Glossary
Key terms and definitions used in edible making. Search or browse alphabetically. Terms link to related guides for deeper reading.
B
Batch
techniquesA single production run of an infused product, from start to finish. BatchCraft calculates per-batch quantities.
Bioavailability
scienceThe proportion of an active compound that enters systemic circulation when consumed. Edibles have lower bioavailability than inhalation but effects last longer.
Read related guide →Butter Infusion
techniquesThe process of extracting active lipophilic compounds into butter by heating plant material in melted butter at low temperature for an extended period.
Read related guide →Butter Machine
devicesAn automated infusion machine (such as the Magical Butter Machine or LEVO II) that combines heating, stirring, and sometimes straining into a single appliance for hands-off infusions.
Read related guide →C
Carrier
scienceThe fat or solvent base used to extract and hold active compounds. Common carriers include butter, coconut oil, MCT oil, olive oil, alcohol, and glycerin.
Read related guide →CBDA
scienceThe acidic precursor form found in raw plant material. Requires decarboxylation (heat) to convert to its active form for effective oral consumption.
Read related guide →Clarified Butter
techniquesButter with water and milk solids removed, leaving nearly pure butterfat. Also known as ghee. Higher fat percentage means better extraction efficiency and longer shelf life.
Read related guide →Concentration
scienceThe percentage of active compound in source material by weight. Typical ranges are 10-30%. Used by BatchCraft to calculate total available active content.
Conservative Estimate
safetyA calculation using lower efficiency values (70% decarb, 60% infusion) to provide a safer, more cautious potency estimate. Recommended for beginners.
D
Decarboxylation
scienceThe heat-driven chemical process that converts acidic precursor compounds into their active forms by removing a carboxyl group (COOH) and releasing CO2. Essential for edible potency.
Read related guide →Decarb Efficiency
scienceThe percentage of precursor successfully converted to active form during decarboxylation. Typical range: 70-95% depending on method and precision.
Read related guide →Dose
safetyThe amount of active compound in a single serving, measured in milligrams (mg). A standard dose for beginners is 5-10mg.
Read related guide →Decarb Device
devicesA purpose-built appliance (such as the Ardent FX or LEVO) designed specifically for decarboxylation, offering precise temperature control and reduced odor compared to a standard oven.
Read related guide →E
Edible
techniquesAny food or drink product that has been infused with active plant compounds, typically via a carrier fat or alcohol.
Emulsifier
scienceA substance that helps mix fat-soluble compounds into water-based recipes. Sunflower lecithin is the most common emulsifier used in edible making.
Ethanol Extraction
techniquesUsing food-grade alcohol (typically 190-proof) to dissolve and extract active compounds from plant material. Produces tinctures.
Read related guide →F
First-Pass Metabolism
scienceThe process where orally consumed compounds are processed by the liver before entering general circulation. This converts some compounds into more potent metabolites, which is why edibles feel different.
Read related guide →Full-Spectrum
scienceAn extraction that retains the complete range of compounds from the source material, including minor active compounds and terpenes. Fat-based infusions are typically full-spectrum.
G
Ghee
techniquesFully clarified butter with all water and milk solids removed. Nearly 100% fat content makes it an excellent carrier with a very long shelf life.
Read related guide →Glycerin
scienceVegetable glycerin (VG) is a sugar alcohol used as an alternative carrier for those avoiding fat and alcohol. Less efficient extraction than fat or ethanol but produces sweet, viscous tinctures.
Read related guide →H
Half-Life
scienceThe time required for half of an active compound to be metabolized and eliminated from the body. Edible effects have a longer effective half-life than inhaled forms.
Headspace
techniquesThe air gap between the surface of a stored product and the container lid. Minimizing headspace reduces oxidation and extends shelf life.
Read related guide →Homogeneity
safetyEven distribution of active compounds throughout a batch. Poor homogeneity means inconsistent dosing between portions — some servings may be much stronger than others.
Hybrid
scienceA plant variety bred from both indica and sativa genetics, combining characteristics of both. Most modern strains are hybrids with varying ratios of indica to sativa traits.
I
Infusion
techniquesThe process of extracting compounds from plant material into a carrier (fat or solvent) through sustained heat exposure, typically at 160-200°F for 2-4 hours.
