Psychedelics Potency Testing Now Available!!
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Psychedelics Potency Testing Now Available!!
Signed in as:
filler@godaddy.com
We test for up to 19 different cannabinoids
Potency testing for dried and cured flower is essential to determine the cannabinoid content, ensuring compliance and quality. This testing measures levels of THC, CBD, and other cannabinoids, providing vital information for growers, dispensaries, and consumers.
Potency testing for fresh, wet flower is ideal for accurately determining THCA content, crucial for cultivators aiming to gauge the potential THC level of their cannabis before drying and curing.
Potency testing on young plants, as early as the third week of vegetation, is a crucial step for cultivators engaged in phenohunting. This early testing allows for the identification of plants that begin to produce cannabinoids at young stages, guiding breeders in selecting the most promising phenotypes for development.
At The Devil's Lettuce Testing Lab, we utilize state of the art HPLC or high-powered liquid chromatography for all our profile testing services. This is the gold standard in laboratory testing. We do our best to meet ISO 17025 certification standards and bring professional quality testing to growers and enthusiasts of all ranges.
At Devils Lettuce Test Labs, we pride ourselves on delivering the utmost accuracy and reliability in cannabinoid profiling. Our commitment to excellence is underpinned by our use of lab-grade instruments, meticulously tested and calibrated annually. This rigorous process ensures that every analysis we conduct meets the highest standards of precision. By bringing state-of-the-art technology directly to you, we guarantee results you can trust, supporting you in consistently achieving the best possible outcomes for your cannabis products.
We use state-of-the-art equipment such as LightLab by Orange Photonics, an HPLC unit to quantify cannabinoids present in your product or material. HPLC is the gold standard in cannabinoid profile testing. We also use precision scales and moisture balance analyzers by OHAUS to ensure accurate, and consistent results.
Every test we conduct culminates in a comprehensive Certificate of Analysis (CoA). This document is more than just a test result; it's a detailed report that provides a complete profile of your cannabis product. Our CoA includes crucial information such as cannabinoid content, potency levels, and a breakdown of specific cannabinoids present in your sample. We ensure that our CoA is clear, easy to understand, and thorough, enabling you to make informed decisions about your product. This certificate serves as a testament to the quality and compliance of your cannabis, ensuring you and your customers have complete confidence in its quality and efficacy.
The aim is to measure the levels of major cannabinoids, such as THC (tetrahydrocannabinol) and CBD (cannabidiol), as well as other minor cannabinoids, to assess the overall potency and chemical composition of the cannabis product.
We perform analysis and assessment of hemp plant samples to ensure they meet the regulatory requirements and standards set forth for industrial hemp cultivation and production.
By conducting phenohunting, aim to discover exceptional genetic traits and phenotypes that exhibit desirable qualities such as potent cannabinoid profiles, appealing terpene profiles, or high yields.
CBGa (cannabigerol-acid) is a cannabinoid that is present in cannabis plants, and it can provide some indications for determining the optimal time to harvest. Like other cannabinoids, CBGa undergoes changes in concentration throughout the plant's growth cycle. Initially, CBGa levels are higher in the early stages of flowering and gradually decrease as the plant matures and other cannabinoids like THCa and CBDa increase. Therefore, monitoring the CBGa levels can provide insight into the plant's development and help identify the ideal harvest window.
Incorporate data-driven approaches, such as monitoring and analyzing plant metrics, environmental parameters, and feedback from plants, to fine-tune cultivation practices and make informed adjustments for continuous improvement. The ultimate goal of grow optimization is to achieve higher yields, improve the quality of the harvested plants, reduce costs, and maximize overall productivity in a sustainable and efficient manner.
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