#SmartValves

[naga786]

Why Choose Automated Butterfly Valves for Your Next Project

1. Introduction

Automated butterfly valves play a vital role in today’s industrial systems by enabling precise and efficient control of fluid and gas flow. When combined with a butterfly valve actuator these systems deliver precise, reliable operation, improving performance and reducing maintenance needs. If you're considering a solution for your next project, understanding why automated butterfly valves stand out will help you make an informed choice.

2. Why Automated Butterfly Valves Are Essential for Your Project

Automated butterfly valves offer a wide range of benefits that can enhance system performance and operational efficiency. Designed for precise control, these valves allow for quick adjustments to the flow of materials, making them ideal for industries like manufacturing, water treatment, and oil and gas. With automated systems in place, operators can streamline processes and reduce the need for manual intervention.

The integration of a butterfly valve actuator makes these valves even more powerful, allowing them to operate remotely, without direct human involvement. This automation can significantly increase safety and efficiency in environments that require constant monitoring and adjustment.

3. Key Benefits of Using an Actuator Butterfly Valve

Precision and accuracy are key strengths of actuator butterfly valves, making them ideal for applications that demand exact flow control.. Automated systems provide accurate control, reducing the chances of error and ensuring that your processes run smoothly.

Reduced Operational Costs: With automation, you eliminate the need for manual valve operation, cutting down on labor costs and increasing productivity. Automated butterfly valves also reduce wear and tear, contributing to long-term cost savings.

Increased Reliability: Automated systems are designed to work consistently without frequent downtime. This reliability is especially crucial for industries where continuous operation is vital.

Easy Integration: Actuator butterfly valves can be easily integrated into your existing systems, allowing for seamless upgrades without major system overhauls.

4. How Automated Butterfly Valves Improve System Efficiency

An automated butterfly valve is typically used in applications where precise flow control is necessary. By eliminating the need for manual valve adjustments, these systems can respond to changes in flow rate, pressure, or temperature automatically. This responsiveness can help optimize overall system efficiency by ensuring that the correct flow rate is maintained at all times.

Moreover, automated systems can be integrated with real-time monitoring technologies, allowing operators to track performance and make necessary adjustments remotely. This not only boosts operational efficiency but also improves visibility into system performance.

5. Applications of Actuator Butterfly Valves in Different Industries

Water and Wastewater Treatment: In water treatment plants, automated butterfly valves control the flow of water or chemicals, maintaining the system's overall balance and optimizing treatment processes.

Oil and Gas: These valves are critical in the oil and gas industry, where precise control of gas and liquid flow is necessary for safety and performance.

HVAC Systems: Automated butterfly valves help regulate airflow in HVAC systems, improving energy efficiency and reducing the risk of system failures.

Chemical Processing: In chemical manufacturing, automated valves ensure that chemical reactions occur at the correct rate, contributing to product consistency and quality.

6. Why Choose DynaQuip’s Automated Butterfly Valves

DynaQuip is a leader in providing high-quality automated butterfly valves, designed for industrial applications where performance and reliability are critical. With robust, durable construction and easy integration capabilities, our actuator butterfly valves offer seamless operation and improved system control. Whether you're upgrading an existing system or designing a new one, our solutions are tailored to meet your needs.

7. Conclusion

Incorporating automated butterfly valves into your next project is a smart investment that offers numerous advantages, from reducing operational costs to improving overall efficiency and safety. Whether you're in the manufacturing, oil and gas, or water treatment sector, actuator butterfly valves provide precise control and reliability, making them a must-have for modern industrial systems.

If you're looking to upgrade your control systems, consider DynaQuip's automated butterfly valves. Designed for maximum performance, they provide the ideal solution for industries requiring high reliability and automation.

FAQs

What is an actuator butterfly valve? An actuator butterfly valve combines a butterfly valve with an actuator, which controls its opening and closing automatically. This combination allows for precise control of fluid or gas flow, making it ideal for systems that require remote control.

How do automated butterfly valves work? Automated butterfly valves rely on an actuator to open or close the valve automatically based on system commands. These valves can be controlled remotely, making them ideal for applications where manual operation would be inefficient or unsafe.

