The M2-S fingerprint reader has a durable frame providing unmatched durability among readers in the same price category. The bottom has a mounting hole allowing it to be easily secured to any surface. M2SYS also offers 4" and 6" metal stands which the M2-S can be fastened. When mounted on the stand, the angle of the reader can be fully adjusted and locked in place to maximize ease of use.

The M2-S fingerprint scanner utilizes the Digital Persona U.are.U 4000 fingerprint sensor. Its on-board electronics control image capture, self-calibration, and image data encryption. The "smart-touch" scanning area recognizes a live finger and rejects latent or counterfeit images. The M2-S fingerprint reader is ideal for use in high-throughput scanning environments where consistency in producing excellent quality images for accurate 1:N identification is critical.

M2-S1 Swipe Sensor Fingerprint Reader
The M2-S1 fingerprint reader utilizes best-of-breed RF (radio frequency) swipe sensor technology and enhanced imaging to capture even the most difficult to read fingerprints.
Bundled with our Desktop Biometrics Suite, the M2-S1 reader is an excellent choice for smaller 1:N implementations such as POS clock-in, or 1:1 verification deployments.

The M2-S1 offers unmatched performance when dealing with unfavorable conditions like: skin damage, dirt, dry fingers, all of which make surface-level fingerprint patterns unreadable. The M2-S1 reads below the surface level at the corium where the fingerprint pattern remains consistent. The unique RF fingerprint sensor makes spoofing by such methods as “gummy fingers” impossible. The M2-S1 is compact and mobile making it the perfect reader for both PCs and laptops. The detachable USB cord makes transporting the device easy.

UPEK TouchChip® Fingerprint Reader
UPEK fingerprint authentication solutions utilize silicon technology, which is more secure, easy to use, cost-effective, compact, and power-efficient than alternatives such as optical or thermal technology. UPEK’s patented active capacitance sensing technology provides greater immunity to parasitic effects than passive capacitive sensing, delivering a high signal-to-noise ratio and the ability to capture fingerprint images from the largest range of skin types. Each sensor cell (pixel) contains an active capacitive feedback circuit sensitive to the presence of live skin close to the surface of the sensor. In addition, each pixel has its own amplifier for highest possible signal-to-noise ratio. The high sensitivity level allows a thick protective coating to be applied to the surface of the sensor to prevent wear and tear.

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