Oxygen Systems - Angelus Medical and Optical

Oxygen Regulator

29 products

Have you ever wondered how hospitals, emergency services, and even home healthcare providers ensure a continuous and reliable flow of oxygen? Oxygen regulators are the answer! These devices are important for controlling the pressure and flow of oxygen from tanks to patients. Whether in a hospital setting, at home, or during a critical emergency, the ability to manage oxygen supply accurately is essential for patient care.

Oxygen Regulators for Reliable Oxygen Flow

Why is this so important? Because consistent and precise oxygen delivery can be the difference between comfort and crisis. Oxygen regulators help prevent complications by providing just the right amount of oxygen, especially where fluctuations in supply could pose serious risks.

Are you looking for a dependable solution that offers peace of mind knowing that oxygen delivery is exactly as needed? Look no further, we have the ideal oxygen regulator options for your needs, ensuring that you can maintain optimal oxygen levels effectively and safely.

What is an Oxygen Regulator and How Does It Work?

An oxygen regulator is a handy tool that helps manage how oxygen flows from a tank to the user. Think of it like a faucet for oxygen, it controls how much comes out so that patients get just the amount they need. This is important in medical settings, where precise amounts of oxygen are needed to ensure patients breathe comfortably and safely.

How exactly does an oxygen regulator work? It attaches to an oxygen tank or oxygen cylinder, regulating the high pressure inside the tank to deliver oxygen at a safe, steady rate. This is similar to how you might adjust a water tap to get the right flow.

Whether using oxygen tank regulators or checking pressures with oxygen gauges, these devices make it possible to tailor oxygen delivery to specific needs, ensuring optimal care.

Types of Oxygen Regulators Available

Single-Stage Regulators

Single-stage regulators are a fundamental choice for those needing a straightforward solution, like in home healthcare setups. These oxygen regulators are ideal for managing oxygen flow from an oxygen tank to the patient without the need for ultra-precise settings, making them a reliable and uncomplicated choice for regular use.

If you're looking for a basic but effective oxygen regulator, consider our Complete Oxygen Tank System which includes a durable oxygen tank and a dependable regulator suitable for medical use.

Dual-Stage Regulators

For medical professionals requiring more refined control over oxygen delivery, dual-stage regulators are the go-to.

These oxygen regulators provide more stable oxygen flow, especially useful in environments like operating rooms or intensive care units where fluctuations in oxygen supply can have critical implications. Our Hudson O2 Oxygen Regulator and Western Enterprises Oxygen Regulator are excellent examples of precision engineering designed for complex medical applications.

Adjustable Flow Regulators

Adjustable flow regulators offer the flexibility to vary the flow rate according to the specific needs of different medical scenarios.

They are particularly valuable in settings where patients’ oxygen needs can change, such as during recovery in hospitals or in emergency medical services. Check out options like the Drive Medical 18112 Deluxe Oxygen Cylinder Rack for secure handling and easy adjustment of multiple oxygen cylinders.

High-Flow Regulators

High-flow regulators are designed to deliver larger volumes of oxygen for situations requiring high oxygen delivery rates. These are important in settings like emergency response and major surgeries where patients need substantial oxygen support rapidly.

For a reliable high-flow option, consider our Chemetron Oxygen Regulator, which is robust and designed for high-demand medical situations.

Compact Regulators

Compact regulators offer the advantage of being easy to transport and handle, making them ideal for home healthcare providers and mobile units. These regulators are smaller in size but still provide accurate and reliable oxygen control.

For those needing a portable solution, the Ohmeda 5120 Oxygen Monitor integrates well with compact oxygen systems, ensuring mobility without sacrificing functionality.

Accessories for Oxygen Regulators

Enhance your oxygen delivery systems with the right accessories designed for efficiency and safety. Here’s a detailed look at some essential accessories for your oxygen regulators:

Oxygen Concentrators

The Respironics EverFlo Oxygen Concentrator is a key accessory for those needing a steady supply of oxygen. It's engineered to be reliable and less noisy, making it ideal for home use.

This concentrator simplifies oxygen therapy, providing a continuous flow without the need for frequent tank changes.