What are the benefits of automated butterfly valves? Automated butterfly valves offer precise flow control, reduce operational costs, and increase system reliability. They offer seamless integration with current setups, making them a time- and cost-efficient solution.

Quick Summary

Automated butterfly valves, powered by actuator systems, provide efficient and reliable flow control for various industries. They enhance system performance by reducing manual intervention, cutting operational costs, and improving reliability. The right automated butterfly valve can make a measurable difference in your project’s success and long-term reliability.

[raghava123]

[rjzimmerman]

Excerpt from this story from Canary Media:

Smart Wires has spent more than a decade putting its grid-boosting technology to the test in Australia, South America, and Europe. Now, the Durham, North Carolina–based company is finally getting a crack at projects in the U.S., backed by federal funds and policies supporting technologies that could unlock gigawatts of capacity on the country’s existing power grids.

In October, Smart Wires was selected for two projects that will receive a combined $60 million in U.S. Department of Energy funding. They will be the first large-scale U.S. deployments of Smart Wires’ SmartValve power flow control devices, which can digitally increase resistance on individual power lines in a transmission network to redirect power onto underutilized lines.

These advanced power flow control (APFC) systems are among a set of so-called grid enhancing technologies — GETs for short — that could play an important role in mitigating grid bottlenecks. These logjams block wind and solar farms from being connected to the grid, causing billions of dollars in congestion costs and making the grid less reliable during summer heatwaves and winter storms.

But U.S. transmission utilities, which earn money by building new infrastructure rather than making their existing transmission networks run more efficiently, have lagged other countries in deploying these technologies. That lag has spurred the Biden administration and some states to institute a set of policies to speed GETs deployments to help meet clean energy and grid reliability goals.

At an event last month to introduce a new grid modernization collaboration between the White House and 21 states, Energy Secretary Jennifer Granholm called GETs ​“the lowest-hanging fruit for being able to get additional capacity on the grid — and for the least amount of money.”

Ted Bloch-Rubin, Smart Wires’ director of business development for the Americas, was at last month’s White House event. ​“Secretary Granholm said what we’ve been trying to say for a long time,” he told Canary Media in an interview last month. ​“This is low-hanging fruit. Let’s get on it.”

Smart Wires’ U.S. efforts are among 58 projects across 44 states targeted for a total of $3.5 billion in DOE grid modernization grants from a program created by the 2021 Bipartisan Infrastructure Law.

One of the company’s two projects is with transmission utility Vermont Electric Power Co. (VELCO) and the Electric Power Research Institute (EPRI), and targets a key interconnection for moving wind and hydro power between New York and New England.

[globalinsight678]

🔧 Industrial Pulse: Gate Valve Market on Track for $19.8B by 2034

🚨 Gate Valve Market is wide open for growth! 💧💥 Gate valves — critical for controlling fluid flow in pipelines — are surging in demand across oil & gas, water treatment, and chemical sectors. Their tight sealing and minimal pressure drop make them the go-to solution for efficient flow control. 🔧🌍 As of 2024, the market hit 350 million units, and it’s projected to skyrocket to 550 million by 2028! 🚀 Leading the charge? The oil and gas sector — accounting for 45% of the market — driven by infrastructure expansion and evolving extraction tech. Following closely: water & wastewater at 30%, and chemical manufacturing at 25%, proving that gate valves are essential for modern infrastructure. 💡💦

To Request Sample Report : https://www.globalinsightservices.com/request-sample/?id=GIS10462 &utm_source=SnehaPatil&utm_medium=Article

🌎 North America leads the pack with major shale gas investments and pipeline upgrades. Meanwhile, Asia-Pacific is hot on its heels, thanks to explosive industrial growth in China and India. Infrastructure development, urbanization, and water management initiatives are driving massive demand for advanced valve solutions in the region. 🏗️🌐

🔩 From rising stem to knife gate, and materials like carbon steel to bronze, innovation is key! Powerhouses like Emerson Electric Co., Flowserve, and Cameron International are elevating the game by infusing automation and smart tech into traditional valve systems. ⚙️⚡

Bottom line: With the world pushing for smarter, more resilient infrastructure, the gate valve market is not just flowing — it’s flooding with opportunity! 🌊💼

