Silent original gameplay: on-screen explanatory text, not spoken subtitles. 00:00:00.000: A pill can finish and still be low grade — Our first attempt made 28.56% Starch Grade. Here is the improved starter workflow. 00:00:12.000: Start with a real, empty bottle — Chemist kit + first Cartel Handler supplies. Attach a 0 ml bottle to the Blender. 00:00:26.000: Blend one Coffee Beans item — Put the handful of beans in INPUT, then Start. Our Shabby Blender made 52 ml. 00:00:46.000: Scan the ingredients before processing — Starting coffee: 29.12 ml mush and 5.20 ml caffeine. Read the composition lines. 00:00:58.000: Pour 100 ml of supplied alcohol solution — Use the filled 100 ml cylinder. This takes the 52 ml coffee batch to 152 ml. 00:01:12.000: Add another 50 ml with the smaller cylinder — 150 ml solution added in total. Do not confuse the bottle capacity with the amount poured. 00:01:26.000: 202 ml total, including 105 ml alcohol — The supplied solution is 70% alcohol. That is 3.61× our 29.12 ml mush amount. 00:01:38.000: Heat on LOW and watch the actual temperature — The caffeine recipe needs at least 80°C. Our Shabby plate has a separate 99°C target. 00:01:50.000: Switch OFF: our observed endpoint was 92°C — About one minute from 26°C; waiting is cut. This timing is specific to our setup. 00:02:06.000: After heating: 26.93 ml caffeine — Mush is gone; Plant Matter is present. Keep the plate OFF and let the batch cool. 00:02:18.000: Inspect the supplied in-game reagent — This 5 ml portion is 97.86% acid. Purity varied between our two research runs. 00:02:30.000: Add a measured 5 ml of Acidic Solution — This is cleanup for the cooled game mixture. The reagent reacts with protein. 00:02:44.000: Add 1 ml more: 6 ml total for this batch — Allow the reaction to settle. Check protein and debris rather than using a universal dose. 00:02:58.000: Install Kotton Fabric inside the Water Pitcher — Open the pitcher, fit the fabric in its filter slot, then close that small panel. 00:03:12.000: Pour the reacted mixture through Kotton — Drag the bottle onto the empty pitcher. Filtering removes the large particles in this run. 00:03:24.000: Filtered: 125.85 ml, caffeine still 26.93 ml — No protein, plant matter or debris listed. Some physical contaminant, fat and acid remain. 00:03:36.000: Load the filtered bottle into CONTAINER — We also attach an empty DISTILLATE bottle. Installed cell: 40/100 kJ; demand: 6/day. 00:03:56.000: Sleep one night with this setup — We paid Power Service: 5 credits. The Evaporator processes the batch overnight. 00:04:06.000: Next morning: dry batch is 70.62% caffeine — 38.13 ml remains, with no water or alcohol listed. The 0% heading refers to water. 00:04:18.000: Configure the Finisher for Caffeine Pill — Required volume: 5.00 ml. Cannot include wet ingredients. Select, then close the list. 00:04:30.000: Load the dried bottle; click Output once — Ready produces one pill here. We used the starter Finisher without Chemical Modules. 00:04:44.000: Finished pill: 62.14% Street Standard — Scan the final product. The starter Finisher lowered purity from the dry batch’s 70.62%.