How Does ACETECH™ Technology Work To Create HOCl?

23 October, 2026 · 1 Admin

Hypochlorous Acid (HOCl) is a superior medical antimicrobial agent, but the biggest hurdle in its production is the residual cytotoxic impurities. To thoroughly solve this problem, the ACETECH™ adaptive electrolysis system was born. So, from a biochemical perspective, how does ACETECH technology work to set a new standard for pure HOCl? This article will analyze the core operational mechanism of this breakthrough.

HOCl molecule with the ability to non-selectively disrupt microbial cell membranes, completely preventing the risk of antibiotic resistance.

1. Overview of ACETECH™ Technology

ACETECH™ (ACETECH Adaptively Controlled Electrolysis Technology) is a complex production system developed by Letus Group. The highlight of this system is its ability to completely eliminate risk variables during the chemical reaction process through an artificial intelligence network. Thanks to its breakthrough design, this technology has been officially granted the USPTO ACETECH patent in the United States.

The transition from traditional electrolysis to the ACETECH adaptively controlled electrolysis process marks a turning point in the production of 100% pure HOCl. The core objective is not just to create an antimicrobial solution, but to successfully synthesize a medical-grade hypochlorous acid line—absolutely safe for all living tissues, including the most sensitive mucosal areas.

2. Technical Analysis: How Does ACETECH Technology Work?

The production process of ACETECH MiraChlor Technology is a closed-loop cycle, micro-controlled by two core platforms: an AI control system and a high-resolution filtration membrane.

The closed-loop operational mechanism of ACETECH™ processes thousands of algorithms per second to ensure absolute purity for the final product.

2.1. AI-Driven Electrolysis Control System

Conventional electrolysis processes are easily derailed by minor fluctuations in temperature, pressure, or ion concentration in the water, leading to the formation of byproducts. To prevent this, ACETECH™ applies a complex AI-driven electrolysis control system.

This system is operated by over 30,000 lines of code, directly linked to a multi-sensor network. Throughout the reaction, the AI executes thousands of measurement algorithms per second to directly evaluate the electrical current, flow rate, and liquid pressure. If any risk of deviation is detected, the AI immediately and automatically compensates and fine-tunes the electrolysis intensity. This intervention ensures the chemical reaction follows a single trajectory: synthesizing the HOCl molecule.

2.2. Microfiltration Membrane

In parallel with the AI system, the post-reaction solution must pass through a HOCl microfiltration membrane. This membrane operates based on the mechanisms of osmosis and molecular size. It acts as a final fine filter, allowing only pure HOCl molecules to pass through, while simultaneously blocking and isolating all unwanted ions or free radicals. The combination of AI and the microfiltration membrane creates an unprecedented dual quality control process.

3. The Core Difference: The Standard for Impurity-Free HOCl

Understanding the difference between HOCl and NaOCl (Sodium Hypochlorite – bleach) is a prerequisite in evaluating the quality of an antimicrobial solution. Many products on the market claim to be HOCl but actually contain residual NaOCl due to an imperfect electrolysis process. NaOCl, despite its bactericidal properties, has high cytotoxicity, delaying wound healing and causing severe tissue irritation.

The superiority of ACETECH™ lies in its ability to create impurity-free HOCl. Independent Raman Spectrometer analysis has confirmed that products utilizing this technology are HOCl without NaOH and NaOCl impurities, while completely lacking OCl- and Chlorate (NaClO3) ions.

Raman spectroscopy data proves MiraChlor does not contain the 4 common impurity groups, establishing a clear boundary with traditional electrolysis solutions.

Comparison of Impurity Concentrations Based on Raman Spectroscopy:

Biochemical Impurity Index	Static Electrolysis HOCl Solution	ACETECH™ HOCl Solution	Clinical Impact if Residual
Sodium Hydroxide (NaOH)	Residue / Trace	0% (Completely Eliminated)	Alters cellular environmental pH, stings tissue.
Sodium Hypochlorite (NaOCl)	Frequently Appears	0% (Completely Eliminated)	Toxic to granulation tissue, hinders wound healing.
Chlorate (NaClO3)	Exists in trace amounts	0% (Completely Eliminated)	Causes inflammation and soft tissue degeneration.

4. Mechanism of Action: Simulating the Endogenous Immune Mechanism

Chemical purity brings a massive biological advantage: HOCl simulates natural immunity. In the human body, Neutrophils use the Myeloperoxidase enzyme to synthesize HOCl to destroy foreign pathogens. The solution created by ACETECH™ technology possesses a molecular structure and pH perfectly compatible with this endogenous HOCl line.

Thanks to its “Biocompatible” nature, the solution can penetrate and disrupt the DNA/RNA structures of bacteria, fungi, viruses, and spores without the defense system of healthy cells in the body recognizing it as a threat. This helps maximize pathogen-killing efficiency without disrupting the epithelialization (tissue regeneration) process.

5. Clinical Value and Specialized Applications

Thanks to FDA certification and absolute purity, MiraChlor is trusted in strict infection control protocols.

Mastering ACETECH™ technology has helped create the Letus high-purity HOCl line, meeting the strictest standards for practical medical application. Thanks to the absence of toxic chemicals, FDA-certified MiraChlor products have powerfully expanded their application spectrum:

Wound Care: Cleaning and controlling biofilm in diabetic ulcers, burns, and open wounds without causing stinging or destroying granulation tissue.
Oral Care: Controlling anaerobic bacteria that cause periodontitis, gingivitis, and bad breath; absolutely safe for the gingival mucosa and free of alcohol that causes dry mouth.
Skin Care: Supporting the recovery of the skin barrier after invasive procedures (lasers, microneedling), instantly soothing inflammatory redness without altering the skin’s natural beneficial microbiome.
Veterinary: Inheriting safety standards and gentleness from human product lines for application in animal care. The solution assists in cleaning wounds, skin fungal infections, and sanitizing sensitive areas for pets (dogs, cats) without causing stinging, remaining exceptionally safe even if accidentally ingested.

Clearly understanding how ACETECH technology works provides a solid scientific foundation to affirm the outstanding quality of this new generation HOCl line. The integration of artificial intelligence into the electrolysis system alongside a microfiltration membrane is not merely a technical improvement, but truly a revolution in medical biochemistry. ACETECH™ has redefined the standard of hypochlorous acid production, delivering a pure, safe antimicrobial solution that is completely compatible with the human body.

*“These claims has not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease.”