#gatevalve #valvetechnology #flowcontrol #oilandgas #watermanagement #chemicalindustry #industrialautomation #smartinfrastructure #urbanexpansion #pipelinesolutions #emersonelectric #flowserve #cameroninternational #energysector #fluidmanagement #watertreatment #wastewatertreatment #industrialgrowth #smartvalves #infrastructuredevelopment #asiapacificgrowth #northamericainfra #valveinnovation #manufacturingtrends #hydraulicvalves #electricvalves #pneumaticvalves #castironvalve #carbonsteel #bronzevalve #smartmanufacturing #industrialtech #valvemarket #processcontrol #fluiddynamics

Research Scope:

· Estimates and forecast the overall market size for the total market, across type, application, and region

· Detailed information and key takeaways on qualitative and quantitative trends, dynamics, business framework, competitive landscape, and company profiling

· Identify factors influencing market growth and challenges, opportunities, drivers, and restraints

· Identify factors that could limit company participation in identified international markets to help properly calibrate market share expectations and growth rates

· Trace and evaluate key development strategies like acquisitions, product launches, mergers, collaborations, business expansions, agreements, partnerships, and R&D activities

About Us:

Global Insight Services (GIS) is a leading multi-industry market research firm headquartered in Delaware, US. We are committed to providing our clients with highest quality data, analysis, and tools to meet all their market research needs. With GIS, you can be assured of the quality of the deliverables, robust & transparent research methodology, and superior service.

Contact Us:

Global Insight Services LLC 16192, Coastal Highway, Lewes DE 19958 E-mail: info@globalinsightservices.com Phone: +1–833–761–1700 Website: https://www.globalinsightservices.com/

[hvacparts02]

Resideo Q3400A1024 Igniter Flame Rod Assembly For SmartValve Pilots | PartsHnC

The Resideo Q3400A1024 Igniter Flame Rod Assembly is an essential component for SmartValve systems in HVAC equipment. It serves two functions: as an igniter to start the gas pilot flame and as a flame rod to certify the presence of the flame, confirming the system's safe operation. 

[hvacparts07]

Resideo Sv9501M8129-1^2 Inch Fast Open.Nat.Gas 3.4 Inch W.C. PartsHnC

The Resideo Natural Gas Pressure Regulator valve SV9501M8129 For use in gas-fired appliances such as residential and roof-top furnaces, boilers, unit heaters, infrared heaters, space heaters, and even commercial cooking units, Resideo SV9501M8129 is a SmartValve System Control. Convenience and safety are combined in this machine that integrates electronic intermittent pilot sequencing with gas flow control.

[radfestivaldreamer]

Resideo Sv9502H2522-24V1/2 Inch Slowopen Intermnt Lpkit | PartsHnC

The Resideo SV9502H2522 is a SmartValve System Control from Honeywell.This gas valve is found in many gas-fired appliances, including unit heaters, rooftop furnaces, home boilers, central furnaces, and commercial culinary appliances. used in various residential and commercial applications for gas-fired appliances like furnaces, boilers, unit heaters, and even some cooking equipment. Here's a breakdown of its key features

[danielsangelica]

Product Spotlight! Somnera System Nasal Mask- TheCPAPshop

The under-the-nose nasal cushion design of the Somnera System Nasal Mask creates a secure seal and offers minimal contact, reducing red marks and irritation.

[naga786]

How Electric Actuator Valves Improve Safety and Control in Commercial Enterprises

In the fast-paced world of commercial and industrial operations, efficiency, safety, and control are paramount. One crucial component that plays a significant role in maintaining these elements is the electric actuator valve. This technology is revolutionizing industries by providing precise control over fluid and gas flow, while enhancing the safety protocols of operations. In this article, we will explore how electric actuator valves improve safety and control in commercial enterprises, and why they are essential for modern businesses.

What is an Electric Actuator Valve?

An electric actuator valve is a device used to regulate the flow of various substances such as liquids, gases, or slurries within pipes and ducts. The actuator is powered by electricity, which provides precise control over valve operation. This combination of electric power and valve technology allows for faster, more accurate responses to changes in system conditions, ensuring optimal flow control. Electric actuator valves are commonly used in a variety of industries, including manufacturing, oil and gas, water treatment, and HVAC systems.

