International Trap Star Big Meech Recycler
International Trap Star Big Meech Recycler - Blue is backordered and will ship as soon as it is back in stock.
International Trap Star Big Meech Recycler
Are you ready to be wowed by the aesthetically beautiful science of wind and water? Get ready for the International Trap Star Big Meech Recycler! This carefully designed water pipe or dab rig (depending on your desired attachment) is a must-have edition to any casual or daily smoker’s collection. Featuring a fixed downstem, the International Trap Star Big Meech Recycler also utilizes a dual diffuser system that juxtaposes two uptake arms and eventually feeds back into the drain which then leads back to your water basin at the core of the piece. This water pipe/dab rig functions primarily as a concentrate piece for dabs, but once switched the adapter can host a slew of different bowls for dry herb, too! No matter what your experience level is with concentrates, this is sure to be a hit for newbies and professionals alike. With excellent diffusing and recycling features professionals will love its sleek, compact design and newbies will gravitate towards the simple nature of its construction.
International Trap Star Big Meech Recycler Features
- Two fluorescent uptake arms
- Drain system
- Dual diffuser/percolator
- Interchangeable bowl
- Fixed downstem
- Uptake arms double function for grip
International Trap Star About
Founded in 2019, International Trap Star is. company based out of Atlanta, Georgia. Their primary focus when making pieces is to make something of high-quality, durable material while also providing this service at a reasonable cost. All International Trap Star products are sculpted from tempered glass and emblazoned with the I.T.S. logo. As well, ergonomic capabilities are also often taken into consideration with International Trap Star because they may not feature some medusa-like percolator, but they’ve got got enough perks between diffusers that the job of the dab rig, water pipe, etc will always function at the highest level possible.