Ultrasonesch Cannabis Glyzerin Extraktioun fir séier, alkoholfri Tinkturen
Produzéiert héichwäerteg Cannabis Glyzerin Extrakter an e puer Minutten amplaz Wochen. Hielscher Ultrasonikatoren intensivéiere d'Extraktioun vu Cannabinoiden, Terpenen an anere Planzesubstanzen aus Cannabis a Hanf an Geméisglyzerin, Propylenglycol, Ueleger oder anerer Formulatiounsträger. Net-thermesch Extraktioun fir alkoholfri Tinkturen, Iessen, topesch Uwendungen, Vape-Formulatiounen an skaléierbar CBD/THC Produktioun.
Whether you develop small laboratory batches, craft tinctures, or scale up regulated cannabis extract production, Hielscher probe-type ultrasonicators give you precise control over amplitude, temperature, processing time, and batch size. This enables reproducible extract quality, higher extraction efficiency, and faster production cycles.
Why producers choose Hielscher sonicators for cannabis glycerin extraction:
- Minutes instead of months: Replace long glycerin maceration with rapid ultrasonic extraction.
- Alcohol-free formulation: Produce glycerin-based cannabis extracts for tinctures, edibles, topicals, and other products.
- Low-temperature processing: Preserve heat-sensitive terpenes and cannabinoids by processing under controlled temperature conditions.
- Higher yield and potency: Ultrasonic cavitation improves mass transfer from plant material into the carrier liquid.
- Scalable equipment: From small beakers to inline industrial production, Hielscher offers laboratory, pilot, and production-scale ultrasonicators.
- Made in Germany: Robust ultrasonic systems designed for continuous operation, process control, and reproducible results.
Tell us your batch size, carrier liquid, target throughput, and product format. Our team will recommend the suitable sonicator and processing setup.
Sonicator UP400St for cannabis extraction
Wéi preparéiert ee Cannabis Glycerin Konzentrat
Fir déi konventionell kale Prozess Virbereedung vun enger Glycerin Tinktur, ginn d'Cannabis Knospe normalerweis fir ca. 90-120 Deeg am Glycerin fir déi aktiv Substanzen ze extrahieren. De kale Prozess ass ganz Zäitopwänneg, awer et huet de Virdeel iwwer déi méi séier waarm Extraktioun datt déi aktiv Verbindunge wéi THC, CBD, Terpenen asw net duerch Hëtzt ofgebaut ginn. Ultrasonic Extraktioun ass en net-thermesche Prozess, dee bei Raumtemperatur duerchgefouert ka ginn. Bannent e puer Minutten kann eng komplett Extraktioun vun den aktive Verbindunge vu Cannabis ouni thermesch Degradatioun erreecht ginn. D'extraktioun vum kale Prozess gëtt och an enger méi schmaacht Tinktur, well déi aromatesch Terpene bewahrt sinn.
E Basisrezept fir Ultraschallextraktioun vu Cannabis a Geméisglycerin enthält déi folgend Schrëtt:
- 400mL (ongeféier 8 Unzen) Liewensmëttel-Grad Geméis Glycerin
- 35 Gramm gedréchent Cannabis (Knospe, Blummen, Blieder oder Stiele)
De Verhältnis vu Cannabis: Glycerin kann un d'Cannabisqualitéit an d'gewënscht Stäerkt vum Endprodukt ugepasst ginn. D'Quantitéit u Geméis Glycerin a Cannabis kann erop oder erof respektiv de gewënschten Produktiounsvolumen vu Glycerit ginn.
Maacht weg datt Extrakter aus Knospe a Blummen méi schmaacht sinn. Wéi och ëmmer, effektiv Cannabinoide kënnen och aus Stämm extrahéiert ginn.
Schrëtt-fir-Schrëtt-Protokoll fir Ultraschall Cannabis Extraktioun am Glycerin
- Decarboxylatioun (optional): Béid, decarboxyléiert wéi och net decarboxyléiert Cannabis kënnen iwwer déi folgend Schrëtt extrahéiert ginn. Fir eng héchst THC Potenz ze kréien, ass Decarboxylatioun definitiv recommandéiert. Fir eng effektiv Cannabis Tinktur ze kréien, ass et recommandéiert d'Cannabis Planzmaterial ze decarboxyléieren. Dëst kann einfach gemaach ginn andeems de Cannabis op engem Bakblech am Ofen erhëtzt. Dofir den Ofen op 240 ° F / 115 ° C virhëtzen. Bake de Cannabis fir 30 bis 40 Minutten, all 10 Minutten réieren sou datt et gläichméisseg toast. Loosst de Cannabis ofkillen ier weider Veraarbechtung.
