Matrix Access Control Products

Access Control and Time-Attendance Terminals - Door Series

Access Control and Time-Attendance Terminals - Door Series

Matrix COSEC Access Control and Time-Attendance door controllers are the brain of the system which allows only authorised users in the premises and registers their entry and exit time.
These door controllers are available in various models with advanced connectivity and interface options to tackle present and future access control and time-attendance needs of any type of business

View More

Access Control and Time-Attendance Terminals - NGT Series

Access Control and Time-Attendance Terminals - NGT Series

Matrix COSEC NGT FCX is a high-end Access Control and Time-Attendance terminal to meet the functional and aesthetic needs of any modern organisation.

View More

Access Control and Time-Attendance Terminals - Path Series

Access Control and Time-Attendance Terminals - Path Series

Matrix COSEC Access Control and Time-Attendance PATH Controllers are the brain of the system which allows only authorised users into a premises and registers their entry and exit times.

View More

COSEC Samay

COSEC Samay

Matrix COSEC SAMAY is a professional time-attendance solution specially designed for small organisations. COSEC SAMAY manages the diverse requirements of systematic yet flexible timings with user-wise attendance, shifts and leave policies. It’s human-like intelligence calculates attendance and leaves and integrates seamlessly with payroll systems. Matrix COSEC SAMAY dramatically improves productivity and discipline of the organization.

View More

Exit Readers

Exit Readers

Matrix COSEC Readers are used along with COSEC DOOR Controllers and COSEC PATH Controllers to monitor the exit of a user.
They are available in two series namely DOOR and PATH Series.

View More

Palm Vein Reader

Palm Vein Reader

COSEC DOOR Palm Vein Reader is a highly secure and contact-less biometric device that works by reading the vascular pattern of the palm. These patterns are unique to each individual and exists underneath the skin layer so they cannot be forged thereby making it more secure than any other biometric device.

View More