pressure Range and Adjustability
The device should offer a wide range of pressure settings to cater to different therapeutic needs and patient comfort levels.
3. Chamber Design
Look for devices with multiple chambers that provide sequential compression, enhancing lymphatic flow and venous return more effectively.
4. Durability and Warranty
Opt for devices that are known for their durability and come with a comprehensive warranty to secure your investment.
5. User Interface and Ease of Use
The device should have an intuitive interface, making it easy for both clinicians and patients to use without extensive training.
6. Portability
If the device is intended for home use, consider its weight and size for easy transportation and storage.
7. Customer Support and Training
Verify that the supplier offers adequate customer support, including training on how to use the device effectively and safely.
8. Cost-effectiveness
Assess the overall value of the device, considering both upfront costs and long-term maintenance expenses.
Pneumatic compression devices are integral in the healthcare industry, primarily for preventing deep vein thrombosis (DVT) and managing lymphedema in post-operative patients. Hospitals and clinics employ these devices to enhance blood circulation in patients who are immobilized or have limited mobility due to surgery or trauma, reducing the risk of blood clots. This application not only improves patient outcomes but also aligns with preventative care protocols, optimizing healthcare delivery. In the sports sector, these devices find a significant application for athlete recovery. Training facilities and sports medicine clinics use pneumatic compression devices to accelerate recovery following intense physical activity. The technology aids in reducing muscle soreness and improving circulation, thus enabling athletes to return to peak performance levels more quickly. This use case demonstrates the device's versatility beyond traditional medical settings, highlighting its role in supporting elite physical performance. Manufacturing and packaging industries leverage pneumatic compression technology for automation processes. These sectors utilize the devices in automated systems for handling and moving lightweight items, ensuring efficient and precise operations. The application in these industries showcases the device's capability to enhance productivity and reliability in high-volume, fast-paced production environments. Each of these use cases reflects the diverse applications of pneumatic compression devices, underscoring their value across different sectors. From healthcare and sports recovery to industrial automation, the technology demonstrates a broad utility spectrum, making it a pivotal tool in various B2B contexts.
Pneumatic compression devices, designed for enhancing blood circulation and preventing blood clots, have reached an advanced stage of development, generally aligning with Technology Readiness Level (TRL) 7 or 8. This classification is due to the successful demonstration of these devices in operational environments, such as hospitals, clinics, and home care settings. The evolution to this TRL is supported by extensive clinical trials and research that validate the efficacy and safety of these devices for various patient needs, including lymphedema management and deep vein thrombosis prevention. Technical advancements, such as the integration of programmable pressure settings, wearable technology adaptations, and user-friendly interfaces, further substantiate their readiness level. These innovations allow for personalized therapy, enhancing user experience and treatment outcomes. Moreover, the robust regulatory approvals these devices have obtained, reflecting rigorous testing and quality assurance processes, highlight their compliance with healthcare standards and user safety requirements. The progression to this TRL underscores a significant technical maturation, characterized by reliable performance data and the successful adaptation of these devices to meet specific medical needs in real-world applications.
In the short-term, advancements in pneumatic compression devices are anticipated to focus on enhancing user comfort and device portability. Manufacturers are expected to integrate more ergonomic designs and lightweight materials, making these devices easier to use for extended periods. Additionally, improvements in battery technology will likely lead to longer device runtimes, significantly benefiting users requiring constant lymphedema management or deep vein thrombosis prevention. Looking into the mid-term, the development of smarter, more connected pneumatic compression devices is on the horizon. These devices will utilize IoT technology to sync with health apps, enabling users and healthcare providers to monitor treatment progress in real-time. Artificial intelligence (AI) will play a crucial role in personalizing treatment plans, with algorithms adjusting compression levels and patterns based on user feedback and progress, thereby enhancing the effectiveness of therapy sessions. Long-term projections suggest the integration of advanced materials and nanotechnology into pneumatic compression devices, which will revolutionize their therapeutic capabilities. These future devices might be capable of delivering targeted compression at the micro-level, greatly improving outcomes for conditions like lymphedema. Furthermore, the exploration of biocompatible materials could lead to devices that are not only more effective but also reduce the risk of skin irritation and other side effects, setting a new standard for patient care in compression therapy.
