Since 2012 NZVAPOR has focussed on providing the NZ vape market with high quality NZ made vape juice and e-liquid flavours. We were the first to produce liquids in a registered ISO grade 5 facility and to use flow-line machinery, setting the way for good manufacturing procedures and high product standards. We ship vape NZ wide and of course all around the world, including express shipping to Australia. All flavours and nicotine are sourced from registered facilities and our vapes are produced under the highest standards in NZ. Our Director has sat on the board of advisors to the Ministry of Health, Health Promotion Agency and is currently on the board of Directors of the NZ Vape Industry Association.
Creating your own DIY vape mod allows you to tailor your vaping experience to your specific needs. Whether you’re looking to enhance performance, personalise the design, or simply explore these cool tools while gaining more knowledge about vaping technology, building a custom mod can be both rewarding and educational.
Mods allow you to completely personalise your vape device by attaching rebuildable tank atomisers (RTAs) or rebuildable dripping atomisers (RDAs), several size batteries, mod chargers, kanthal wire, silica, or cotton wicks. Similarly, variable voltage or wattage allows you to add functionality and enjoy sub-ohm vaping for a purer, stronger vape experience.
This article will walk you through the fundamentals of DIY vape mods, from basic concepts to building and safety considerations.
In this guide, we will discuss the key tools needed for DIY coil building and provide fundamental tips for both beginners and experienced builders looking to up their skills. Whether you want richer e- liquid flavours, denser clouds, or a more efficient setup, mastering coil building can help you maximise the performance of your vaping device.
Understanding Vape Mods
A vape mod is the central component of a vaping device, containing the battery and controlling the power provided to the atomiser, which then vaporises the e-liquid. Mods come in a variety of types, each with unique features and levels of control:
Regulated Mods: These devices have internal circuitry that allows users to control power and temperature. They also provide safety features to prevent short circuits and overheating.
Unregulated Mods: Also called mechanical mods, these have no electrical regulation and transmit power directly from the battery to the atomiser. While they provide a raw vaping experience, the lack of protective measures necessitates a thorough understanding of battery safety and device physics.
Types of Vape Mods
Mechanical Mods: These are simple devices that lack electrical components and rely on mechanical connections to complete the circuit. They are popular for their durability and simple design, but they necessitate rigorous adherence to safety measures.
Semi-Mechanical Modifications: These modifications use basic electronic components like MOSFETs to manage larger currents safely. They provide a balance between the simplicity of mechanical mods and the safety benefits of regulated devices.
Essential Parts of a DIY Vape Mod
Building a vape mod requires assembling several crucial components:
Vape Battery:
The vape battery is your mod’s source of power. Common lithium-ion battery options include 18650, 20700, and 21700, depending on the desired power output and device size.
Casing:
The casing houses all internal components and can be crafted from a variety of materials, including wood, metal, and 3D-printed plastics, each offering unique aesthetic and functional qualities. For example, many DIY modders opt for aluminum project boxes from brands like Hammond, which provide a sturdy and customisable enclosure.
Switch/Button:
The mechanism activates the device and completes the circuit so that current can flow to the atomiser. For example, a 12mm anti-vandal switch is a popular choice because of its longevity and tactile feel.
MOSFET (for Semi-Mechanical Mods):
A transistor that protects the switch from high current, thus increasing the device’s safety and longevity.
Tools
Wiring and connectors are essential tools that facilitate the connection of components, ensuring efficient and safe electrical flow.
The 510 connector serves as a standardised connection point for the atomiser, ensuring compatibility with various vape tanks and drippers. For example, the Fat Daddy Vapes 510 connector is commonly used in DIY setups because of its durability.
Step-by-Step Instructions for Building a DIY Vape Mod
1. Design Your Mod
Decide on the mod’s form factor, battery configuration, and overall design. Sketch up your concept to use as a blueprint throughout the building.
For example, if you want a steampunk-style mod, consider using a brass casing with detailed engravings.
2. Gather Components
Source high-quality components from reliable providers. Ensure that all components are compatible and meet your design requirements.
3. Prepare The Enclosure
Modify your chosen casing to fit the components. This may include drilling holes for buttons and connectors as well as building battery compartments. For example, if you’re utilising a wooden enclosure, consider applying a protective sealer.
4. Install the 510 Connector
Secure the connector to the enclosure with a stable and flush fit to ensure a durable connection with the atomiser.
5. Wire The Components
Connect the battery terminals, switch, MOSFET (if applicable), and 510 connection as per your design. Use proper gauge wires and make sure all connections are secure and insulated to avoid shorts.
6. Test The Circuit
Before the final construction, use a multimeter to check the electrical circuit for correct voltage and continuity.
7. Assemble The Mod
Once testing has confirmed functionality, assemble all components within the container, ensuring a tight and secure fit.
8. Final Testing
Once the mod is entirely completed, run a last round of testing to confirm that all features work as expected and that safety precautions are in place.
Safety Considerations
When creating and utilising DIY vape mods, safety comes first.
Battery Safety: Use batteries from reputable brands and make sure they are rated for the current your mod will require.
Ohm’s Law: Understand and use Ohm’s Law to guarantee that your DIY vape coil resistance is appropriate for your battery’s capabilities.
Insulation – To avoid unintentional shorts, ensure that all wiring and connections are properly insulated.
Ventilation: Build your mod with enough ventilation to dissipate heat.
Benefits of DIY Vape Mods
Customisation: Tailor your device’s appearance and performance.
Cost Efficiency: By sourcing components independently, you might potentially save money.
Educational Experience: Develop a better understanding of vape technology and electrical fundamentals.
Challenges and Considerations
Technical Skill: Basic knowledge of electronics, soldering, and safe building procedures is required.
Time Consuming: Designing and constructing a mod takes a significant amount of work.
Safety Risks: Improper construction or component selection might result in device failure or physical damage.
Final Thoughts
Beginning the adventure of constructing a DIY vape mod is a rewarding endeavour that combines creativity, technical skill, and a love of vaping. The possibilities for creating a one-of-a-kind creative creation or a high-performance mechanical mod are limitless. However, to have a happy and safe vaping experience, you must prioritise safety and continue to educate yourself on best practices.
Alternatively, to avoid the hassle and ensure you get the right components, you can visit NZVAPOR. We stock a wide range of high-quality vape products, tools, and accessories, providing everything you need for a seamless and safe DIY mod experience. Visit NZVAPOR today and get started on your custom vaping journey!
