Biometric and Fingerprint Time Clocks
TimeTrak’s biometric fingerprint time clocks utilize the latest recognition technology available. These newer time clocks are highly accurate and are immune to many of the errors that commonly occur with older fingerprint time clock systems.
Our latest model fingerprint time clock includes a touch-screen display and an integrated camera for added security.
Convenient Deployment Options
Fingerprint Time Clock Readers
Biometric Fingerprint readers are quickly becoming the preferred method for capturing employee time and attendance. These biometric time clocks offer security against time theft or buddy punching and eliminate lost or worn-out employee time cards.
Our latest model 915 (pictured) includes built-in wifi for fast and easy installation.
Time and Attendance with Biometrics
With the Biometric HandPunch time clock, there are no cards to create, administer, carry – or lose. The HandPunch verifies employees’ identities in less than one second, based on the unique size and shape of their hands. This rugged design and its ability to read dirty or dry\cracked hands make it the perfect option for manufacturing environments.
Biometric Fingerprint Technology
Biometric technology helps create more secure workplaces by verifying the identity of employees as part of the data collection process. But while the benefits of biometrics are well documented, some employees may still be concerned about the privacy issues surrounding this technology.
Unlike the technology used by Automated Fingerprint Identification Systems (AFIS) for law enforcement purposes, Our biometric terminals are designed to facilitate the collection of time clock records pertaining to employees’ activities, do not capture and store actual fingerprint images.
Instead, our terminals collect only sample data, convert it into binary data using mathematical algorithms and then store only a digital representation of the fingerprint (not an actual fingerprint image), from which it is virtually impossible to recreate the original image.