- Ultraschall Extraktioun:
2.1. Virbereedung: 35 Gramm vun der dréchen, zerquetscht Cannabis Planzmaterial gëtt an e Glasbecher mat 400mL Geméis Glycerin bäigefüügt. De Becher mat der Glycerin-Cannabis-Mëschung gëtt an e gréissere Container mat engem Äisbad gesat. Wann néideg, ersetzen d'Äis beim Schmelzen während der Sonikatioun fir eng séier Hëtztofléisung ze garantéieren fir eng Temperatur net méi héich wéi 30 ° C ze halen.
2.2. Sonication: Ultrasonic Extraktioun gëtt mam Ultraschallprozessor UP400St mat Sonde S24d40 gemaach. D'Sond (och bekannt als Tipp, Horn oder Sonotrode) vum Ultraschallprozessor UP400St (400W, 24kHz) ass ca. 4cm an d'Geméis Glycerin. Setzt d'Amplitude iwwer den digitale Touch Display op 50%. Sonicate d'Mëschung fir 3-4 Minutten wärend d'Ultraschallsonde lues duerch de Glycerin bewegt. - Glycerit auszedrécken: Fir d'Planzendeeler aus dem Cannabis Glycerinkonzentrat ze läschen, strapazéieren de Glycerin. Zënter Glycerin viskos a plakeg ass, ass d'Benotzung vun engem feine Metallstamm oder enger Seibeutel als déi einfachst bewisen.
- Lagerung: Store an engem Glas Container op eng donkel a cool Plaz. Wann richteg gespäichert, hunn Cannabis Glycerin Tinkturen eng Haltbarkeet vun ca. 1 Joer.
Sonicator UP400St – Ultraschall Extraktioun vu Cannabis am 8L Agitated Batch Setup
Als alternativ Flëssegkeete fir den uewe beschriwwenen Ultraschallextraktioun / Infusiounsprozess, kënne Kokosnossueleg, Olivenueleg, Canola Ueleg oder Botter benotzt ginn. Kokosnoss an Olivenueleg gi bevorzugt wann de Cannabis Konzentrat weider op eng essbar Cannabis Emulsioun veraarbecht soll ginn.
Click here to learn more about the ultrasonic nano-emulsification of cannabis oil!
Advantages of Ultrasonic Cold Cannabis Extraction
- héich Vitesse Extraktioun
- Keng thermesch Degradatioun
- méi lecker Tinktur
- héich Ausbezuele, héich Potenz (effektiv)
- héich Qualitéit (aromatesch & lecker)
- use sonication for stable nano-emulsification, too
Wéi preparéiert Cannabis E-Juice
Cannabis kann als E-Jus konsuméiert ginn (oder E-Flëssegkeet, Vape Jus) oder Vapes, déi an enger E-Zigarett gefëmmt ginn. Fir d'Formuléierung vun Cannabis-infused E-Jus, gëtt Liewensmëttel-grade propylene glycol (PG) déi bescht Resultater. Alternativ kann Geméisglycerin oder eng Mëschung aus Geméisglycerin a Propylenglycol (zB Verhältnis 7:3) fir d'Produktioun vu Cannabis E-Flëssegkeete benotzt ginn fir E-Zigarettenpatrounen och ze fëllen.
- 500 ml Propylenglycol (PG)
- 30 Gramm fein zerquetscht Cannabis (gedréchent, decarboxyléiert)
Alternativ kann eng Mëschung aus Geméisglycerin a Propylenglycol mat enger Ratioun vu 7: 3 benotzt ginn. (7 Deeler Geméisglycerin op 3 Deeler Propylenglycol)
- Ultraschall Extraktioun: De Becher mam Propylenglycol – Cannabis Mëschung gëtt an e gréissere Container gesat mat engem Äisbad. Wann néideg, ersetzen d'Äis beim Schmelzen während der Sonikatioun fir eng séier Hëtztofléisung ze garantéieren fir eng Temperatur net méi héich wéi 30 ° C ze halen.
Sonication: Ultrasonic Extraktioun gëtt mam Ultraschallprozessor UP400St mat Sonde S24d40 gemaach. D'Sond (och bekannt als Tipp, Horn oder Sonotrode) vum Ultraschallprozessor UP400St (400W, 24kHz) ass ca. 4cm an d'Geméis Glycerin. Setzt d'Amplitude iwwer den digitale Touch Display op 50%. Sonicate d'Mëschung fir 3-4 Minutten wärend d'Ultraschallsonde lues duerch de Glycerin bewegt. - Spannung de Cannabis E-Jus: Fir d'Planzendeeler aus dem Cannabis-Glycerinkonzentrat ze entfernen, belaaschten de Glycerin duerch Filterpabeier oder e feine Mesh.