Oxygen Tank Holders and Racks

Secure your oxygen tanks properly with durable holders and racks. The Oxygen Tank Holder offers a convenient way to transport and manage oxygen tanks safely.

For larger needs, the Drive Medical 18112 Deluxe Oxygen Cylinder Rack allows for organized storage of multiple cylinders, ensuring they are ready and accessible when needed.

Oxygen Hoses and Flowmeters

Ensure precise oxygen delivery with the right hoses and flowmeters. The Oxygen Hose is designed for durability and flexibility, providing a secure connection to your oxygen supply.

For monitoring and adjusting the flow, the Ohmeda Oxygen Flowmeter and the Timeter Air Flowmeter offer accurate measurements and easy adjustments.

Specialized Adapters and Monitors

Adapt your equipment to meet specific medical needs with specialized adapters like the Western M87-4 CGA-870, which is compatible with most medical oxygen tanks and regulators.

For monitoring, the Ohmeda 5120 Oxygen Monitor provides real-time insights into oxygen levels, ensuring patient safety during use.

These accessories are important for optimizing the functionality and safety of your oxygen therapy equipment, whether used in medical facilities or at home.

Each product is designed to enhance the delivery and monitoring of oxygen, ensuring that all components work seamlessly together for the best care possible.

Benefits of Using Oxygen Regulators

Oxygen regulators are important devices across various applications, providing essential benefits in medical and industrial settings.

Medical Applications:

Precision in Oxygen Delivery: Oxygen regulators allow for precise control over the oxygen flow, which is vital in medical settings. They ensure that patients receive the exact amount of oxygen needed, which is important for treatments ranging from emergency care to long-term respiratory support.
Safety and Reliability: Medical-grade oxygen regulators are designed to meet rigorous safety standards. They come equipped with features like pressure relief valves to prevent over-pressurization, enhancing safety for both patients and healthcare providers.
Versatility: Regulators can be adjusted to deliver oxygen at varying rates, catering to different medical scenarios, from operating rooms to home care settings. This adaptability is key in managing a wide range of respiratory conditions effectively.

Industrial Applications:

Enhanced Process Efficiency: In industrial settings, oxygen regulators help in optimizing combustion and oxidation processes, important in fields like metal fabrication, glass production, and chemical manufacturing. They ensure that processes run at optimal efficiency, saving time and reducing costs.
Environmental Benefits: In industries such as paper and pulp, oxygen regulators contribute to environmentally friendly practices like oxygen bleaching, which reduces the need for harmful chemicals. This not only leads to better product quality but also less environmental impact.

Durability and Adaptability:

Materials and Construction: Regulators are typically made from durable materials such as brass, stainless steel, and aluminum, which resist corrosion and can withstand high pressures, ensuring longevity and reliability in both medical and industrial uses.
Advanced Features: Modern regulators are equipped with gauges and controls that allow users to monitor and adjust the oxygen flow accurately. This feature is essential for ensuring the appropriate oxygen supply in critical applications.

These benefits underscore the critical role of oxygen regulators in enhancing safety, efficiency, and effectiveness in their respective applications, making them indispensable tools in healthcare and industrial sectors.

How to Choose the Right Oxygen Regulator

Choosing the right oxygen regulator can seem daunting, but it’s important for ensuring effective and safe oxygen therapy. Here’s a step-by-step guide to help you select the perfect regulator for your needs, whether for home or medical use.

1. Check Tank Size Compatibility

Start with the Tank: Ensure the regulator fits the type and size of your oxygen tank. Regulators are designed to work with specific oxygen tank gauges, so matching these correctly is essential for a secure and efficient setup.
Look for Universal Connectors: Some regulators come with adapters to fit multiple types of tanks, which can be particularly useful if you use different tanks or are considering a future upgrade.

2. Assess Flow Rate Settings

Determine Your Flow Needs: Consider the oxygen flow rate necessary for your medical or personal use. Different conditions require different flow rates, so it’s important that the regulator can handle the specific demands of your situation.
Flexible Adjustments: Look for a regulator that offers a wide range of flow settings. This ensures you can adjust the oxygen delivery as needed without switching equipment.