How Electric Actuator Valves Enhance Safety

In commercial and industrial environments, safety is always a top priority. Electric actuator valves contribute to safety in several significant ways:

1. Improved Shutoff Capabilities

One of the primary safety features of electric actuator valves is their ability to quickly shut off flow when necessary. In cases of emergency, such as equipment failure or a hazardous leak, an electric actuator valve can be activated instantly to stop the flow of dangerous substances, preventing accidents and minimizing damage. Unlike manual valves, which rely on human intervention and can introduce delays, electric actuator valves provide automated shutoff, significantly reducing the risk of human error.

2. Precise Control and Monitoring

Electric actuator valves offer the advantage of remote control and continuous monitoring. This means operators can track and adjust the flow parameters of a system from a distance, without being physically present at the valve. This capability is particularly crucial for high-risk systems such as chemical processing or oil refineries, where even small fluctuations in pressure or temperature could lead to catastrophic outcomes. With real-time data feedback and precision control, electric actuator valves help operators make informed decisions, enhancing overall system safety.

3. Fail-Safe Features

Many electric actuator valves are designed with fail-safe mechanisms that ensure they default to a safe position in the event of power failure or system malfunction. These fail-safe designs guarantee that the valve will either open or close, depending on the application, to maintain the stability of the system. This automatic response adds an additional layer of security and helps prevent dangerous scenarios such as uncontrolled fluid or gas flow in critical systems.

How Electric Actuator Valves Improve Control in Commercial Enterprises

Apart from safety, electric actuator valves are essential for maintaining control in industrial and commercial operations. Here’s how they contribute to superior system control:

1. Enhanced Precision and Accuracy

Electric actuator valves provide unparalleled precision when controlling fluid or gas flow. The electric actuator allows for fine-tuned adjustments in response to changes in pressure, temperature, or flow rate. This level of control is critical in industries such as pharmaceuticals, food and beverage, and chemical processing, where exact measurements are required to maintain product quality and compliance with industry regulations.

The ability to regulate flow with high accuracy reduces the risk of overflows, product spoilage, and production inconsistencies, leading to better operational outcomes and improved product quality.

2. Automated and Remote Control

The automation capabilities of electric actuator valves are a significant advantage for business operations. With these valves, businesses can automate complex processes and workflows that would otherwise require manual intervention. This not only improves control but also reduces labor costs and the potential for human error.

Furthermore, the ability to remotely operate and monitor valves means that operators don’t need to be on-site to adjust settings. Remote monitoring is especially valuable in large-scale industrial facilities, where access to valves may be difficult or dangerous.

3. Integration with Smart Systems

As industries continue to adopt smart technologies, electric actuator valves are becoming increasingly integrated with digital control systems. These systems allow for seamless communication between the actuator valves and other equipment, such as sensors, alarms, and automated controls. This integration creates a more cohesive, responsive system that can make real-time adjustments based on changing conditions.

By leveraging smart systems, businesses can optimize their processes, improve efficiency, and prevent issues before they escalate into costly problems.

Frequently Asked Questions About Electric Actuator Valves

Q: What industries benefit most from electric actuator valves?

A: Electric actuator valves are widely used in industries such as manufacturing, oil and gas, water treatment, HVAC systems, pharmaceuticals, and food and beverage production. These industries rely on precision, control, and safety, which makes electric actuator valves an ideal solution.

Q: How long do electric actuator valves typically last?

A: The lifespan of electric actuator valves depends on the quality of the components, the environment in which they operate, and the frequency of use. On average, these valves can last anywhere from 10 to 20 years with proper maintenance.

Q: Are electric actuator valves energy-efficient?

A: Yes, electric actuator valves are energy-efficient, particularly compared to pneumatic or hydraulic systems. They require less energy to operate and can be powered using a simple electrical source, reducing overall operational costs.

Conclusion: A Smart Investment for Safety and Control

For commercial enterprises looking to enhance both safety and control, electric actuator valves are an invaluable investment. Their ability to provide precise flow control, automated operation, and fail-safe mechanisms makes them essential for industries where efficiency and risk management are crucial. By integrating these valves into your operations, you can significantly improve safety protocols, streamline processes, and ultimately protect your business from costly disruptions.