- Lagerung: Store an engem Glas Container op eng donkel a cool Plaz. Wann richteg gespäichert, huet Cannabis E-Jus eng Haltbarkeet vun ca. 12-24 Méint.
Ultrasonic Extraktor UIP2000hdT (2kW) for the production of fully natural, organic cannabis extracts on large scale.
Hielscher Sonicators for Cannabis Extraction
Hielscher Ultrasonics supplies high-performance probe-type ultrasonicators for cannabis extraction, botanical extraction, emulsification, and formulation. The product range covers compact laboratory units, benchtop systems, pilot-scale processors, and industrial ultrasonic equipment for continuous production.
The current page highlights that Hielscher systems can be used for both batch and inline processing and are designed for precise control of process parameters such as amplitude, time, and temperature.
Recommended Use Cases
Laboratory and formulation development:
Use compact ultrasonicators for recipe development, cannabinoid extraction trials, terpene preservation studies, and formulation screening.
Small-batch cannabis production:
Use mid-size ultrasonicators such as the UP400St for reproducible batch extraction of glycerin tinctures, oils, and botanical concentrates.
Pilot and industrial production:
Use high-power ultrasonic processors for larger batch volumes or inline extraction with controlled flow, cooling, and process monitoring.
Not sure, which sonicator fulfills your cannabis processing requirements? The table below gives you an overview of how much cannabis slurry each sonicator model can approximately process:
| Batch Volume | Duerchflossrate | Recommandéiert Apparater |
|---|---|---|
| 1 bis 500 ml | 10 bis 200 ml/min | UP100H |
| 10 bis 2000 ml | 20 bis 400 ml/min | UP200Ht, UP 400 St |
| 0.1 bis 20L | 02 bis 4 l/min | UIP2000hdT |
| 10 bis 100 l | 2 bis 10 l/min | UIP4000hdT |
| na | 10 bis 100 l/min | UIP16000hdT |
| na | méi grouss | Stärekoup vun UIP16000hdT |
Glycerin (Glycerin) ass fäeg d'Integritéit vu bioaktive Verbindungen ze erhaalen, kombinéiert mat senger net gëfteg a biologesch ofbaubar Natur, mécht et en attraktive Léisungsmëttel fir pharmazeutesch, kosmetesch a Liewensmëttelindustrie. Kombinéiert mat de mëllen Extraktiounsbedéngungen vun der Ultraschall, Ultraschall Glycerinextrakter weisen exzellent Qualitéit a Bioverfügbarkeet. De Sonikatiounsprozess garantéiert héchst Effizienz, wat zu héijen Ausbezuelen, reduzéierter Extraktiounszäit a gerénger Veraarbechtungskäschte resultéiert! Benotzt d'Léisungsmëttel vun Ärer Wiel, erreecht exzellent Extraktiounsausgaben a super Extraktqualitéit mat Hielscher Sonicatoren!
Choosing the right ultrasonic extraction equipment directly affects yield, processing time, reproducibility, and production cost. Hielscher ultrasonicators are built for demanding botanical extraction processes and can be configured for small laboratories as well as continuous industrial production.
Hielscher Sonicator Advantages:
- High ultrasonic power and reliable cavitation intensity
- Digital process control
- Reproducible amplitude settings
- Batch and inline operation
- Suitable for viscous liquids such as glycerin
- Scalable from milliliters to industrial throughput
- Robust equipment for continuous 24/7 operation
- Process support from experienced ultrasonic application specialists
- German engineering and manufacturing quality
Cannabis Glycerin Extracts for Tinctures, Edibles, and Topicals
Cannabis glycerin concentrates are versatile ingredients for product development. Because glycerin is sweet-tasting, alcohol-free, and widely used in food, cosmetic, and pharmaceutical applications, it is a useful carrier for many cannabis-infused formulations.
Typical applications include:
- Cannabis glycerin tinctures
- CBD or THC drops and gummies
- Edible formulations
- Beverage bases
- Cosmetic and topical products
- Emulsions and nanoemulsions
- Research and analysis samples
To produce cannabis oil emulsions, nanoemulsions, or water-dispersible formulations, sonication is also used after extraction to create fine droplets and stable dispersions.
FAQ: Ultrasonic Cannabis Glycerin Extraktioun
Wat ass Cannabis Glycerin Extraktioun?
Cannabis Glycerin Extraktioun ass en Cannabis- oder Hanfextrakt deen mat Geméisglycerin als Trägersflëssegkeet virbereet gëtt. Et gëtt dacks fir alkoholfrei Tinkturen, Iessbaregkeeten, Gedrénks a topesch Formulatiounen benotzt.
Firwat Ultraschall fir Cannabis Glycerin Extraktioun benotzen?
