ModulA – Inductively Heated Dry-Herb Ball Vaporizer

[BTC]

ModulA – Inductively Heated Dry-Herb Ball Vaporizer

Thermal Extraction. Compact Induction Setup. Made in Austria.

The ModulA is a manual dry-herb vaporizer for compatible external induction devices. It combines a compact, wireless heating element with a borosilicate ball matrix for even heat retention and efficient herb extraction.

The CNC-machined stainless steel heating element is heated directly in a compatible external induction device – quickly, efficiently, and without an open flame. Inside, heat-resistant borosilicate glass balls store the heat and release it evenly into the airflow. This creates convection-dominated thermal extraction with intense aroma and efficient use of dry herbs.

The grip-free design makes the ModulA particularly compact and minimalist. For safe handling, the detachable magnetic handle is used, for example, when removing it from the induction device or placing it on the herb chamber. During use, the setup remains minimalist and uncluttered.

Optimized for compatible external induction devices such as the YLL IH 3.0 and the Ispire Wand.

Made from stainless steel and CNC-machined in Austria, the ModulA stands for precise craftsmanship, durable use, and a high-quality setup for discerning dry-herb users.

Highlights

• Inductively heated dry-herb ball vaporizer
• For compatible external induction devices
• No cable on the heating element
• Fast heating without an open flame
• Borosilicate ball matrix for stable heat retention
• Convection-dominated thermal extraction
• Intense aroma and efficient herb use
• Grip-free design during use
• Detachable magnetic handle for safe handling
• CNC-machined stainless steel
• Compatible with suitable 8mm stems, mouthpieces, and glass adapters
• Bowl capacity approx. 0.05–0.2g
• Made in Austria

Scope of delivery

• ModulA stainless steel heating element
• Stainless steel herb chamber
• Installed borosilicate ball matrix
• Small walnut magnetic handle
• Large oak magnetic handle
• Magnet

Price: 150 Euro

Already available in Europe — coming soon to the US & worldwide!

Where to buy: https://beyond-the-clouds.com

beyond the clouds (@beyond_the_clouds420) • Instagram photos and videos

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In use

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A small look back at some early ModulA prototypes.

Different materials, shapes and ideas, each version helped shape the ModulA into the version available today.

The development never really stops.

[MrJitterz]

The magnetic handle is an interesting idea and I love the formfactor. Best of luck with it!

[BTC]

Did you know?

By changing which part of the ModulA sits inside the YLL IH 3.0 coil, you can influence the heating character.

Upper section inside the coil → more convection-focused
Lower section inside the coil → more direct heat to the herb chamber / more conduction

A simple way to fine-tune the ModulA to your personal preference.

[UhuM]

Thats a nice looking device.

What kind of stainless steel are you using?

What type of screen (if there’s any) do you use and can you use the height to get different chamber sizes or is it purely pack as many as you want.

Do the balls need any cleaning and how hard can it be?

Looking forward

[BTC]

Thank you!
The herb chamber is made from 316 stainless steel.
The heating element is made from a combination of 316 stainless steel and a special magnetic stainless steel. I don’t publicly disclose the exact alloy of the magnetic part at the moment, but material safety, durability and performance were very important during the development of the ModulA.
The herb chamber uses a removable stainless steel screen. It is mainly intended to be easy to clean or replace, not really as an adjustable chamber-size system. You can simply load as much or as little as you prefer.
The balls usually don’t need much cleaning, since they are not in direct contact with the herb. If they ever need cleaning, the ModulA can be disassembled, but for normal use it should not be something you have to do often.
The ModulA is produced here in Austria.

[BTC]

Looking back…

I recently came across some old photos from the early days of the ModulA project and thought it would be interesting to share them.

The idea for the ModulA started over three years ago with one clear goal: to develop a portable ball vape designed specifically for induction heaters. I wanted something that didn’t require a PID and coil on the table, used smaller amounts of herb efficiently, and still delivered the performance I was looking for.

These photos show some of the early milestones, from one of the first CAD drawings to the first working prototypes.

A lot has changed since then. There have been countless design iterations, prototypes, testing sessions, and many small improvements that aren’t immediately visible but made a big difference in the final result.

Looking back at these photos reminds me how long the journey has been and how much I learned along the way.

Thanks to everyone who has followed the project, given feedback, or supported it over the years. I really appreciate it.

[jimmy]

Wow. This is exactly what I have been waiting for. An induction specific device that actually utilises the potential of the technology! I currently use the Vices JoyStik with a mix of ruby/SiC for the YLL 3.0. It looks like this device would heat quicker and uses less power. I’m guessing you can change the heating media too? I’m guessing there is a reason you use borosilicate glass over a more conductive media. Are you using a special alloy for induction?

Do you ship to New Zealand? I read Austria as Australia and I was excited that shipping would be bearable! Haha anyway, super nice work. Love the magnet handle idea too!!!

Cheers, Jimmy

[jimmy]

Man this is what I have been waiting for! Why did you use borosilicate glass instead of something more conductive? I want to order one however I see that you do not ship to New Zealand? I would love to own one.

[BTC]

Thank you! I’m really happy to hear that.

I don’t own a Vices JoyStik, so unfortunately I can’t make a direct comparison. With the YLL 3.0 set to 100 W, the ModulA (filled with borosilicate or Ruby Balls) takes approximately 35–40 seconds for the initial heat-up. When reheating for another bowl immediately afterwards, it usually takes around 12–20 seconds, so it is generally ready by the time you have filled the bowl.

If that is faster than the JoyStik, I would assume that it also uses less energy per heat-up, but I haven’t tested the two devices side by side.

The heating media can be changed, provided that suitable, clean and heat-resistant materials intended for vaporizer use are used.

Since quite a few people have asked about ruby balls, I’ve been testing them again. In my first blind test, I personally preferred borosilicate, but in my latest comparisons, the differences seem smaller than they did initially. Both borosilicate and ruby perform very well.

I already have some ruby balls in stock, so if there is enough interest, I could offer them as an optional extra for around €10 in addition to the standard borosilicate balls. That way, you would receive both sets and could compare them yourself.

And yes, the heater uses a magnetic stainless-steel alloy chosen specifically for induction heating.

Regarding shipping to New Zealand: I’m working on it, and as soon as I’m able to start shipping there, I’ll let you know.

If anyone has questions about shipping to their country, please feel free to send me a PM.

Thanks again for your interest and the kind words!

[jimmy]

Thanks for replying again! Going by those numbers it seems that you are maximizing the induction heating.. Probably get to heat with a little less power. I am interested in the properties of the media after finding quartz underwhelming and SiC balls leading much faster heating in the coil and giving a “hot vape”. Ruby is really the sweet spot for flavor/properties for me but with the JoyStik I add the SiC balls to reduce heat up times.

All the best with your product, really interested in seeing what comes next in this space!

Cheers,

Jimmy

[BTC]

Did you know?

You can use an IR thermometer, such as the Terpometer IR, to measure the temperature of the balls inside the ModulA.

Simply aim the thermometer at the balls through the bowl-side opening of the heating element.

It’s not necessary for using the ModulA, but if you like to experiment, it’s a great way to find your personal sweet spot and make your results more consistent and repeatable.

From my own testing, I’ve found that the ideal temperature for a reheat is usually lower than the temperature after the initial heat-up. For example, if you like the results at around 315°C after the initial heat-up, you might find that around 280°C works well for reheats.

These are just example starting points, feel free to experiment and find the temperatures that work best for your setup and preferences.

The temperatures shown in the pictures were measured in degrees Celsius (°C).