How to Make a Disposable Vape Work After It Dies

Posted on 24 October 2023 | Updated on 08 March 2024 |

How to Make a Disposable Vape Work After It Dies

Disposable vapes are popular devices that offer a convenient and satisfying way to enjoy nicotine or hemp without the hassle of charging, refilling, or cleaning. They are designed to be recycled when they run out of battery or eliquid. However, disposable vapes may die prematurely for various reasons, such as battery depletion, clogged airflow, or burnt coil. This article will show tips and tricks on making a disposable vape work after it dies and how to make it from scratch or old parts.

Recharging the Battery

Battery depletion is a prevalent issue afflicting disposable vapes due to their compact battery capacity. Typically, these devices can supply power for a few hundred puffs before needing recharging. A few disposable vapes have a micro USB port on the bottom, facilitating recharging through a compatible USB cable. For instance, models like the HQD Cuvie Air and Vapengin are designed with this feature. To restore these vapes, connect them to a power source using an appropriate USB cable and wait for the LED indicator to turn green.

Nonetheless, most disposable vapes lack a charging port and are intended for disposal upon battery depletion. In such circumstances, one can attempt to recharge the battery through unconventional means involving wires and an external power source. It is important to note that this method is not endorsed as it carries inherent risks and the potential to harm the device. However, if you find yourself in a situation of desperation and are willing to take such a risk, here are some steps to consider:

Find thin wires that can fit into the holes at the bottom of the device. You can use any wires that can conduct electricity, such as speaker wires, headphone wires, or phone charger wires.
Strip the ends of the wires using scissors or pliers to expose the metal cores.
Identify which wire is positive and which wire is negative. You can use a multimeter or a battery tester to check the polarity of the cables. Alternatively, you can look at the color of the wires. Usually, red wires are positive, and black wires are negative.
Find an external power source with a voltage and current similar to the disposable vape battery. You can use another vape battery, a phone charger, or a power bank. Ensure you do not operate a power source with too much voltage or current, which can cause a short circuit or overheat the device.
Connect the positive wire to the positive terminal of the power source and the negative wire to the negative terminal. Be careful not to touch the wires together or touch them with your skin, as it can cause sparks or shocks. Wait for a few minutes until the LED light on the device turns on or flashes. This indicates that the battery is recharged enough to use.
Disconnect the wires from the power source and remove them from the device.
Try using the device as usual. If it works, enjoy your vape if it does not, try another method or dispose of it properly.

Replacing the Cartridge

Another reason disposable vapes die is running out of eliquid or oil. Disposable vapes usually have a prefilled cartridge that contains enough eliquid or oil for a few hundred puffs before it runs out. To refile these pods, you must pull them out from the device.

Find a syringe and a needle that fit into the hole at the top of the device. You can use any syringe and hand that can hold and inject eliquid or oil, such as medical syringes, vape syringes, or blunt-tipped needles.
Find an eliquid or oil compatible with the device. You can use eliquid or grease with the same or similar ingredients, flavor, and strength as the original cartridge. Ensure you do not use eliquid or oil with too much nicotine or active component, as it can cause adverse effects.
Heat the device using a hair dryer, a lighter, or a microwave. This will help to liquefy the remaining eliquid or oil in the cartridge and make it easier to extract.
Attach the syringe to the needle and pull the plunger to extract the remaining eliquid or oil from the cartridge. Repeat this step several times until you get as much eliquid or oil as possible.
Detach the syringe from the needle and fill it with the new eliquid or oil. You may need to shake or stir the eliquid or oil before serving it to ensure it is well mixed.
Attach the syringe to the needle and push the plunger to inject the new eliquid or oil into the cartridge. Repeat this step several times until you fill the cartridge as much as possible.
Detach the syringe from the needle and remove the hand from the device.
Try using the device as usual. If it works, enjoy your vape if it does not, try another method or dispose of it properly.

