테스토닉

Removal of fine dust and harmful particles

Testonic's suction mat effectively removes fine dust and ultrafine dust through strong suction power.
As a result of the test, PM10 emissions decreased to 0 and PM2.5 emissions decreased to 100,
Significantly reduced the concentration of harmful particles in indoor air.
Effect of removing harmful microorganisms

Results of measuring the number of bacteria before and after using the suction mat,
The number of bacteria decreased from 1,757 to 880, demonstrating a bacterial removal effect of over 50%.
This proves that it greatly contributes to eliminating harmful microorganisms and creating a hygienic indoor environment.
Purify ambient air

The air purification ability is 88.5% for PM0.5 and 85.7% for PM0.3.
It shows a high air purification efficiency of over 80%, making it very effective in improving indoor air quality.
※ When operated 25 times
High suction power of over 35.7m/s

It maintains a suction power of over 35.7m/s and guarantees long-term suction performance and efficiency.
This provides a pleasant indoor environment by efficiently blocking the inflow of fine dust and harmful substances.

SmartMaintenance system

Necessity of building a system

lack of skilled manpower

Due to the many branches and unions distributed throughout the country,
There is a shortage of professional maintenance personnel and difficulties in maintaining the installation site.
Due to the nature of branches and unions, continuous and systematic maintenance is essential,
To achieve this, it is necessary to introduce an efficient and automated maintenance system.

Efficient use of smart maintenance system

alize efficient operation and management through a maintenance system optimized for branches and unions nationwide.

Real-time information sharing between management entities

The information processed in the dust collector's CPU is converted into data, and problems are automatically recognized and problems can be provided through real-time wired and wireless communication between the company and the branch, and the maintenance entity can immediately resolve the problem through this.
App-based use of information processing process

Efficiently monitor and respond to real-time maintenance status, such as monitoring, control, command, diagnosis, and analysis, regardless of location and time through app-based smartphones and PCs.
Big data for analysis of air quality trends by branch

Air quality trends (PM10, PM2.5), which are core contents, can be converted into time-series data to be reflected in future indoor air quality management at each branch and utilized effectively.
Maximizing the problem-solving ability of the central control system

· Monitoring : In case of abnormal operation such as motor overheating or sensor detection error, motor operation OFF command is transmitted from the central situation room to the dust collector.
· Control : By establishing a control system, immediate initial response to problems is possible, securing countermeasures against safety hazards.