Infusion Efficiency
scienceThe percentage of active compound successfully transferred from plant material into the carrier during infusion. Typical range: 60-90% depending on method, time, and carrier type.
Indica
scienceA classification of plant varieties typically associated with physically relaxing, sedating effects. Indica-dominant strains are often recommended for sleep aids and pain-relief edibles.
L
Lecithin
scienceA natural emulsifier (usually from sunflower or soy) added to infusions to improve bioavailability and help fat-soluble compounds mix into recipes. Often added during the infusion step.
Lipophilic
scienceFat-soluble. Active plant compounds are lipophilic, meaning they dissolve in fats and oils but not in water. This is why a carrier fat is needed for extraction.
Read related guide →Limonene
scienceA citrus-scented terpene found in many uplifting varieties. Associated with mood elevation and stress relief. Also found in citrus fruit rinds and may enhance bioavailability.
M
Mason Jar Method
techniquesA decarboxylation technique where material is sealed in a mason jar before baking. Reduces odor and preserves volatile compounds by trapping them inside the jar.
Read related guide →MCT Oil
scienceMedium-Chain Triglyceride oil, derived from coconut or palm oil. Contains only medium-chain fatty acids that are absorbed faster than long-chain fats, potentially reducing edible onset time.
Read related guide →Microdose
safetyA very small dose (typically 1-2.5mg) intended to provide subtle effects without significant impairment. Popular for daytime use and for those with low tolerance.
Read related guide →Myrcene
scienceThe most common terpene in many plant varieties, with an earthy, musky, herbal aroma. Associated with sedating and relaxing effects, and may increase the absorption of active compounds.
O
Onset
safetyThe time between consuming an edible and first feeling its effects. Typically 30 minutes to 2 hours, depending on metabolism, stomach contents, and carrier type.
Read related guide →Oxidation
scienceA chemical reaction with oxygen that degrades active compounds over time. Minimized by airtight storage, cool temperatures, and dark containers.
Read related guide →P
Portion
techniquesA single serving of an edible product. BatchCraft calculates potency per portion based on your batch size and serving count.
Potency
scienceThe strength of an edible, measured in milligrams (mg) of active compound per serving. BatchCraft's primary output is estimated potency per portion.
Precursor
scienceThe acidic form of a compound found in raw plant material (e.g., THCA, CBDA). Must be converted to active form through decarboxylation for oral effectiveness.
Read related guide →S
Saturated Fat
scienceFat molecules with no double bonds in their carbon chain. Saturated fats (butter, coconut oil) bind lipophilic compounds more effectively than unsaturated fats.
Read related guide →Shelf Life
techniquesThe length of time an infused product remains safe to consume and retains acceptable potency. Varies widely by carrier type and storage conditions.
Read related guide →Sous Vide
techniquesA precision cooking method using a water bath at exact temperatures. Used for decarboxylation (203°F/95°C for 90 min) and infusion with minimal odor and maximum consistency.
Read related guide →Sublingual
scienceAdministration under the tongue, where compounds absorb through oral mucosa directly into the bloodstream, bypassing first-pass metabolism. Results in faster onset (15-45 min) than swallowing.
Read related guide →Strain
scienceA specific cultivated variety of plant material with a distinct genetic profile, resulting in characteristic THC/CBD ratios, terpene profiles, flavors, and effects.
Sativa
scienceA classification of plant varieties typically associated with uplifting, energizing, and cerebral effects. Sativa-dominant strains are often chosen for daytime edibles.
T
Terpene
scienceAromatic compounds found in plant material that contribute to flavor and aroma. Some terpenes may modulate the effects of primary active compounds (entourage effect). Preserved by low-temperature decarboxylation.
Tincture
techniquesA liquid extract made by dissolving plant compounds in alcohol (ethanol) or glycerin. Typically dosed sublingually with a dropper for precise dosing and fast onset.
Read related guide →Titration
safetyThe process of gradually adjusting your dose over multiple sessions to find the minimum effective amount. Start with a low dose and increase incrementally.
Read related guide →Tolerance
safetyReduced sensitivity to active compounds after repeated use, requiring higher doses for the same effect. Tolerance to edibles builds more slowly than to inhaled forms.
Read related guide →W
Water Curing
techniquesSoaking decarboxylated plant material in water for several days (changing water daily) to remove chlorophyll and plant taste. Produces a cleaner-tasting infusion without affecting potency.