Page 27 - The Rosin Machine - Hydraulic Series Manual

E.1
PROPRIETARY FEATURES
The mission for Access Rosin® is to engineer a streamline system that is able to scale on any industrialized / commercialized level, while to maintain a connoisseur grade quality of a solvent-less concentrate, and prevent any bottlenecks from a turn-key innovative solvent-less solution.
Fig. E1.1
E1.1 - Quadruple Directional Flow “Q.D.F”
The focus for Access Rosin® was to develop an innovative heat plate that allows maximum throughput capacity with more surface area to process maximum throughput capacity, and without jeopardizing quality standards of the connoisseurs expectation. We’ve innovated traditional rectangular-style heat plates to be more efficient by designing a unique squared heat plate with a centralized flow port, for the use of multiple (4x) trapezoid shape rosin bags of 20” sq., that fits perfectly inside a unique parchment paper pouch, to quadruply and simultaneously press rosin to instantly fall off the heat plates and into the collection cavity to instantly cool down the rosin.
Benefits: Maximize surface area, use F.C.T, less parchment paper use, and maintain quality control.
E1.2 - Flow Control Technology “F.C.T”
When pressing two (2) or four (4) bags simultaneously, rosin (liquified resin glands) builds-up to flow in unison, as each of the multiple parchment pouch openings meet in the center of the heat plate to create a controllable flow of rosin called Flow Control Technology. The collection cavity is utilized to collect the flow 12” from the heat plate directly into a jar, or into The Rosin Machine’s collection attachment, such as the Access Rosin® dispensing system; the D-Vessel. The attachment is fasten onto the bottom heat plate for a conductively warm encapsulated collection that is ready to dispense upon collection.
Benefits: Encapsulated collection, use of P.M.S, collection of off-gasses terpenes and flavonoids.
E1.3 - Post Melt Separation “P.M.S”
When resin glands liquefy into rosin with heat and filtration, the compounds of rosin breakdown in different cannabinoids, terpenes, and flavonoids by their individual melting point, which can show a dominate trait of the rosins compounds in a form of different color spectrums. Post melt separation allows the user to remove the lighter spectrum of rosin, that typically melts first, from the darker spectrum of rosin that typically melts last. How does rosin receive different temperatures from a stable temperature heat plate during the same press cycle? When more pressure is applied overtime, at the same temperature, naturally more heat is applied that activates higher melting point cannabinoids, terpenes, and flavonoids to release.
Benefits: Separate the lighter from darker spectrums for multiple product SKUs in a single press.
Fig. E1.2
Fig. E1.3