Schlumbergera
Member
Hello all,
I'm new to using a dynavap and have recently discovered the world of induction heating. After reading the entire half pint thread and seeing some cool builds, I decided to make a clone of the 'Stealth Induction Cup'. I like the form factor along with the durability aspect, the stealth part does not add a lot for me... but it is usually good to draw less attention. So the SICC was born!

Planning a 3S 18650 setup for power with a 15A BMS and building a version of the half pint for the inductor circuit. No MOSFET board, but using the half pint 'on switch method' as described by Tommy Dee. Still waiting on the BMS and need to get some batteries, but I started in today by mounting the power switch and power input jack. First, I marked the centers for the holes and then used a drill press to drill pilot holes, before switching to a step drill bit and enlarging the holes.



Next up, I need to build the half pint circuit, design and 3D print an internal structure to mount the battery packs, and wire it all up! The entire unit will be mounted to the lid so it can be unscrewed and removed from the cup. The batteries will be easily accessible for replacement or external recharging. Stay tuned!
-Schlumbergera
I'm new to using a dynavap and have recently discovered the world of induction heating. After reading the entire half pint thread and seeing some cool builds, I decided to make a clone of the 'Stealth Induction Cup'. I like the form factor along with the durability aspect, the stealth part does not add a lot for me... but it is usually good to draw less attention. So the SICC was born!

Planning a 3S 18650 setup for power with a 15A BMS and building a version of the half pint for the inductor circuit. No MOSFET board, but using the half pint 'on switch method' as described by Tommy Dee. Still waiting on the BMS and need to get some batteries, but I started in today by mounting the power switch and power input jack. First, I marked the centers for the holes and then used a drill press to drill pilot holes, before switching to a step drill bit and enlarging the holes.



Next up, I need to build the half pint circuit, design and 3D print an internal structure to mount the battery packs, and wire it all up! The entire unit will be mounted to the lid so it can be unscrewed and removed from the cup. The batteries will be easily accessible for replacement or external recharging. Stay tuned!
-Schlumbergera