Call to Action: Don’t wait for a system failure to realize the importance of control and safety in your business. Invest in high-quality electric actuator valves today to protect your operations and improve efficiency. Contact us to learn more about the best options for your industry.

[rekomande]

Recomended Products

DURABrite Ultra inks offer smudge-, water- and fade-resistance for superior image quality and durable prints. Ideal for double-sided printing; inks will not bleed through. SmartValve Control Technology employs a pressure-activated valve to smoothly and rapidly deliver ink to the print heads at variable rates. Get 50% more prints per cartridge than a High-capacity ink cartridge with Genuine Epson Extra High-capacity Ink Cartridges Get 50% more prints per cartridge than a High-capacity ink cartridge with Genuine Epson Extra High-capacity Ink Cartridges Worry-free handling – smudge, fade and water resistant prints Get 50% more prints per cartridge than a High-capacity ink cartridge with Genuine Epson Extra High-capacity Ink Cartridges Get 50% more prints per cartridge than a High-capacity ink cartridge with Genuine Epson Extra High-capacity Ink Cartridges Worry-free handling – smudge, fade and water resistant prints Incredible print quality for everyday text documents, plain paper and photo printing on glossy papers

[nypaenergy]

Passing the Test: Simulations at NYPA’s Advanced Grid Innovation Laboratory for Energy Ensure System Reliability

Our recently developed Advanced Grid Innovation Laboratory for Energy (AGILe) is already proving to be useful in deploying advanced new technologies on our generation and transmission system. AGILE’s real-time simulators use detailed digital models of the statewide grid to run hardware-in-the-loop (HIL) tests. In these tests, protective relays are physically hooked up to the digital simulator, allowing our engineers to evaluate and adjust equipment settings before installation on the grid.

We recently used AGILe to evaluate how the installation of SmartValve devices by Smart Wires Inc., part of the $15 million Moses-Adirondack Advanced Power Flow Control Project, could affect the grid. SmartValve technology allows for power to be pushed and pulled from congested to underutilized transmission lines, improving the flow of power along our north-south corridor. However, series devices like SmartValves can potentially cause instruments and protective relays to receive incorrect currents or voltages, or to falsely identify system faults. To proactively identify and correct for these factors, engineer Francisco Martínez utilized AGILe to test the potential impact SmartValves could have in order to mitigate any challenges before the technology is installed  on the grid.

“At AGILe, we digitally simulated the SmartValves in the power system under fault conditions to test relay performance before installation of the new, non conventional elements in the system,” Martínez said.

Starting in March 2019, Martínez and his team developed the detailed system model and logic, deciding where and when to insert internal and external faults into the test system. The team ran approximately 3,000 fault scenarios with the new equipment modeled on the Moses-Adirondack transmission line to analyze how protective relays, the new equipment and the rest of the grid reacted.

Once testing was complete, Martínez and his team generated a report summarizing relay operation under various fault scenarios with the SmartValves installed. The report showed that the SmartValves had limited impact on the existing protection scheme and the grid continued to function as intended. This testing, completed in September 2019, ensured there were no unintended consequences from the technology integration. The installation of SmartValves is planned to begin in Fall 2020, with completion planned for Spring 2021.

Before AGILe was developed, NYPA engineers relied on third-party labs to conduct system testing for non-conventional elements. Transitioning to internal NYPA resources makes testing faster and reduces the cost. NYPA teams are gaining valuable hands-on testing experience at

AGILe, which will make future testing projects even more cost-effective and timely as HIL testing becomes more important and widely adopted industrywide.

AGILe is already proving to be a key resource for us to maximize its efficiency without sacrificing reliability. Strategic investments like AGILe are helping us achieve its goal of becoming the first end-to-end digital utility.

