Buy Cyputylone online
Buy Cyputylone online, also known as N‑Cyclohexylmethylone or 3,4‑methylenedioxy‑α‑cyclohexylaminopropiophenone, is a substituted cathinone stimulant reference material supplied by Davechemicals.com strictly for research purposes only, not for human or veterinary consumption, suited to analytical, forensic and in vitro projects in the UK, USA, Germany, Australia and Asia where such work is lawful.
What is Cyputylone N‑Cyclohexylmethylone 🤔
Cyputylone (N‑Cyclohexylmethylone) is a synthetic cathinone from the β‑keto phenethylamine family that has been reported as a stimulant designer drug in seized materials since around 2022. It sits in the same broad cluster as compounds like methylone and butylone, but with a bulky cyclohexyl group on the nitrogen which alters its lipophilicity and potentially its pharmacology.
According to specialist monographs, Cyputylone is usually described as a novel stimulant and substituted cathinone, intended in professional settings as an analytical standard to help identify unknown samples rather than as a clinical product. That matters because toxicity, dose response and long term effects are poorly characterised compared with licensed medicines and even compared with earlier cathinones.
If you are looking for something “safe”, Cyputylone is not it. It is an unapproved stimulant research chemical with limited toxicology data and real potential for harm if misused.
At Davechemicals.com official website we treat Cyputylone in the same category as other high risk stimulants, supplied strictly for research, not for human use, with blunt hazard information rather than fantasy marketing.
Chemical Composition and Structure of Cyputylone
Cyputylone is a designer drug with a chemical structure that includes a cyclohexyl group attached to a methylone core.
Chemical Properties
- Molecular Formula: C13H15NO3
- Molecular Weight: 233.26 g/mol
- IUPAC Name: 1-(1,3-benzodioxol-5-yl)-2-(methylamino)butan-1-one
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chemical structure of cyputylone
Key Takeaway: Cyputylone’s unique chemical structure influences its potent psychoactive effects.
Buy Cyputylone For Research Only | Why Labs Take It Seriously
From a research point of view, Cyputylone offers another point in the substituted cathinone landscape that lets chemists study structure‑activity relationships across different N‑substitutions and ring systems. It may be used to:
- Develop and validate LC‑MS or GC‑MS screening libraries for forensic toxicology.
- Compare transporter interaction profiles with better known stimulants like methylone or hexylone.
- Build internal reference panels for seized material analysis, alongside cathinones such as 3 MMC, MDPHP or BMDP.
We position Cyputylone beside other stimulant research items such as buy 4‑MeTMP threo‑4‑Methylmethylphenidate, buy NEP online and buy 6‑APB online, so labs can assemble focused monoamine transporter panels without bouncing between multiple suppliers.
All of this stays on one blunt foundation. Cyputylone is not a supplement, not a medicine and not a toy. If a lab does not have clear protocols for synthetic cathinones, it should not be ordering Cyputylone at all.
Chemistry of Cyputylone | Structure, Class and Relatives
Public sources describe Cyputylone as a 3,4‑methylenedioxy cathinone, with a cyclohexyl group attached to the amino nitrogen, giving the IUPAC name 3,4‑methylenedioxy‑α‑cyclohexylaminopropiophenone. This places it structurally close to methylone, but with a bulkier N‑substitution that pushes it toward the “N‑cycloalkyl” subfamily seen in some newer cathinones.
Synthetic cathinones as a group typically act as central nervous system stimulants that affect monoamine transporters for dopamine, noradrenaline and serotonin, though the exact balance varies wildly between molecules. According to EU drug profiling work, ring substituted cathinones can show effects perceived as similar to cocaine, amphetamine or MDMA, but data on novel variants like Cyputylone are sparse and often come from toxicology cases rather than controlled studies.
If a lab already works with compounds such as buy hexylone online, buy butylone online or buy ECU crystal online, adding Cyputylone can make sense as part of a broader mapping of N‑substituted cathinones.

Cyputylone Legal Status In UK, USA, Germany, Australia And Asia ⚖️
A lot of people search what is Cyputylone legal status as if there is a simple yes or no. Reality is more awkward.
- United Kingdom: Generic cathinone controls under the Misuse of Drugs Act place many substituted cathinones into Class B by structure, with Schedule 1 status for substances with no recognised medical use. Cyputylone is likely captured by these generic definitions, but any lab must check the exact wording against the structure internally or with legal counsel.
- United States: Federal scheduling lists a number of cathinones. Novel compounds like Cyputylone can also fall under the Federal Analogue Act if intended for human consumption, which is exactly why responsible vendors keep the “research purposes, not for human consumption” barrier firmly in place.
- Germany and wider EU: Many EU states, including Germany, use generic laws and NPS acts that scoop up whole classes of cathinones, not just named entries. Again, Cyputylone is likely controlled or quickly could be.
- Australia and parts of Asia: National and state controls on synthetic cathinones are tight in Australia, and several Asian countries handle them with zero tolerance drug frameworks.
If a reader wants a neat answer like “Cyputylone is legal in X country”, that is not honest. For serious labs in the UK, USA, Germany, Australia and Asia, the only rational approach is to treat Cyputylone as potentially controlled and verify status locally every time.
Table 1 Cyputylone Compared With Other Stimulant Research Chemicals
| Feature | Cyputylone | Methylone | Hexylone |
|---|---|---|---|
| Chemical class | Substituted cathinone stimulant | Substituted cathinone stimulant | Substituted cathinone stimulant |
| Notable substitution | N‑cyclohexyl group on amino nitrogen | N‑methyl group, 3,4‑methylenedioxy ring | Longer chain substitutions increasing lipophilicity |
| First reported | Identified in US casework around 2022 | Described in literature and markets since early 2000s | Listed as analytical standard by specialist suppliers |
| Typical positioning | Novel stimulant, forensic reference standard | Benchmark MDMA‑like cathinone, investigational interest | Newer cathinone, analytical reference material |
| Human safety data | Very limited, mostly case reports and analogies | More animal and limited human data, still non medical | Very limited, research only |

