Shop the Uwell Caliburn AK3 13W Pod System, featuring a 520mAh battery, 1.0ohm resistance, and operates off a draw and button activated firing mechanism. Constructed from durable aluminum, the Caliburn AK3 Pod System offers a slim and portable form factor and is easy to carry around in the pocket, purse, or bookbag. In addition, the Caliburn AK3 Pod System is capable of utilizing pods from the A3 Pod Series, holding up to 2mL within the confines of the refillable PCTG Pods.
Uwell Caliburn AK3 13W Pod System Features:
• Dimensions: 67.5mm by 44.1mm by 12mm
• Battery Capacity: 520mAh
• Wattage Range: 13W
• Resistance Range: 1.0ohm
• Chassis Material: Aluminum-Alloy
• Charging: Type-C Port
• Operation: Dual-Activation – Button & Draw
• Pod Series: Caliburn A3 Pods
• Fill System: Top Fill – Mouthpiece Cover
• Pod Material: PCTG
• Pod Capacity: 2mL
• Pod Connection: Magnetic
• Coil Installation: Press-Fit
• 1 Caliburn AK3
• 2 1.0ohm Caliburn A3 Pods
• 1 Silicone Lanyard
• 1 User Manual
Make sure to properly prime each coils and pods before use.
Warning: If the coils has a sub-ohm resistance, please make sure you have a great understanding and technical knowledge on how to use mods and batteries that can handle Sub-Ohm coils. Do not use short or flat 510 connection on any hybrid or hybrid style device. If you are not familiar or unsure of particular products or set-ups, please do not use it. Always use proper precautions and handling.
When working with Li-ion (Lithium-ion), LiPo (Lithium-ion Polymer) and any rechargeable cells, please be cautious and carefully use as they are very sensitive to charging characteristics and may explode or burn if mishandled. Please make sure that you have great knowledge on all rechargeable batteries before you use them. Always charge batteries at the clean and fire-proof surface. Never leave charging batteries unattended. If you see that there are visible damages on the batteries, please do not use. Always keep, store and transport the rechargeable cells in a safe, non-conductive container in controlled environment.