Troubleshooting Common Problems

Besides battery depletion and cartridge depletion, some joint problems can cause disposable vapes to die or malfunction. These problems include clogged airflow and burnt coil. This section will show tips and tricks to fix these problems and improve your vaping experience.

Fixing a Clogged Airflow

A clogged airflow is a problem that occurs when the airway of the device is blocked by thick eliquid or oil, dust or debris, or overuse. A clogged airflow can result in reduced vapor production, harsh hits, or no hits. To fix a blocked airflow, you can try the following solutions:

Clean the device's mouthpiece using a cotton swab, a tissue, or a toothpick. This will help to remove any dirt or residue that may be stuck in the voice.
Blow into the device from the mouthpiece or the bottom. This will help to push out any eliquid or oil that may be clogging the airway.
Use a thin wire or pin to clear the airway of the device. This will help poke through any blockage that may prevent the airflow. Be careful not to damage the coil or the wick inside the machine.

Fixing a Burnt Coil

A burnt coil is a problem that occurs when the device's coil is overheated or overused. A burnt wave can result in dry hits, burnt or no taste. To fix a burnt lock, you can try the following solutions:

Prime the device's coil by adding a few drops of eliquid or oil directly onto the lock or the wick. This will help to moisten and saturate the ring or the wick and prevent dry hits. Lower the voltage or wattage of the device if it has an adjustable setting. This will help reduce the device's heat and power output and prevent overheating. Change the device's eliquid or oil if it has a high viscosity, sugar content, or flavoring. This will help avoid gunking and caramelizing the eliquid or oil on the coil.

How to Make a Vape

Vapes are devices that use electricity to heat up and vaporize eliquid, oil, wax, herb, or other substances for inhalation. Vapes are popular alternatives to traditional smoking methods, offering more control, variety, and discretion. Vapes come in different types and categories, such as herbal vapes, concentrate vapes, oil vapes, pod vapes, mod vapes, etc. This article will show tips and tricks for making a vape from scratch or old parts.

Making a Vape from Old Vape Parts

One of the easiest ways to make a vape is to use old parts that are still functional or can be repaired or modified. Old vape parts can be reused to create new vapes with different features and functions. Old vape parts include batteries, atomizers, coils, and tanks. To make a vape from old vape parts, you can follow these steps:

Clean the old vape parts using alcohol, water, or soap. This will help to remove any dirt, residue, or bacteria that may be on the details.
Check the compatibility of the old vape parts. This will help ensure the parts can work together without any issues. You can check the compatibility by looking at the specifications of the features, such as size, shape, threading, resistance, voltage, wattage, etc.
Assemble the old vape parts according to your preference and design. This will help you create your custom vape with the desired features and functions. You can assemble the legs by screwing, snapping, or gluing them together.

Making a Vape from Household Supplies

Another way to make a vape is to use household supplies that are readily available or can be purchased online or in stores. Household supplies can be used to create simple vapes with essential components and functions. Household supplies include light bulbs, glass vials, shot glasses, straws or tubes, etc. To make a vape from household supplies, you can follow these steps:

Cut holes in the containers or caps you want to use as the eliquid or oil container and the mouthpiece. This will help create airflow for the device. You can cut holes with scissors, a knife, or a drill.
Insert straws or tubes into the holes you cut in the containers or caps. This will help create an airway for the device. Using glue, tape, or rubber bands, you can also insert straws or boxes.
Add eliquid or oil into the container you want to use as the eliquid or oil container. This will help to provide the substance for the device. You can add eliquid or oil using a syringe, a dropper, or a funnel.
Heat the container filled with eliquid or oil using a flame or an electric source. This will help vaporize the device's eliquid or oil. You can heat the container using a lighter, a candle, or a microwave.
Inhale through the straw or tube attached to the container or cap you want to use as the mouthpiece. This will help to draw the vapor from the device into your lungs.

