The most common rejection is a concentrate that still contains Water, Alcohol or Lipobond Agent. Return it to a powered Evaporator and inspect the source container after another overnight cycle. If the warning is Not Enough Reagent instead, check the selected product and the actual amount of its active chemical; total container volume is not the same as usable reagent.
Do not restart blending and heating just because the Finisher refuses a batch. A successful reaction can still be too wet to package. Read the exact warning, measure the mixture with the Composition Spectrometer, and repair the condition that failed.
Separate the warnings before changing the mixture
Wet Ingredient Detected and Not Enough Reagent point to different problems. One concerns liquids that must be removed before packaging, while the other concerns the quantity of the chemical used by the selected recipe. A batch can fail both checks at once.
Read the exact rejection warning before altering the batch.
| Warning or result | First inspection | Appropriate response |
|---|---|---|
| Wet Ingredient Detected | Water, Alcohol and Lipobond Agent remaining | Continue controlled evaporation |
| Not Enough Reagent | Selected recipe and active ingredient volume | Select the intended product or prepare more of its reagent |
| Wrong product appears | Current recipe choice | Stop and select the product you actually intend |
| Finished item has weak purity | Composition before and after finishing | Diagnose contamination separately from acceptance |
| Evaporation changed nothing | Source placement, power and machine state | Restore the drying process before trying the Finisher again |
This separation saves ingredients. Adding more raw material to a wet but otherwise successful extract creates a different batch. Reheating a dry mixture with insufficient active chemical does not create more of that chemical unless the necessary precursor and reaction conditions are actually present.
Begin with an observation you can verify in the interface. A warning is more useful than assuming the machine is defective because one overnight step has already passed.
Inspect the container with the Composition Spectrometer
Use the Composition Spectrometer, also called the Chem Scanner, on the source container. Look for the named active ingredient and for the wet components that remain. Do not rely on the vessel's appearance or the size of the total volume alone.
For Dream Dust, the active ingredient is Dream Cap Extract. For Caffeine Pills, it is Caffeine. A container full of Dream Cap Mush is not the same as one containing Dream Cap Extract, even though both came from the same starting item.
Read the composition after the stage you are testing. If the question is whether evaporation finished, scan the source after evaporation. If the question is whether the reaction ever happened, compare the ingredients before committing the batch to another drying cycle.
This helps you avoid treating every unfamiliar line in the scanner as the same kind of impurity. Some components are removable wet ingredients, some are active product, and others may require filtering or a chemical treatment. The Finisher does not decide those roles based on what you hoped to make.
Finish drying instead of counting nights
The Evaporator removes up to 300 mL per night at base performance. A large or heavily diluted mixture may need more than one night. The fact that its battery lost charge shows that energy was used; it does not establish that every removable liquid has gone.
The Finisher's dry-mixture condition allows 100 microlitres or less of Water, Alcohol and Lipobond Agent. A small residual amount can therefore matter even when the container looks nearly empty. Check the reading rather than replacing a measured threshold with a visual guess.
Use this sequence for the wet warning:
- Remove the rejected source container from the Chem Finisher.
- Inspect its remaining wet ingredients.
- Put it back in the Evaporator's source slot.
- Supply the Evaporator with adequate power.
- Advance through the overnight cycle.
- Inspect the same source container again before retrying packaging.
Do not refill the concentrate with water to make it easier to handle. That reverses part of the drying you are trying to complete. If a later recipe specifically needs solvent, follow that recipe, but adding liquid is not a general fix for a wet-input rejection.
Keep the original concentrate and recovered liquid separate
The Evaporator's distillate container holds recovered vapor, not the finished dry chemical ingredient. The desired concentrate for Dream Dust and caffeine remains in the original source vessel. Sending recovered liquid to the Finisher confuses the two sides of the process.
Continue drying the original concentrate when wet ingredients remain.
At zero machine Quality, the receiver can stay empty while the source loses removable liquids. An empty receiver does not mean the useful extract has vanished. Inspect the source before deciding that the overnight process failed.
The reverse mistake is to expect the receiver to contain the ingredient simply because it is labeled as an output slot. Output names describe the machine's function, not the next step of every recipe. For a concentration job, the source becomes the useful result precisely because unwanted liquid leaves it.
