Ultrasonic Camera Solution Beyond Limits
BATCAM ZONE
Ultrasonic Camera Solution Beyond Limits
BATCAM ZONE
Batcam's own algorithm is used to diagnose
defects such as gas leakage and electrical discharge.
Through its own algorithm, defects such as electrical discharge, gas leakage, and other noise sources are diagnosed after a minimum seven-day learning period.
More than 10,000 measurement reports
can be managed simultaneously with the Batcam solution.
You can reduce maintenance costs by more than 50% compared
to solutions conducted through existing diagnostic companies.
Using its own Batcam Zone system, installation costs are reduced;
real-time operations also reduced operational costs by more than 70 percent compared to other solutions.
Expected Effect of BATCAM ZONE
SM Instruments is the world's No. 1 ultra-small ultrasonic camera company in noise and vibration measurement,
supporting optimal facility maintenance in the safest and most flexible cloud environment.
Customer Service Support
We provide answers to technical questions related to ultrasonic camera measurements and provide solutions.
Real-time monitoring
You can access the dashboard anytime, anywhere, and instant monitoring in the event of an abnormality.
Customization Solutions
Utilize accumulated customer data to provide customized solution advancement.
Save money and time
It reduces installation and maintenance costs by accessing the homepage (mobile phone: downloading the Batcam Zone app).
Technology can only be known by using it yourself.
Gas Leak AI Analysis
Partial Discharge AI Analysis
GIS Location Analysis
Batcam Zone is a solution that diagnoses electrical discharge and gas leakage based on AI analysis.
Try it with BATCAM ZONE!
BATCAM 2S More View The newly introduced BATCAM 2S is equipped with GIS and cloud-based AI analysis functions to increase the efficiency of users' work. 112 microphones are used to detect gas leaks, electric discharges, and abnormal noise to increase measurement sensitivity and measure signals in the ultrasonic band from 2 kHz to 100 kHz. |
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