Product Details
Place of Origin: China
Brand Name: HOMSH
Certification: ISO9001
Model Number: MD31-2000
Payment & Shipping Terms
Minimum Order Quantity: 1
Price: Negotiated
Delivery Time: 5-9day
Payment Terms: T/T
Scan Time: |
Less Than 1 Second |
Weight: |
200 G |
Scan Distance: |
30-50 Cm |
Scan Angle: |
±30° |
Connection: |
USB 2.0 |
Scan Range: |
30-80 Cm |
Operating Temperature: |
0℃~45℃/-10℃~55℃ |
Product Dimensions(L X W X H): |
80mm*25mm*35mm |
Scan Time: |
Less Than 1 Second |
Weight: |
200 G |
Scan Distance: |
30-50 Cm |
Scan Angle: |
±30° |
Connection: |
USB 2.0 |
Scan Range: |
30-80 Cm |
Operating Temperature: |
0℃~45℃/-10℃~55℃ |
Product Dimensions(L X W X H): |
80mm*25mm*35mm |
Iris Lock 4W Scan Distance 30-80 Cm
The Iris Recognition Module is a biometric identification device that uses the unique characteristics of the human iris to identify individuals. It utilizes an automatic iris recognition system to quickly and accurately retrieve stored biometric data. It is suitable for large-scale people identification applications.
The module is lightweight, weighing just 200g, and is designed for maximum convenience. It allows for scanning ranges of between 30-80 cm and takes less than one second to complete a scan. It supports a wide range of storage capacities from 500 to 10,000 users and is capable of recognizing any single eye or both eyes for enhanced accuracy.
The Iris Recognition Module is the perfect solution for all types of biometric identification applications. It is reliable, secure, and extremely accurate, making it an ideal choice for businesses and organizations seeking to implement biometric authentication solutions.
Parameters | Specifications |
---|---|
Operating temperature | 0℃~45℃/-10℃~55℃ |
Imaging band | 850nm |
Connection | USB 2.0 |
Scan Angle | ±30° |
Power | <4W |
Scan Distance | 30-50 Cm |
Scan Time | Less Than 1 Second |
Scan Accuracy | 99.99% |
Product Dimensions (L x W x H) | 80mm*25mm*35mm |
Weight | 200 G |
The HOMSH MD31 Iris Recognition Module is an advanced biometric technology that utilizes advanced iris recognition technology to identify individuals and verify their identity. It is an ideal solution for those organizations that require high security level authentication for access control. With its scan time of less than 1 second, scan range of 30-80 cm, and operating temperature of 0℃~45℃/-10℃~55℃, the HOMSH MD31 Iris Recognition Module offers a fast, accurate, and reliable solution for all your authentication needs. It is certified with ISO9001, and comes with a minimum order quantity of 1 unit, with the price being negotiated upon request. Delivery time is 5-9days, and payment terms are by T/T. The HOMSH MD31 Iris Recognition Module has a weight of 200 g, and its identification method can be either single eye or both eyes.
Our HOMSH MD31 Iris Recognition Module is a perfect choice for biometric iris retrieval and access control. It can be used for iris lock, providing a secure and reliable access control solution. It has a fast scan time of less than 1 second and ±30° scan angle, which makes it highly efficient. It has a storage capacity of 500/1K/2K/5K/10K people and a scan distance of 30-80 cm. It also has a wide operating temperature range of 0℃~45℃/-10℃~55℃, making it suitable for various applications. The minimum order quantity is 1 and the price is negotiable. We provide a fast delivery time of 5-9 days and accept payment by T/T. We are certified by ISO9001.
Q1: What is the brand name of this Iris Recognition Module?
A1: The brand name of this Iris Recognition Module is HOMSH.
Q2: What is the model number of this Iris Recognition Module?
A2: The model number of this Iris Recognition Module is MD31.
Q3: Where is this Iris Recognition Module manufactured?
A3: This Iris Recognition Module is manufactured in China.
Q4: What is the minimum order quantity for this Iris Recognition Module?
A4: The minimum order quantity for this Iris Recognition Module is 1.
Q5: What certifications does this Iris Recognition Module have?
A5: This Iris Recognition Module has an ISO9001 certification.