Originating from the ancient practice of spending time in salt caves, halotherapy has evolved with the development of halogenerators. What are those and how does this technology work? Let’s explore this device and its safety right now.
What is a halogenerator?
A halogenerator is a device used to create a microclimate similar to a salt cave or salt room by dispersing microscopic salt particles into the air. These particles are typically made from pharmaceutical-grade salt, such as sodium chloride, and are inhaled during a session.
Source: Halogenerator IIRIS-137 by IIRIS How does a halogenerator work?
Generally, it grinds salt into tiny particles, usually between 1 to 10 micrometers in size, which is the optimal range for inhalation. These particles are then dispersed into the air within a controlled environment, such as a salt therapy room.
As the salt particles are dispersed into the air, individuals breathe them in deeply, allowing the salt to reach their respiratory system. The salt is believed to have therapeutic effects on the respiratory system by reducing inflammation, clearing mucus, and improving breathing.
What are the types of halogenerators?
1. Ultrasonic halogenerators
These halogenerators use ultrasonic technology to create a fine mist of salt particles, which are then released into the air.
2. Ventilation halogenerators
These devices use a ventilation system to disperse salt particles into the air, ensuring consistent distribution throughout the room.
3. Dry Salt Aerosol (DSA) halogenerators
These halogenerators produce dry salt aerosol by crushing pharmaceutical-grade salt and dispersing it into the air without using any liquid.
Halogenerators advantages over passive salt rooms
1They provide a controlled environment
Halogenerators provide a controlled environment where the concentration of salt particles in the air can be precisely regulated, ensuring optimal therapeutic effects.
2They help with consistent distribution of salt
Unlike passive salt rooms, where the concentration of salt in the air can vary depending on factors like airflow and room size, halogenerators ensure consistent distribution of salt particles throughout the therapy session.
3They show efficiency in treatments of respiratory conditions
Halogenerators can deliver therapeutic levels of salt particles more efficiently compared to passive salt rooms, potentially leading to quicker and more effective results for respiratory conditions.
Are halogenerators safe to use?
Halogenerators are generally considered safe when used as directed. However, individuals with certain respiratory conditions or sensitivities should consult with a healthcare professional before undergoing salt therapy.
It’s also essential to ensure that the halogenerator is properly maintained and cleaned to prevent any contamination or adverse effects.
Healthypedia’s note
As with any medical or therapeutic treatment, it’s essential to follow the manufacturer’s instructions and seek guidance from a healthcare professional if needed.
What salt is used in halogenerators?
Halogenerators typically use pharmaceutical-grade salt for creating the salt aerosol dispersed into the air during salt therapy sessions.
‘Ordinary’ salt
The most commonly used salt is pure sodium chloride (NaCl), which is often referred to as “halotherapy salt” or “halogenerator salt.” This salt is specifically chosen for its purity and consistency, ensuring that it meets pharmaceutical standards for safety and efficacy.
In some cases, other types of salts may be used in halogenerators for specific therapeutic purposes or to enhance the overall experience. These may include:
Himalayan Salt
Mined from the Himalayan region, this pink-colored salt is rich in minerals and is sometimes used in halogenerators for its purported additional therapeutic benefits.
Dead Sea Salt
Derived from the Dead Sea, this salt is known for its high mineral content, including magnesium, calcium, and potassium. It may be used in halogenerators to provide a broader range of minerals during salt therapy sessions.
Epsom Salt (Magnesium Sulfate)
While not technically sodium chloride, Epsom salt is sometimes used in halogenerators for its magnesium content, which may have additional therapeutic effects, particularly for relaxation and muscle soreness.
However, it’s essential to note that pharmaceutical-grade sodium chloride remains the primary salt used in most halogenerators due to its proven efficacy and safety in salt therapy applications.
Let’s sum up!
Halogenerators disperse pharmaceutical-grade salt particles into the air for inhalation therapy, mimicking the environment of salt caves. They come in various types, ensuring controlled distribution for effective treatment of respiratory conditions. While safer and more efficient than passive salt rooms, users should consult healthcare professionals before use. The primary salt used is pharmaceutical-grade sodium chloride, though other types like Himalayan or Dead Sea salt may be used for specific benefits.
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