[itsdiyparts]

Honeywell - SV9501M8129/U - Intermittent Hot Surface Pilot Ignition, Fast Opening

Intermittent Hot Surface Pilot Ignition, 1/2" x 1/2" National Pipe Thread (Npt). Smartvalve System Controls Provide Fast-Fast Opening and 3.4" Water Column (Wc) Pressure Regulator Setting. Easy Field Replacement Of Wide Range Of Sv9500, Sv9501, Sv9502 and Sv9602 Smartvalve System Models. Gas Appliance Manufacturers Use These Models In Many Types Of Gas-Fired Heating Appliances Including Central Furnaces, Residential Boilers, Rooftop Furnaces, Commercial Cooking Appliances, and Unit Heaters, To Provide Intermittent Pilot Gas Ignition Sequencing, Pilot Flame Sensing, and Both Pilot and Main Gas Control Functions In Single Control. They Are Directly Compatible with Q3450 or Q3480 Intermittent Pilot Burners Used with original Controls On Appliance. Suitable For Wide Range Of Gas-Fired Appliances Including Residential Furnaces, Roof-Top Furnaces, Residential Boilers, Unit Heaters, Infrared Heaters, Space Heaters and Commercial Cooking Units. Ignition Sequence Includes Timed Trial For Ignition.

[ellymackay]

Low-flow PAP System Partners with Software Platform to Add Cloud Connectivity, Develop Patient App

The following article Low-flow PAP System Partners with Software Platform to Add Cloud Connectivity, Develop Patient App is courtesy of EllyMackay.com

FRESCA Medical, which makes a low-flow positive airway pressure system for obstructive sleep apnea that expects to launch in the United States in 2020, and Galen Data have partnered to provide cloud connectivity and development of FRESCA’s patient mobile app.

The partnership will leverage the Galen Data cloud platform solution with FRESCA Medical’s PAP system, which has patented SmartValve technology that enables the system to treat sleep apnea with less airflow than conventional CPAP systems. Working together, Galen and FRESCA will launch a cloud-connected sleep platform with features for patients and providers.

“FRESCA Medical is committed to developing effective for sleep apnea sufferers who do not want or cannot tolerate the currently available therapies,” says John Cox, president and CEO of FRESCA Medical, in a release. “CPAP is effective, but is plagued by patient dissatisfaction and treatment abandonment. Quality sleep is fundamental to good health, and new treatment options are urgently needed in our healthcare armamentarium. The medical device market is already one of the largest applications for cloud-based patient monitoring and engagement. The goal of this partnership is to leverage the latest connected health technology with a patient and provider-friendly solution, to improve care, increase treatment utilization, and lower healthcare costs.”

Building custom medical device connectivity infrastructure that meets FDA regulations can potentially increase costs and add unnecessary risks for companies that lack the required knowledge, technical expertise, and internal resources. Galen Data’s configurable connectivity platform and managed solution handles all operational aspects required for medical device commercial success including visualization of data, security, privacy, monitoring, and backups.

“The Galen Data partnership allows us to utilize their existing cloud platform and expertise in cybersecurity and medical device software so we can focus on the design, manufacture, and marketing of our breakthrough alternative to CPAP therapy,” says Ed McCarthy, director of business development for FRESCA Medical. “This relationship allows us to save considerable time and money bringing our next generation OSA treatment and connected solution to this underserved patient population.”

Galen Data CEO Chris DuPont, says, “Galen is excited to make a technological contribution to the treatment of OSA and we know FRESCA Medical has the potential to help millions of patients. Our partnership strengthens Galen Data’s position in the connected medical device market and demonstrates our commitment to the medical device industry.”

from Sleep Review http://www.sleepreviewmag.com/2019/05/fresca-galen-cloud-app/

from Elly Mackay - Feed https://www.ellymackay.com/2019/05/15/low-flow-pap-system-partners-with-software-platform-to-add-cloud-connectivity-develop-patient-app/

[marclefrancois1]

Low-flow PAP System Partners with Software Platform to Add Cloud Connectivity, Develop Patient App

e0a9e1e9e6412908cf53cee25f32209b62d23d03e119cd2df63e6855e8fc22eee0a9e1e9e6412908cf53cee25f32209b62d23d03e119cd2df63e6855e8fc22eepostlinke0a9e1e9e6412908cf53cee25f32209b62d23d03e119cd2df63e6855e8fc22eee0a9e1e9e6412908cf53cee25f32209b62d23d03e119cd2df63e6855e8fc22ee was initially published to MLF

FRESCA Medical, which makes a low-flow positive airway pressure system for obstructive sleep apnea that expects to launch in the United States in 2020, and Galen Data have partnered to provide cloud connectivity and development of FRESCA’s patient mobile app.