If you mixed the recovered liquid back into the source, the batch may become wet again. Keep the vessels separate until you know which one the selected product requires.
Match the recipe to the active ingredient
The Chem Finisher can package several products, so verify the selected recipe before pressing Output. The correct mixture does not automatically correct a recipe selected for another chemical.
| Intended product | Active ingredient needed for one item |
|---|---|
| Vial of Dream Dust | Two millilitres of Dream Cap Extract |
| Caffeine Pill | Five millilitres of Caffeine |
| Nomore Injector | Four millilitres of Nomore |
| Vial of Nightmare Dust | Four millilitres of Nightmare Extract |
| Zyanide Pill | Six tenths of a millilitre of Zyanide |
| Phanta Pill | Half a millilitre of Phanta |
| Birth Control Pill | One tenth of a millilitre of Contraceptive Hormones |
These are active-ingredient amounts, not instructions to fill the container to the same total volume with any liquid. A five-millilitre mixture containing only a small share of Caffeine does not necessarily have enough Caffeine for one pill.
If you can finish some items but not another, inspect the amount remaining after each output. Packaging consumes the relevant reagent. A final incomplete portion may still be a valid dry mixture while being too small to make one more item.
Do not dilute that remainder to meet the volume shown in the recipe. More total liquid does not increase the active chemical, and the added wet ingredient can create a second rejection condition.
Check whether extraction produced the right chemical
When the scanner does not show enough of the intended reagent, trace the batch back to extraction. The Blender prepares mush; the Heating Plate creates the extract under the appropriate ingredient and temperature conditions. Drying raw mush does not replace that reaction.
Dream Cap Extract forms with Alcohol from forty degrees Celsius, and it breaks down at sixty. Heating more aggressively is therefore not a safe universal response to missing Dream Cap Extract. If the useful ingredient was destroyed, extra evaporation cannot bring it back.
Caffeine follows different reaction conditions. Do not apply the Dream Cap temperature limits as though every chemical were the same recipe. Identify which precursor remains and consult that product's instructions before changing the heater.
The key troubleshooting question is whether you have too little reagent because the reaction never happened, because some was lost during processing, or because you already packaged most of it. Those conditions require different next actions even though the final warning can look identical.
Distinguish acceptance from purity
A batch that passes the Finisher's checks can still produce a low-grade item. Acceptance means the selected product can be made from that input; it does not mean every contaminant has been removed or that a buyer's minimum purity is satisfied.
Filtering can remove appropriate physical material, but it does not erase every dissolved chemical. Converting unwanted components into filterable debris is different from simply pouring a solution through fabric. Scan the mixture between those stages rather than assuming a single filter action makes it pure.
The Finisher itself can introduce contamination. Chemical Equipment Modules reduce that machine-specific impurity, but they do not transform an incorrect or wet source into the right active reagent. Buying an upgrade is therefore not the first response to every rejection warning.
Check the active reagent and residual liquids separately.
If a finished vial has low purity, compare the active ingredient's share before packaging with the result afterward. A weak starting concentrate and finishing contamination are different sources of loss. Improving the wrong machine may leave the actual problem untouched.
Keep labels separate from composition as well. Renaming a vial does not improve its actual purity, and a scanner-equipped buyer can inspect what is inside. Solve the mixture problem before deciding how the product should be labeled or sold.
Use a minimal recovery path for the current batch
For a wet but otherwise correct mixture, preserve the active chemical and continue drying. For a dry mixture with the wrong recipe selected, change the recipe. For a dry mixture with too little reagent, retain the remainder if useful and prepare more of the appropriate active ingredient rather than adding arbitrary solvent.
Before trying Output again, check four things in order: the source is the concentrate you intended, the selected recipe matches its active chemical, the wet components meet the acceptance condition, and enough active reagent remains for at least one item.
This sequence keeps the repair close to the actual failure. It avoids repeating successful preparation, losing a viable extract to unnecessary heat, or treating an empty distillate receiver as proof that the batch is ruined. Once the machine accepts the mixture, inspect the finished item separately for the quality or delivery requirement you need to meet.