Technologies
for Creating the Perfect Climate

Creating advanced solutions for air purification and indoor air quality management

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10+ tech

Innovative solutions in air purification and climate systems

12 awards

International awards in engineering, design, and technological solutions

6 countries

Representation and expansion in key international markets

since 1982

Founded in Tokyo. Over 40 years of engineering experience

Akira Technology — Engineering Pure and Comfortable Air

Akira Technology is an engineering company that develops climate systems for residential, commercial, and industrial spaces worldwide. It was founded in 1982 in Tokyo by engineer Akira Miura.

The company develops premium air quality management solutions — from compact residential climate systems to high-performance industrial installations. Akira Technology products are used across a wide range of climatic and environmental conditions, ensuring consistent comfort in modern cities with high levels of pollution.

Thanks to its engineering-driven approach and international expertise, Akira Technology is setting a new standard for air quality in urban environments and facilities of various scales.

Nature as the Foundation of Technology

At the core of Akira Technology is the aspiration to restore the feeling of clean air, which is becoming increasingly rare in modern urban environments.

Engineers at the company are inspired by the pure air of mountain environments, striving to bring this condition into everyday urban life. Each solution is created as a result of an engineering pursuit of balance between technology, comfort, and environmental quality. Akira Technology develops an approach in which the climate system becomes an integrated part of the space rather than just a device.

Air ion concentration in Akira air purifiers

350,000 ions/cm³

Intelligent Control System

Environmental Monitoring Sensors

PM2.5

The sensor module continuously reads air environment parameters in real time, generating a high-frequency data stream on air composition, pollution levels, and dynamic changes. The system uses multi-point data acquisition to improve measurement accuracy and eliminate local distortions.

Intelligent Data Analysis

99,9%

The collected sensor data undergo digital processing in a computing module, where algorithmic filtering, normalization, and multi-criteria evaluation are applied. The system separates stable changes from short-term fluctuations, forming a continuously updated model of air quality conditions.

Central System Control

< 10 ms

The control core collects and analyzes processed data and calculates the optimal operating parameters of the device. Based on embedded models and current conditions, an adaptive operating strategy is formed, balancing purification efficiency, energy consumption, and system stability.

Actuator Control Automation

0–100% / 0,2 s

The actuator unit converts control signals into precise adjustment of the device’s operating modes. All parameter changes occur smoothly and in a synchronized manner, without spikes or delays, ensuring continuous purification processes and stable airflow.

Protective Algorithm System

IPX4

The protection system continuously monitors the operation of all components and prevents them from exceeding safe operating limits. When deviations are detected, it automatically adjusts the load or redistributes operating modes, ensuring system stability and equipment longevity.

High-Efficiency Air Purification and Filtration System

Akira is equipped with a multi-stage air purification system designed for the sequential removal of particles of varying sizes and types of contamination

Preliminary Mesh Filter

It traps large pollutant particles through a mechanical barrier structure with a high-density mesh design. It captures dust, pet hair, and suspended particles at the first stage of filtration, protecting subsequent filtration layers and extending the overall system lifespan.

Cold Catalytic Filter

The filtration module traps large pollutant particles through a mechanical barrier structure with a dense mesh. It captures dust, hair, and suspended particles at the initial stage of purification, protecting subsequent filtration layers and extending the overall system lifespan.

Formaldehyde Filter

It neutralizes formaldehyde and related volatile organic compounds through catalytic oxidation on the active surface of the filter material, converting them into safe compounds.

Antibacterial Cotton Filter

It traps fine particles and inhibits bacterial growth through the dense fibrous structure of cotton material with an antibacterial surface treatment, providing an additional stage of air purification.

HEPA Filter

It retains up to 99.9% of micro-particles due to a high-density H14-class fibrous structure, capturing dust, allergens, and aerosol contaminants at the micron level and providing deep air purification.

UV Lamp

It disinfects the airflow using ultraviolet C spectrum radiation, breaking down the structure of microorganisms and reducing the activity of bacteria and viruses at the final stage of purification.

Hydrofilter

The air stream is purified by passing through a water medium, where pollutant particles bind with moisture and settle. In addition, it contributes to natural air humidification, ensuring a more comfortable indoor microclimate.

Mineralizing granular sorbent

They stabilize the water environment, inhibit the growth of microorganisms, and maintain the efficiency of hydrofiltration.

The heart of the climate system is a motor from the Japanese company Nidec.

Nidec is a global leader in the development of high-efficiency electric motors, founded by engineer Shigenobu Nagamori.

Its motors ensure quiet and stable system operation, reducing noise levels by up to 30% compared to conventional solutions and lowering energy consumption by up to 25%. They are designed for long-term continuous operation without loss of power, forming the foundation of reliability and efficiency in Akira climate systems.
Japanese engineering standards ensure a balance of energy efficiency, durability, and high acoustic comfort.

Compliance with international air quality and safety standards

Akira Technology develops climate systems in compliance with international safety standards, air quality requirements, and operational regulations for sensitive environments.

Each device undergoes multi-stage engineering testing and air quality performance verification, including filtration stability, particulate control, and compliance with requirements for long-term continuous operation.

This approach ensures a high level of reliability and makes Akira Technology systems suitable for use in residential, commercial, and professional environments with elevated air quality requirements.

Clinical trials have been completed

Research results

Akira air conditioning systems have been tested at the A.A. Smorodintsev Research Institute of Influenza of the Russian Ministry of Health. The results of these studies confirmed the Akira air purification system's high effectiveness against viral aerosols, including a reduction in the concentration of viral particles in the air by up to 99%.

Viral aerosols

Kills up to 99% of viruses

COVID-19

Prevents the spread of COVID-19

Research results

Akira Technology Clean Air Technologies

Japanese technology, engineering precision, and innovative air purification solutions have enabled the creation of Akira climate systems that meet high international standards of quality and comfort.