生体認証指紋スキャナー
Biometric Fingerprint Scanner Company
HFSecurity has been an biometric fingerprint scanner manufacturer and supplier in China since 2005. As a leading professional biometric manufacturing factory in China with over 16 years of ISO certification, our company manufactures fingerprint scanner, optical fingerprint scanner and capacitive fingerprint scanner according to fingerprint type, and FAP10,FAP20,FAP30 fingerprint scanner according to fingerprint capture window size. We also support Bluetooth, waterproof, and USB functions. Contact us today to request a free quote or for more information.
The HF7000 is a FAP10 capacitive fingerprint scanner designed for high-security applications.
This makes it suitable for use in various applications that require the highest level of security, such as government agencies, law enforcement, border control, and access control systems.
HF4000 utilizes optical fingerprint sensor technology to capture high-resolution fingerprint images.
It uses an optical sensor to capture the fingerprint images, converting them into digital data for authentication purposes.offers a convenient and reliable solution. Contact us for more info
HF4000PLUS optical Fingerprint Scanner is a high-quality USB fingerprint biometric device for fingerprint authentication.
HF4000PLUS portable Bluetooth fingerprint scanner that utilizes Bluetooth technology to wirelessly connect to other devices, such as smartphones, tablets, or computers. . Contact us for more information
HFOS1000 with Optical USB 2.0 FAP20 fingerprint scanner. it is a high-performance biometric device designed to provide users with convenient and secure identity authentication solutions.
With fast recognition speed, can guarantees data security and meets your identity authentication needs.
OS300 with dual finger scroll optical fingerprint Scanner is a cutting-edge MOSIP biometric device that allows users to scan two fingers simultaneously while also enabling scrolling functionality.
It can support Android, windows, Linux system.making it suitable for a wide range of applications, identification, authentication,
The HFOS300 Plus Optical fingerprint scanner is an advanced biometric device that not only supports fingerprint collection but also features stamp functionality.
In addition to fingerprint collection, the HFOS300 Plus also offers stamp functionality. This means that it can be used to imprint a unique identifier
Bio7 Ten Print Fingerprint Scanner is a cutting-edge fingerprint scanning device.
It is specifically designed for applications requiring the capture of all ten fingerprints simultaneously, such as criminal identification, background checks, and border control.
Bio8 plus 4 4 2 fingerprint scanner The Multifinger Scanner DactyScan84c is a compact and FBl app. F certifed 10-print lvescan infull compliance with the“10-printcapture scanner & software user group requirements”suitable for all applications in need of 4-slaps and rolled acquisition.
Main applications are e-id document issuing and criminal identifcation.with international standards for biometric data capture ANSI and ANSI. if you have quesntion.Contact us for more information
Ultra-thin ten fingerprint scanner FBI Bioslim 10 device developed by HFSECURITY is a biometric device designed to capture the fingerprints of all ten fingers of an individual.
Bioslim 10 10-Fingerprint Scanner is a super portable scanner with ONLY 12mm thickness.
These devices are commonly used in various security and identification applications, such as national identification programs, visa application processes, border control, and access control systems
HF6000 USB Capacitive Fingerprint Scanner is a high-quality biometric device.
it can connects to a computer or other devices via a USB interface, making it easy to integrate into existing systems.
It provides reliable biometric authentication, ensuring accurate and secure identification and verification. Contact us for more information. If you need more information ,send quote to us. We will response you as soon as possible
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All You Need To Know About Fingerprint Scanners
Fingerprint scanners are devices that use your fingerprint to authenticate and identify. They’re becoming increasingly common, as they provide a more secure way to protect your devices than a traditional password.
There are two main types of fingerprint scanners: optical and capacitive. Optical fingerprint scanners use light to take a picture of your fingerprint, while capacitive fingerprint scanners use an electrical charge.
However, different types of fingerprint scanners have different functions in the scope of use.