The partnership will leverage the Galen Data cloud platform solution with FRESCA Medical’s PAP system, which has patented SmartValve technology that enables the system to treat sleep apnea with less airflow than conventional CPAP systems. Working together, Galen and FRESCA will launch a cloud-connected sleep platform with features for patients and providers.

“FRESCA Medical is committed to developing effective for sleep apnea sufferers who do not want or cannot tolerate the currently available therapies,” says John Cox, president and CEO of FRESCA Medical, in a release. “CPAP is effective, but is plagued by patient dissatisfaction and treatment abandonment. Quality sleep is fundamental to good health, and new treatment options are urgently needed in our healthcare armamentarium. The medical device market is already one of the largest applications for cloud-based patient monitoring and engagement. The goal of this partnership is to leverage the latest connected health technology with a patient and provider-friendly solution, to improve care, increase treatment utilization, and lower healthcare costs.”

Building custom medical device connectivity infrastructure that meets FDA regulations can potentially increase costs and add unnecessary risks for companies that lack the required knowledge, technical expertise, and internal resources. Galen Data’s configurable connectivity platform and managed solution handles all operational aspects required for medical device commercial success including visualization of data, security, privacy, monitoring, and backups.

“The Galen Data partnership allows us to utilize their existing cloud platform and expertise in cybersecurity and medical device software so we can focus on the design, manufacture, and marketing of our breakthrough alternative to CPAP therapy,” says Ed McCarthy, director of business development for FRESCA Medical. “This relationship allows us to save considerable time and money bringing our next generation OSA treatment and connected solution to this underserved patient population.”

Galen Data CEO Chris DuPont, says, “Galen is excited to make a technological contribution to the treatment of OSA and we know FRESCA Medical has the potential to help millions of patients. Our partnership strengthens Galen Data’s position in the connected medical device market and demonstrates our commitment to the medical device industry.”

from Sleep Review http://www.sleepreviewmag.com/2019/05/fresca-galen-cloud-app/

from https://www.marclefrancois.net/2019/05/15/low-flow-pap-system-partners-with-software-platform-to-add-cloud-connectivity-develop-patient-app/

[americanfreighttrucking]

Nationwide Rail Services Gains Safety Advantage With Each Drop-And-Hook <img width="150" src=" border="0" alt=" NRS shared with their insurance company how the SmartValve reduces driver injuries by conducting a live demonstration with the assistance of Rush Truck Centers.

[marclefrancois1]

Sleep Medicine FDA Clearances and Approvals 2018

e0a9e1e9e6412908cf53cee25f32209b62d23d03e119cd2df63e6855e8fc22eee0a9e1e9e6412908cf53cee25f32209b62d23d03e119cd2df63e6855e8fc22eepostlinke0a9e1e9e6412908cf53cee25f32209b62d23d03e119cd2df63e6855e8fc22eee0a9e1e9e6412908cf53cee25f32209b62d23d03e119cd2df63e6855e8fc22ee See more on: MLF Blog

Sleep Review‘s annual roundup of the devices, pharmaceuticals, and more that recently earned a US Food and Drug Administration nod.

Introducing the Luna II, the newest CPAP platform from 3B Medical. Featuring a smaller profile than the original and an advanced 4G LTE CAT M1 cellular network for outstanding geographic coverage. www.3bproducts.com

The medical-grade CentrePoint Insight Watch combines ActiGraph’s validated actigraphy monitoring technology with real-time connectivity and the streamlined design, comfort, and utility of a consumer smartwatch. www.actigraphcorp.com

Bongo Rx by AirAvant Medical is an FDA-cleared device for treating mild to moderate obstructive sleep apnea. Bongo Rx is small enough to be toted in a pocket, requires no power, and works by creating back pressure during exhalation. www.airavant.com

The Bleep DreamPort is an FDA-approved headgear-free PAP interface that weighs less than 1 oz and is one size fits all. PDAC codes A7034 & A7033 assigned. www.bleepsleep.com

NOCDURNA by Ferring Pharmaceuticals Inc is the first and only sublingual tablet for the treatment of nocturia due to nocturnal polyuria in adults who wake up at least 2 times per night to urinate. www.nocdurna.com