Making a Vape from Scratch

Using primary or advanced electronic components is the most challenging and rewarding way to make a vape. Electronic components can create complex vapes with sophisticated features and functions. Electronic components can include batteries, switches, LEDs, potentiometers, transistors, microcontrollers, sensors, displays, speakers, etc. To make a vape from electronic components, you can follow these steps:

Design the circuit diagram of the device using software or paper. This will help to plan and visualize the structure and function of the device. You can design the circuit diagram using Fritzing, CircuitLab, or Tinkercad software. Alternatively, you can draw the circuit diagram using paper and symbols.
Connect the components on a breadboard or solder them on a PCB. This will help to build and test the device. You can connect the elements on a breadboard using jumper wires and pins. Alternatively, you can solder the components on a PCB using a soldering iron and solder.
Add the eliquid or oil container and the mouthpiece to the circuit. This will help provide the device with the substance and airflow. You can add the eliquid or oil container and the representative using glue, tape, or screws.
Adjust the settings to customize the device. This will help to control and optimize the device. You can adjust the settings using switches, buttons, knobs, sliders, etc.

Making a Vape from Scratch Using Basic Electronic Components

One of the simplest ways to make a vape from scratch is to use essential electronic components that can be easily found or bought online or in stores. Crucial electronic components can be utilized to create a vape that has a simple function and feature, such as heating and vaporizing eliquid or oil. Essential electronic components include batteries, switches, LEDs, potentiometers, etc. To make a vape from scratch using crucial electronic components, you can follow these steps:

Design the device's circuit diagram using software or paper. The diagram should include a battery, a switch, an LED, a potentiometer, and a coil. The battery should provide power to the circuit. The button should turn the circuit on and off. The LED should indicate when the circuit is on or off. The potentiometer should adjust the voltage or current of the course. The coil should heat up and vaporize the eliquid or oil.
Connect the components on a breadboard or solder them on a PCB according to the circuit diagram. The pieces should be connected in series or parallel, depending on your preference and design. The battery's positive terminal should be attached to one end of the switch. The other end of the button should be connected to one end of the LED. The other end of the LED should be connected to one end of the potentiometer. The other end of the potentiometer should be connected to one end of the coil. The other end of the ring should be attached to the battery's negative terminal.
Add the eliquid or oil container and the mouthpiece to the coil using glue, tape, or screws. The eliquid or oil container should be attached to the top of the loop. The agent should be affixed to the side of the ring.
Adjust the potentiometer to customize the device. The potentiometer should control the voltage or current of the circuit and, thus, the temperature and power of the coil.

Making a Vape from Scratch Using Advanced Electronic Components

One of the most complex ways to make a vape from scratch is to use advanced electronic components that can be difficult to find or buy online or in stores. Advanced electronic components can create a vape with multiple functions and features, such as monitoring and controlling temperature, voltage, wattage, resistance, etc. Advanced electronic components can include microcontrollers, sensors, displays, speakers, etc. To make a vape from scratch using advanced electronic features, you can follow these steps:

Program the microcontroller of the device using software and computer. The microcontroller should control and coordinate the functions and features of the device. You can program the microcontroller using Arduino IDE, Python, or C++ software. Upload the code to the microcontroller using a USB cable, Bluetooth, or WiFi.
Connect the sensors and peripherals to the microcontroller according to your preference and design. The sensors and peripherals should provide input and output for the device. You can connect sensors such as temperature, voltage, wattage, resistance, etc., to measure and monitor various device parameters. You can connect peripherals such as display, speaker, button, etc., to show and control multiple device settings.
Add the eliquid or oil container and the mouthpiece to the microcontroller using glue, tape, or screws. The eliquid or oil container should be attached to the output pin of the microcontroller. The agent should be connected to the input pin of the microcontroller.
Use the display and speaker to monitor and control the device. The presentation should show the current status and settings of the device, such as temperature, voltage, wattage, resistance, etc. The speaker should play the sound effects and feedback of the device, such as beep, click, buzz, etc.