3. Evaluate Durability and Portability

Material Matters: Choose a regulator made from durable materials capable of withstanding regular use and potential impacts, especially if you’ll be transporting it frequently.
Portable Options: If mobility is a key factor, opt for a lightweight and compact regulator that is easy to carry around, and particularly useful for home use or travel.

4. Consider the Specific Use

Medical vs. Home Use: Medical-grade regulators often have more precise flow controls and enhanced safety features necessary for clinical environments. For home use, ease of operation might be more significant.
Special Features: Some regulators come with additional features like integrated pulse oximeters or alarms, which can be beneficial depending on the user's health monitoring needs.

5. Seek Professional Advice

Consult Healthcare Providers: It's always wise to discuss options with a healthcare professional. They can provide insights based on your specific health requirements and the latest advancements in oxygen therapy technology.

6. Read Reviews and Recommendations

User Experiences: Look at reviews from other users to gauge the reliability and user-friendliness of different models. Real-world insights can often highlight practical strengths and weaknesses that are not obvious in product specifications.

Following these steps will help you choose an oxygen regulator that not only meets your specific requirements but also provides reliable and safe service, enhancing the effectiveness of your oxygen therapy.

Remember, the right choice depends on a careful balance of technical specifications and personal or clinical needs.

Applications of Oxygen Regulators

Oxygen regulators are versatile devices with a range of applications that span from medical to industrial settings. Understanding where and how these regulators can be used helps in selecting the right type for your needs.

Home Oxygen Therapy

Oxygen regulators are essential for home oxygen therapy, providing patients with the necessary oxygen at a controlled rate. This supports individuals with conditions such as COPD or those recovering from surgery.

By using a regulator with your oxygen tank, you can maintain the precise flow needed for effective treatment, ensuring comfort and safety at home.

Medical Facilities and Emergency Response

In medical and emergency settings, oxygen regulators are vital for administering life-saving oxygen efficiently.

Hospitals, ambulances, and emergency response teams rely on these devices to manage critical situations where maintaining the correct oxygen levels can mean the difference between life and death.

The reliability and precision of oxygen tank and regulator setups ensure that patients receive the best possible care during transport and treatment.

Industrial Applications

Although primarily used in medical contexts, oxygen regulators also have applications in industries like welding and manufacturing. In these settings, regulators help control the flow of oxygen used in combustion processes, ensuring safe and efficient operations.

The ability to precisely manage oxygen flow is important in maintaining optimal conditions for industrial tasks, reducing risks, and improving productivity.

Each of these applications demonstrates the critical role that oxygen regulators play in various environments. Whether aiding a patient in breathing or ensuring the safety of industrial operations, these devices are key in providing controlled and reliable oxygen delivery.

Maintaining and Caring for Your Oxygen Regulator

Maintaining your oxygen regulator is important for ensuring its longevity and optimal performance. Start by regularly cleaning the regulator with a soft, damp cloth to remove dust and debris. Avoid using harsh chemicals that could damage the regulator components.

After cleaning, make sure the regulator is completely dry before reconnecting it to the oxygen tank. Store the regulator in a cool, dry place away from direct sunlight when not in use, as extreme temperatures and exposure to sunlight can degrade the materials over time.

Safety is the priority when handling oxygen tanks and regulators. Always ensure that the oxygen regulator is securely attached to the tank to avoid leaks. Check the regulator and tank for any signs of damage or wear before each use.

Regular inspections are essential; look for cracks, rust, or any other damage that could affect the regulator’s function. Replace any worn-out parts promptly to maintain safety and efficiency.

It’s also important to be aware of the oxygen’s highly flammable nature; keep the tank and regulator away from open flames and heat sources to prevent accidents.

Troubleshooting Common Issues with Oxygen Regulators

Handling and maintaining an oxygen regulator requires attention to detail to ensure safety and functionality. Here's a guide on troubleshooting common issues that might arise with your oxygen regulator:

Dealing with Leaks

One of the most frequent issues with oxygen regulators is leaking. If you suspect a leak:

Listen for any hissing sounds that could indicate escaping air.
Check connections to ensure they're secure and properly tightened.
Inspect the regulator for any signs of damage or wear, such as on the seal or the yoke washer, which might need replacement if damaged.

