Specifications include, but are not limited to: The Cannabis Analyzer must come as an integrated HPLC with a small footprint. It must include a simplified software overlay for the main CDS to facilitate the analysis of cannabinoids. It must include a choice of robust methods to determine the potency of cannabinoids. It must include consumables and instructions to run the chosen methods, including: Mobile Phase Analytical Column Guard Column Standards Standard Preparation Instructions Sample Preparation Instructions. It must include a 3 year warranty. It must include Preventative Maintenance at the start of years 2 & 3 of the Warranty. It must include automated Start Up and Shutdown procedures. HPLC Must be an intergrated HPLC with degasser, pump, autosampler, column oven, and detector in a single module It must have a color touch screen panel for direct control. The HPLC must have a automatic shutdown function that reduces power consumption by at least 95% It must have extensive GXP and compliance features standard. It must have a TCP/IP Interface for communication with PC‐based computer to download chromatography It must have remote monitoring via smart device. The HPLC must have a pressure limit of 50 MPa (7251 psi) It must have a flow rate range of 0.0001 to 10.000 mL/min. It must have micro‐volume double parallel plunger design with a 10 uL micro stroke volume to minimize pulsation, reduce friction heat and increase seal life. It must have a free floating self‐aligning plunger technology to increase seal life. It must have a dual inlet check valve design. It must have an anti‐airlock mechanism incorporated into the outlet check valves for quick priming and resilience to off gassing. It must have the ability to run a low pressure quaternary gradient. It must have the ability to have solvent selection of up to four solvents per pump. It must have MicroReactor (MiRC) technology enabled in the solvent mixer to ensure minimal gradient delay volume with no mixing performance compromise. It must have a minimum gradient delay volume of 460 uL. The Autosampler must have a platinum coated needle to reduce the interaction of the analytes and reduce the interaction of the analytes and reduce carryover. It must be able to rinse the needle before, after or before and after sample aspiration. It must have carryover less than 0.0025% (caffeine). It must have an injection volume of 0.1 uL to 100 uL with an option to go to 2000 uL. It must have an injection cycle time of 7 seconds or less. It should be capable of pretreatment of samples including dilution, derivatization, and co‐injection. The Column Oven must be able to achieve high temperature control of at least 90 °C to increase analysis time. The HPLC must have a flow rate accuracy of ±1% or ±2 L/min whichever is larger, and precision within ±0.06%. The HPLC must have an injection volume accuracy of ±1%. The HPLC must exhibit a cross‐contamination of <0.0025%. The HPLC must have an injection cycle time of <15 sec. The HPLC must have a sample capacity of at least 216×1.5 mL vials. Detector The HPLC must have a Photodiode Array detector (PDA) built into the main unit with a wavelength range of 190800 nm. The PDA detector must make use of a 1024 element diode array. The PDA detector must have a spectral resolution of 1.4 nm and device resolution of 0.6 nm/pixel. The PDA detector must have a variable slit that can be set to 1.2 and 8 nm. The PDA detector must have a noise level of <±3×10‐6 AU and drift of <500×10‐6 AU. The PDA detector must have a linear range of 2.0 AU. The PDA detector must be capable of sampling at 100 Hz.