APPLICATIONS
APPLICATIONS
(Vision) Multiple Sensors In A Single Chip
The Barristor Biosensor for multiple simultaneous diagnosis.
The application fields of the graphene barristor for multiple target sensors are expected to continue pioneering new application areas and contribute to innovation in industries and daily life.
(Vision) Multiple Sensors In A Single Chip
The Barristor based smart sensors
Smart sensors play a role in collecting, transmitting, and analyzing data from the surrounding environment. This data is monitored in real-time to enhance safety, productivity, and efficiency in industrial settings.
Flexibility according to application fields: Integrating various contact and non-contact sensor technologies into one device allows for measuring multiple types of components. This enables manufacturers to use sensors that meet diverse requirements such as feature size, dimensional tolerances, surface finish, and accuracy.
Efficiency of measurement cycles: By automatically assigning the most suitable sensor for measuring specific components in automated measurement routines, measurement cycles become highly efficient, improving manufacturing productivity.
Cost savings: Integrating the functionalities of multiple specialized measurement systems into one device can save capital and operating costs.
High accuracy: Applying sensor technologies most suitable for the features of the components being measured can increase accuracy.
Simplification of operations: Streamlining operations by tightly integrating all sensors and consolidating data into a single measurement report with software.
(Vision) Multiple Sensors In A Single Chip
The Barristor Biosensor for multiple simultaneous diagnosis.
The application fields of the graphene barristor for multiple target sensors are expected to continue
pioneering new application areas and contribute to innovation in industries and daily life.
(Vision) Multiple Sensors In A Single Chip
The Barristor based smart sensors
Smart sensors play a role in collecting, transmitting, and analyzing data from the surrounding environment. This data is monitored in real-time to enhance safety, productivity, and efficiency in industrial settings.
Flexibility according to application fields: Integrating various contact and non-contact sensor technologies into one device allows for measuring multiple types of components. This enables manufacturers to use sensors that meet diverse requirements such as feature size, dimensional tolerances, surface finish, and accuracy.
Efficiency of measurement cycles: By automatically assigning the most suitable sensor for measuring specific components in automated measurement routines, measurement cycles become highly efficient, improving manufacturing productivity.
Cost savings: Integrating the functionalities of multiple specialized measurement systems into one device can save capital and operating costs.
High accuracy: Applying sensor technologies most suitable for the features of the components being measured can increase accuracy.
Simplification of operations: Streamlining operations by tightly integrating all sensors and consolidating data into a single measurement report with software.
A Barristor Company
EMAIL : barristor.com@gmail.com
Room 610 KU Innovation Building, 120 Neungdong-Ro, Gwangjin-Gu, Seoul, 05029, Republic of Korea
Copyright © 2024 A Barristor Company.
All rights reserved.
A Barristor Company ใ
ฃ EMAIL : barristor.com@gmail.com
Room 610 KU Innovation Building, 120 Neungdong-Ro, Gwangjin-Gu, Seoul, 05029, Republic of Korea
Copyright © 2024 A Barristor Company. All rights reserved.