Inside the Manufacturing Process of 7OH+ Products

The journey of a 7OH+ product begins with Mitragyna speciosa leaves sourced from regions like Indonesia, Malaysia, or Thailand. These leaves naturally contain dozens of alkaloids, with mitragynine as the opia 7 hydroxy one and 7-hydroxymitragynine (7-OH) in trace amounts. Because 7OH+ products are highly concentrated, the raw material must undergo specialized extraction and conversion processes to boost 7-OH levels far beyond their natural state.

 

Alkaloid Extraction

The first step is to separate alkaloids from plant material. This often involves:

 

Drying and Grinding: Fresh leaves are dried to reduce moisture and then milled into fine powder.

 

Solvent Extraction: Food-grade solvents (like ethanol or a water-ethanol mix) are used to dissolve the alkaloids.

 

Filtration: Plant fibers are removed, leaving an alkaloid-rich liquid extract.

 

At this stage, the extract still contains a complex mix of alkaloids and plant compounds.

 

Conversion to 7-OH

Because raw kratom contains very little 7-OH, manufacturers often convert mitragynine into 7-hydroxymitragynine using controlled oxidation or catalytic processes. This can be done chemically or enzymatically, with the goal of maximizing yield while minimizing unwanted byproducts. The result is a concentrated form of 7-OH suitable for precise dosing.

 

Purification and Standardization

To ensure consistent potency:

 

Chromatographic Separation isolates 7-OH from other alkaloids.

 

Drying or Crystallization produces a stable powder form.

 

Analytical Testing verifies purity, potency, and absence of contaminants like heavy metals, pesticides, or microbial growth. Reputable companies like 7OH+ use third-party lab testing and publish results for transparency.

 

Formulation of Products

Once pure 7-OH is obtained, it is incorporated into various delivery forms:

 

Chewable Tablets: Mixed with flavoring agents, binders, and sweeteners before being pressed into uniform tablets. Some are scored so users can split doses.

 

Liquid Shots: Dissolved in flavored syrup or emulsified in water-based solutions, with preservatives added to ensure shelf stability.

 

Special Blends: Certain products combine 7-OH with other botanical extracts, like kava or pseudoindoxyl derivatives, to create targeted effects.

 

Flavor Masking and Texture Control

Given 7-OH’s bitterness, flavor masking is a critical part of manufacturing. This can involve high-intensity sweeteners, fruit extracts, and acids that balance taste. For chewables, mouthfeel is enhanced with binders that prevent crumbling but dissolve quickly when chewed.

 

Packaging for Safety and Shelf Life

 

Airtight Containers: Protect alkaloids from oxidation and moisture.

 

Child-Resistant Caps: Required in some jurisdictions due to the product’s potency.

 

Clear Labeling: Milligram content per serving, batch numbers, and QR codes linking to lab reports.

 

Quality Assurance Before Release

Before shipping, batches are re-tested to confirm potency matches labeling and that no contamination occurred during packaging. This final verification step is critical to maintaining consumer trust in a product with such a small margin for dosing error.

 

Final Thoughts

The manufacturing process of 7OH+ is a fusion of herbal extraction, pharmaceutical precision, and food science. While the end product may look like a flavored candy or energy shot, the process behind it is more akin to the controlled production of a potent medication. This is part of what makes 7OH+ both appealing and controversial in the supplement world.