Ultraschall beschleunegt d'Extraktioun duerch d'Erstellung vun akustescher Kavitatioun. Dëst verbessert d'Zerstéierung vu Planzenzellen, d'Solventpenetratioun an den Massetransfer, wat erlaabt Cannabinoiden a Terpene vill méi séier ze extrahéieren wéi mat passivem Soaken.
Wéi laang dauert d'ultrasonesch Cannabis Glycerin Extraktioun?
Ultrasonic extraction can reduce the extraction step to only a few minutes, depending on batch size, plant material, solvent ratio, sonicator power, amplitude, and target extraction profile.
Is ultrasonic cannabis extraction a cold extraction method?
Yes, ultrasonic extraction can be run as a low-temperature or cold extraction process. With cooling, temperature monitoring, and controlled processing parameters, producers can limit heat exposure and help preserve temperature-sensitive compounds.
Can I use vegetable glycerin for cannabis extraction?
Yes. Vegetable glycerin is a common carrier for alcohol-free cannabis tinctures. It is viscous, sweet-tasting, and suitable for many food, cosmetic, and oral formulations.
Can ultrasonic extraction be used for CBD and THC?
Yes. Ultrasonic extraction can be used to extract cannabinoids such as CBD, THC, CBG, and related compounds from cannabis or hemp plant material. The final cannabinoid profile depends on the starting material, decarboxylation, solvent, and processing conditions.
Do I need to decarboxylate cannabis before glycerin extraction?
Decarboxylation is optional and depends on the desired extract. If activated cannabinoids are required, decarboxylation is commonly performed before extraction. If acidic cannabinoids or a broader terpene profile are desired, non-decarboxylated extraction may be preferred.
Should I use decarboxylated or non-decarboxylated cannabis?
Cannabis can be extracted either decarboxylated or non-decarboxylated. Decarboxylation converts acidic cannabinoids such as THCA and CBDA into their neutral forms, such as THC and CBD. This step is commonly used when producers want a different cannabinoid profile or a stronger activated extract. However, decarboxylation involves heat. Some producers prefer non-decarboxylated extraction when they want to preserve a broader terpene profile or produce extracts rich in acidic cannabinoids. The optimal approach depends on the intended product, regulatory environment, and target formulation. Read how sonication can promote the decarboxylation process!
Which Hielscher sonicator is suitable for cannabis glycerin extraction?
The suitable sonicator depends on batch volume, viscosity, target throughput, and whether the process is batch or inline. Laboratory users may choose compact units, while small-batch producers often use mid-size systems such as the UP400St. Industrial producers can scale easily to higher-power sonicator models such as the 2000 watt sonicator UIP2000hdT or the 4000 watt sonicator UIP4000hdT.
Can ultrasonic extraction be scaled to industrial cannabis production?
Yes. Hielscher ultrasonicators are available from laboratory scale to industrial production scale. Processes developed at small scale can be transferred to larger ultrasonic systems by adjusting amplitude, energy input, flow rate, temperature control, and residence time.
Can glycerin extracts be used for vape liquids?
Cannabis formulation requirements depend on local regulations, ingredient safety, and product design. Glycerin and propylene glycol are used as carriers for cannabis e-liquid formulations, but commercial producers should validate formulations according to applicable safety and regulatory requirements.
How should cannabis glycerin extract be stored?
Cannabis glycerin extracts should generally be stored in clean, sealed glass containers in a cool, dark place. Properly stored cannabis glycerin tinctures can have a shelf life of approximately one year.
Literatur / Referenzen
- Casiraghi A., Gentile A., Selmin F., Gennari C.G.M., Casagni E., Roda G., Pallotti G., Rovellini P., Minghetti P. (2022): Ultrasound-Assisted Extraction of Cannabinoids from Cannabis Sativa for Medicinal Purpose. Pharmaceutics. 14(12), 2022.
- Da Porto, C.; Natolino, A.; Decorate, D. (2015): Effect of ultrasound pre-treatment of hemp (Cannabis sativa L.) seed on supercritical CO2 extraction of oil. J Food Sci Technol 2015 Mar 25;52(3):1748-53.
- Djenni, Zoubida; Pingret, Daniella; Mason, Timothy J.; Chemat, Farid (2012): Sono–Soxhlet: In Situ Ultrasound-Assisted Extraction of Food Products. Food Analytical Methods. 2012.
- Karami, Z.; Yousefi, G.; Alipour, M.; Emam Djomeh, Z.(2013): Modeling and Optimization of Ultrasonic Assisted Extraction (UAE) of Oil from Cannabis with RSM.
- Suslick, K.S. (2001): Sonoluminescence and Sonochemistry. Encyclopedia of Physical Science and Technology; R.A. Meyers (ed.): Academic Press, San Diego, 2001.