Fresca’s low-flow PAP system offers a host of new features designed for comfort, ease of use, and long-term engagement with therapy. It has patented SmartValve technology that enables the system to treat OSA with less airflow than conventional CPAP systems. www.frescamed.com

Xyrem (sodium oxybate) oral solution, CIII, marketed by Jazz Pharmaceuticals plc, is the only product approved by the US FDA for both cataplexy and excessive daytime sleepiness in narcolepsy in adult and pediatric patients ages 7 and older. Xyrem may only be dispensed to patients enrolled in the Xyrem REMS Program. Xyrem was first approved in the United States in 2002, based on clinical trial data in adults and received a pediatric indication in October 2018. www.xyrem.com

The Natus Embla NDx features a new design providing a flexible array of inputs and data acquisition technology for the most demanding PSG studies. www.natus.com

The Natus Embla SDx is designed with a curated blend of inputs and integrated sensor technology, designed to make patient setup and high-quality signal acquisition a simple task. www.natus.com

Philips’ Dreamwear Full Face CPAP mask provides an option for sleep apnea patients who breathe through their mouths. Designed by analyzing facial data, the mask is designed for comfort and convenience. www.usa.philips.com/healthcare/product/HC1133430/dreamwear-full-face-cushion-underthenose-full-face-cushion

The NightBalance Lunoa from Philips is a solution for positional obstructive sleep apnea and works by providing patients with gentle vibrations to change sleeping positions, helping to prevent apneas from occurring during sleep. The NightBalance Lunoa is currently available only to sleep-center-capable DMEs in California, Washington, Oregon, and Texas. The company expects to expand that availability periodically and to launch commercially in 2019. www.usa.philips.com/healthcare/resources/landing/nightbalance-lunoa

Prosomnus Sleep Technologies introduces ProSomnus [CA], a precision continuous advancement oral appliance designed to take the guesswork out of continuous titration. ProSomnus [CA] utilizes proprietary technologies to resolve archform asymmetries, manufacturing variances, and device design limitations of some other devices. www.prosomnus.com

ResMed’s AirFit F30 is a smaller style full face mask. It’s designed to sit low on—and cover—less of the face than previous designs to prevent top-of-the-nose red marks. www.resmed.com/airfitf30

Rhythmlink’s FDA cleared MR Conditional/CT Quick Connect System is designed for quick and efficient disconnection and reconnection of electrodes without patient removal for MR or CT. www.rhythmlink.com/srquick

MATRx plus from Zephyr Sleep Technologies is an at-home sleep theragnostic that evaluates and auto-titrates for oral appliance therapy, predicting a patient’s response in advance of treatment, as well as a target therapeutic position. www.zephyrsleep.com

In the Pipeline

(The following products are likely to be FDA cleared or approved between now and mid-2019, per the developer’s guidance.)

Lemborexant is an investigational agent for sleep-wake regulation currently being studied by Eisai and Purdue Pharma for the potential treatment of multiple sleep-wake disorders. The companies have announced positive topline results from two phase 3 pivotal studies and plan to submit a new drug application for Lemborexant with the FDA in during Eisai’s 2018 fiscal year.

EnsoData‘s next major release of EnsoSleep builds on existing scoring functionality with the support of new event types and subtypes that streamline scoring workflows, further reduce the time and cost of conducting in-lab and home sleep studies, and adds advanced dashboards and analytics to provide more transparency and insight.

The next-generation Fresca PAP system offers comfort features; a small, elegant form factor; and an advanced cloud-connected technology platform. The low-airflow system is designed to eliminate the drawbacks of high-flow CPAP therapy.

Products received FDA approval or clearance between October 31, 2017, (last year’s article cutoff) and October 31, 2018. The roundup is provided as a service to sleep professionals, and marketers were not charged to have eligible products included. Text based on data submitted by marketers. Sleep Review strives for accuracy in all data but cannot be held responsible for claims made by marketers. Marketers may email sroy[at]medqor.com with a photo and description of new sleep medicine approvals/clearances to be considered for print and online announcements.

from Sleep Review http://www.sleepreviewmag.com/2018/11/sleep-medicine-fda-2018/

from https://www.marclefrancois.net/2018/11/24/sleep-medicine-fda-clearances-and-approvals-2018/