This article provides information about fingerprint scanners, including understanding their structure, understanding what to consider when buying, comparing the pros and cons, and the various classifications of fingerprint scanners.
Purpose of Fingerprint Scanner
fingerprint scanners are used in a variety of settings, from airports to office buildings. But what is the purpose of these devices?
There are two primary functions of fingerprint scanners: identification and authentication. Identification fingerprint scanners are used to identify an individual based on their unique fingerprint.
This type of scanner is often used in high security settings, like government buildings, military facilities,financial institutions or other places, where sensitive information is exchanged. Authentication fingerprint scanners are used to verify that an individual is who they claim to be.
fingerprint scanners are becoming increasingly common, as they provide a high level of security and convenience. As the world becomes more connected, it’s important to have devices in place that can keep our information safe. fingerprint scanners are one way to do this, and they’ll only become more prevalent in the years to come.
Thanks for reading! I hope this gives you a better understanding of fingerprint scanners and their purpose.Do you have any questions or thoughts about fingerprint scanners? Let me know
Fingerprint Scanner Parts
Fingerprint sensor is the key device to realize automatic fingerprint collection. According to the sensing principle, that is, the principle and technology of fingerprint imaging, the fingerprint sensor is divided into optical fingerprint sensor and semiconductor capacitive sensor (here we will describe it in detail below).
The function of the fingerprint sensor is to collect fingerprint images.
The existence of the battery can supply power to the motherboard, and the motherboard drives the fingerprint sensor to work. Fingerprint sensor with battery, ready to use
Microcontroller Unit (MCU), also known as Single Chip Microcomputer (Single Chip Microcomputer) or single chip microcomputer, is to appropriately reduce the frequency and specifications of the central processing unit (Central Process Unit; CPU), and store the memory. , (Timer), USB, UART and other peripheral interfaces, form a chip-level computer, and do different combined control for different applications.
指紋アルゴリズムチップの機能は、特徴点を比較して生成することです。
A Bluetooth chip, in simple terms, is a chip IC that integrates the Bluetooth function, which mainly includes a radio frequency unit that receives and transmits signals, and a CPU unit that processes data. For data transmission in short-range wireless communication
The switch key can effectively protect the service life of the fingerprint scanner, it is turned on when it is used, and it is turned off when it is not used.
LED status light can help users understand the current fingerprint verification steps in real time
Adding a card reader module to the fingerprint scanner device can realize dual authentication of card + fingerprint
How Fingerprint Scanners Work
Fingerprint scanners are becoming increasingly common, but how do they work? Here’s a quick overview of the technology.Fingerprint scanners work by reading the unique patterns in your fingerprints. These patterns are created by the ridges and valleys in your skin, and no two people have the same pattern.
Whe you place your finger on a fingerprint scanner, it takes a picture of your fingerprint. This picture is then converted into a digital template. The template is stored in the scanner’s memory, and is used to compare future fingerprints to.If the new fingerprint matches the template, then the person is granted access. If not, they are denied access.Fingerprint scanners are a quick and convenient way to secure your devices.
Why Choose Biometric Fingerprint Scanner
The increased security that biometric fingerprint scanners provide is one of the most important benefits. With this technology, businesses can protect their premises and employees from unauthorized access. In addition, biometric fingerprint scanners can also be used to track employee attendance and prevent time theft.
With this technology, businesses can quickly and easily identify employees and authorized personnel. Biometric fingerprint scanners can also be used to streamline the check-in and check-out process for employees.
Accuracy is another important benefit of biometric fingerprint scanners. This technology provides a high level of accuracy when it comes to identifying individuals. This means that businesses can avoid costly mistakes when it comes to employee identification.
Versatility is another benefit of biometric fingerprint scanners. This technology can be used in a variety of different settings, including office buildings, schools, hospitals, and government facilities. In addition, biometric fingerprint scanners can be used for a variety of different purposes, such as time and attendance tracking, security, and access control.