Regulator Not Adjusting Properly

If the regulator is not adjusting the flow as it should:

Make sure that the knob or handle is free of debris and turns smoothly.
Check for any obstructions or dirt that may be causing stiffness or difficulty in adjustment.
If the problem persists, it might be necessary to contact a professional for a more thorough inspection or consider replacing the regulator.

Oxygen Flow Issues

Problems with oxygen flow can range from too little oxygen being delivered to none at all. To troubleshoot:

Ensure that the oxygen tank is not empty and has adequate pressure.
Verify that all valves and connections are open and free from blockages.
Check the flowmeter and pressure gauges to ensure they are functioning correctly and providing accurate readings.

Safety Precautions

Always handle oxygen equipment with care:

Store oxygen tanks upright in a cool, well-ventilated area.
Avoid using oils or greasy substances near the oxygen, as oxygen supports combustion.
Regularly inspect the regulator and associated equipment for any signs of malfunction or wear.

By following these guidelines and regularly inspecting your equipment, you can help ensure that your oxygen delivery system remains safe and reliable. If you encounter persistent issues or are unsure about a particular problem, it's important to seek professional advice to maintain the safety and effectiveness of your oxygen therapy setup.

Why Buy Oxygen Regulators from Angelus Medical?

Angelus Medical is renowned for its high-quality oxygen regulators, offering a range of products that suit both medical and personal needs. Established in 1946, they have a longstanding reputation for exceptional service and reliable medical equipment.

They provide a wide selection of oxygen regulators, ensuring compatibility with various tanks and cylinders. Their commitment to customer support enhances their reliability, making them a trusted partner in healthcare and home care.

Frequently Asked Questions

1. How to Deal with Heat from an Aquatuner and Thermo Regulator?

Managing heat generated by Aquatuners and Thermo Regulators is important to maintain an efficient and balanced system. The most effective way to deal with heat is by using thermal management techniques such as building a cooling loop with a dedicated coolant, insulating heated areas, and placing thermal blocks strategically to disperse heat. Additionally, using a combination of Thermo Regulators with controlled automation can help maintain a stable temperature, ensuring your setup runs efficiently without overheating.

2. How to Properly Install an Oxygen Regulator?

To install an oxygen regulator properly, start by ensuring that the oxygen cylinder valve is closed. Attach the regulator to the cylinder's outlet, ensuring that the connection is tight and secure. Open the cylinder valve slowly while monitoring the regulator's pressure gauge. Adjust the regulator to the desired pressure setting for your application. Always follow the manufacturer's installation instructions to ensure safety and optimal performance.

3. What is the difference between a single-stage and dual-stage oxygen regulator?

Single-stage and dual-stage oxygen regulators differ primarily in how they control the pressure of oxygen from the tank to the user:

Single-Stage Regulators: These regulators reduce the tank pressure to the required delivery pressure in one step. This means they can be subject to fluctuations in delivery pressure as the tank pressure decreases with use. Single-stage regulators are simpler in design and typically cost less, but they are best suited for applications where a constant pressure output is not critical.
Dual-Stage Regulators: These regulators control the pressure in two stages, which helps maintain a consistent output pressure regardless of changes in the tank pressure. This makes dual-stage regulators more suitable for medical and scientific applications where precise pressure control is necessary to deliver consistent results.

4. How do I know which regulator works with my oxygen tank?

To determine the appropriate oxygen regulator for your tank, you need to consider both the physical fit and the compatibility of the regulator with your tank’s pressure and connection type:

Physical Fit: Oxygen tanks come with different valve types (e.g., CGA540, CGA870), so you need a regulator with a matching connection.
Pressure Requirements: Ensure that the regulator is rated for the pressure of your oxygen tank. Most medical oxygen tanks have a pressure of around 2,000 psi, but industrial tanks might have different pressures.

5. What is a gauge oxygen regulator?

A gauge oxygen regulator includes one or more gauges that display the pressure of the oxygen being delivered. The gauges help monitor and adjust the flow accurately, which is important for both medical and industrial applications. Monitoring the gauge allows for precise adjustments to ensure that the right amount of oxygen is being delivered based on the specific requirements of the application.