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Different Types Of Technology Used In Wax Vaporizers

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Updated on September 27th, 2018

The various technologies used in vaporizers can be quite overwhelming for a first-time vaper and even the pros face a challenge because vape manufacturers continuously research and develop innovative and advanced means to improve wax vaporizers and vaping devices in general.

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In this article, we want to shed light on the different types of technology used in wax vaporizers, to better help you look for the best device for your vape needs and preferences. So, let’s get started now!

Material-Recognition Technology

Material-recognition technology in vape batteries is a smart innovation and a big leap for dab pens and wax vaporizers.

Through this technology, the battery determines the material being vaporized. At the bottom of cartridges, unique pins are found that adjusts automatically.

Combined with the heating chamber made of ceramic-lined walls, a consistent heating is achieved for maximum vapor production and quality.

Material-recognition technology comes hand in hand with conduction-style heating, which means that all loose leaf or herb materials are heated but aren’t combusted through variable and accurate temperature settings.

Material-recognition technology also complements other features such as magnetic locking technology and smart technology.

The magnetic locking technology makes vapes easier to take apart. The magnetic locks let you load your material conveniently with less difficulty.

The smart technology senses draw pressure, adjusting the temperature based on the intensity, delivering exactly the type of clouds you like. Now, you can have a stress-free and hassle-free vape session every time, and more time to enjoy vaping!

 

Dab Vape Heating Coils Technology

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There are different types of heating coils used by wax vaporizers today including titanium, quartz, and ceramic. Titanium is one of the fastest types of heating coil, retaining heat for a longer amount of time.

It means quicker and longer-lasting vape session. Among dab coils, quartz has a fast heat up time. It is perfect for enjoying quick vaping sessions with a small number of hits.

Ceramic coils have the slowest heating for dabs but retain heat for the longest period of time. This is perfect for those who want to have long vape sessions.

Another technology wax vaporizers boast of are coil less plate discs and 510-threaded connections. Coil less plate discs help you to get the most out of your wax at a lower temperature and requiring more power to help it heat up.

The 510-thread is a type of connection between the atomizer and the mouthpiece or the battery and the atomizer. If you prefer customization and a bigger mouthpiece, there are pieces compatible only with specific devices and threads.

 

Induction Heating Technology

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Dr. Dabber have worked long and hard to introduce a new kind of technology suitable for cannabis vaporizers, employing wireless energy transfer for heating concentrates and flowers via induction heating.

Induction heating technology is employed by wireless phone chargers, a proven way of delivering power wirelessly. Dr. Dabber vapes utilize the induction power, heating the bowl without direct electronic contact.

The electronic parts of Dr. Dabber’s wax vaporizer is sealed off from the components that actually heat up to avoid damage.

Traditional vaporizers have close proximity to fumes and heat, contaminating the parts causing failure which is resolved by induction heating.

Induction heating technology also promotes excellent thermal response times. It means that a wax vaporizer can easily move and adapt to different temperatures precisely.

The chief engineer of Dr. Dabber compared induction heating to typical heating to a family SUV and a Formula 1 race car.

Induction heating is agile, fast, and precise with greater flexibility and a wide array of adjustable heating profiles. With precision controls present, it makes vaporizing great.

Induction heating minimizes the airflow over the material. This is highly beneficial for cannabis users who are looking to get all of the cannabinoids, most especially the THC present in a material because too much airflow impedes proper vaporization.

In fact, many cannabinoids, like THCA, the precursor molecule of THC, are only activated at high temperatures, however, the presence of oxygen interferes with this process, called pyrolysis, leaving some amounts of THCA unconverted to THC that most vapers are looking for.

Dr. Dabber pens are the best example of vaping devices that adopt the use low heat technology. Regardless of the Dr. Dabber vape you choose; the low heat technology promotes exceptional performance and optimal flavor.  

To learn more about the induction heating and low heat technology that Dr. Dabber wax vaporizers adopt, click here.

 

Battery and Safety Features

Vaping devices usually use lithium batteries, but only a few are actually suitable for safe vaping. The 3 main battery types include ICR (LiCD or LiCoO2), Hybrid, and IMR (LiMn).

When it comes to a safer chemistry, IMR batteries are better than ICR batteries, which is why ICR batteries are sold with protection circuits.

IMR batteries promote higher amperage discharge rates as compared to ICR batteries and are more suitable for low-resistance devices.

While ICR batteries are usually rated for their higher storage capacity or mAh, they are unable to safely deliver the required amperage for high power and low resistance.

A 3000mAh battery is powerful enough and can provide continuous vaping up to 90 minutes. On the other hand, hybrid devices utilize a “safer” chemistry as compared to average IMR batteries while maintaining increased storage capacity.

The safety features you can find in vape devices include auto shutoff feature which automatically turns off the unit in a specific period of time or temperature.

 

Other Advanced Vaping Technologies

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Some brands of wax vaporizers also use NFC technology and encoded cartridge chip technology for electronic device communication and storage of product information for determining consumption and authenticating usage permissions.

With Wi-Fi and Bluetooth technologies, vapers can control various vape settings and operations via a smartphone, tablet, or any compatible device.

This means more customization on the part of the user in terms of atomizer configuration, puff rates, liquid consumption, and temperature readings. Also, some vapes have a device locator to make sure you’re able to find your vape in case you’ve misplaced it.

Many new features have been incorporated to wax vaporizers and vaping devices as a whole. Vape researchers and engineers work hard to reduce the drawbacks or disadvantages that vapers commonly complain.

There is a very tight competition among vape manufacturers, and each want their products to set the gold standard in the vape industry.

There’s no doubt that more promising changes and additions will be introduced in the future, completely changing negative views and false claims by vape critics.

Vapers have more options available, encouraging more people to finally quit smoking and resort to a safer alternative, promoting better health and quality of life among medical cannabis users.

Moreover, recreational users better enjoy their favorite past time without the danger of inhaling toxic substances.

 

Final Thought

Indeed, vapes have advanced together with the digital age. Vaping devices have truly evolved in a revolutionary and innovative way.

You are now more confident in choosing the best vape unit for your needs and wants so keep in mind the information you have just read.

We can expect more vaping technologies to come in the future to ensure a more enjoyable and positive vaping experience.

Vapes aim to help smokers quit tobacco smoking and herb combustion, and the modifications and improvements in gear towards safer and more enjoyable vaping. Happy vaping!