Cost-efficiency is another benefit of biometric fingerprint scanners. This technology is relatively inexpensive to implement and maintain. In addition, biometric fingerprint scanners can save businesses money by reducing the need for paper records.
Privacy and data protection are another important benefit of biometric fingerprint scanners. This technology can help businesses to protect the confidential information of their employees. In addition, biometric fingerprint scanners can help businesses to comply with data protection regulations.
顧客レビュー
指紋スキャナを購入する際の考慮事項
For businesses, there are a few features that are must-haves, such as:
-The ability to store a large number of fingerprint templates
-Template matching speed
-Fingerprint image quality
If you’re looking for a personal scanner, then you may not need all of these features. However, it’s still important to know what’s available so that you can make an informed decision.
オンライン、店舗、またはメーカーから見つけることができます。オンラインで購入する場合は、信頼できる販売者から購入するようにしてください。
店舗で購入する場合は、スキャナーを実際に見て、それについて質問することができます。
最後に、メーカーから購入した場合、高品質の製品を確実に入手できます。
Biometric fingerprint scanners can range in price from a few hundred dollars to several thousand. It’s important to find one that fits your needs and budget.
As we mentioned before, you’ll want to make sure that the scanner you buy is compatible with your devices and operating system. Most scanners will work with Windows, but if you have a Mac or Linux computer, you’ll need to make sure that the scanner you buy is compatible.
Types of Fingerprint Scanners
It mainly uses the principle of refraction and reflection of light. The light is emitted from the bottom to the triangular prism, and the light emitted by the prism is emitted from the uneven light on the curved surface of the fingerprint line. The angle of the uneven reflected light and the reflected light are different. Or the optical device of the CCD will collect the picture information of different light and shade, and the fingerprint collection degree will be completed.
This type of sensor, whether it is capacitive or inductive, has a similar principle. On a “plate” that integrates thousands of semiconductor devices, the fingers are attached to it to form the other side of the capacitance (inductance). The plane of the finger is uneven, the actual distance between the convex point and the concave point contacting the plate is different, and the resulting capacitance/inductance values are also different. The device summarizes the different values collected according to this principle, and it is completed. Collection of fingerprints.
Classification by Fingerprint Module
Introduced by fingerprint image standard
ISO
ISO/IEC 19794-2 is an international fingerprint template standard designed to enable interoperability between different fingerprint recognition systems. That is, it allows fingerprint templates generated by different manufacturers to be used for fingerprint registration and matching in the same system (source: https://www.iso.org/)
ANSI
This standard specifies a data record interchange format for storing, recording and transmitting information from one or more finger or palm image areas. This standard can be used for the exchange and comparison of finger image data. It defines the content, format and units of measurement for exchanging finger image data that can be used in the verification or identification process of objects. This information consists of various mandatory and optional items, including scan parameters, compressed or uncompressed images, and vendor-specific information. This information is intended for exchanges between organizations that rely on automated devices and systems for identification or verification based on information from the image area of the finger.
Classification by operating system
Classification by data transfer
Live Fingerprint Scanner
よくある質問
There are two main technology types of fingerprint scanners: optical fingerprint scanners and capacitive fingerprint scanners. Optical fingerprint scanners use an optical sensor to capture the fingerprint image, while capacitive fingerprint scanners use a capacitive sensor. Capacitive fingerprint scanners typically have higher image quality and better resistance to forgery.
FAP10,FAP20,FAP30
To prevent fingerprint forgery and spoofing, some fingerprint scanners have anti-counterfeiting features. These features include live detection, fingerprint activity analysis and fingerprint image quality analysis. Live body detection can determine if the fingerprint is from a real live body, while fingerprint activity analysis can detect if the fingerprint is forged from a still image or a mould.
Yes, usually fingerprint scanners need to be compatible with appropriate software and interfaces in order to work properly. Common interfaces include USB, RS232 and TCP/IP. Before purchasing a fingerprint scanner, you need to make sure that it is compatible with the software and system you plan to use, and find out in advance if additional software development or integration is required.
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