TQ-AFVM-40A Miniature Desktop Automatic Fiber End Face Inspection Analyzer
TQ-AFVM-40A Miniature Desktop Automatic Fiber End Face Inspection Analyzer
TQ-AFVM-40A Miniature Desktop Automatic Fiber End Face Inspection Analyzer
TQ-AFVM-40A Miniature Desktop Automatic Fiber End Face Inspection Analyzer
TQ-AFVM-40A Miniature Desktop Automatic Fiber End Face Inspection Analyzer
TQ-AFVM-40A Miniature Desktop Automatic Fiber End Face Inspection Analyzer
+
  • TQ-AFVM-40A Miniature Desktop Automatic Fiber End Face Inspection Analyzer
  • TQ-AFVM-40A Miniature Desktop Automatic Fiber End Face Inspection Analyzer
  • TQ-AFVM-40A Miniature Desktop Automatic Fiber End Face Inspection Analyzer
  • TQ-AFVM-40A Miniature Desktop Automatic Fiber End Face Inspection Analyzer
  • TQ-AFVM-40A Miniature Desktop Automatic Fiber End Face Inspection Analyzer
  • TQ-AFVM-40A Miniature Desktop Automatic Fiber End Face Inspection Analyzer

TQ-AFVM-40A Miniature Desktop Automatic Fiber End Face Inspection Analyzer

The TQ-AFVM-40A series is a miniature desktop high-speed auto-focus, auto-analysis end-face inspection instrument that can partially replace the application scenarios of handheld fiber end-face inspection instruments. It is a very suitable testing instrument for production line inspection. > High definition > Magnification 200X > High-speed autofocus > High-speed auto-analysis

Keywords:

Product Introduction

The TQ-AFVM-40A series is a miniature desktop high-speed auto-focus, auto-analysis end-face inspection instrument. It can partially replace the application scenarios of handheld fiber end-face inspection instruments, with advantages such as higher clarity and faster, more accurate analysis than handheld devices. It also features flexible mobility and reduces worker fatigue from prolonged operation, making it an ideal testing instrument for production line inspection.

Product Features

A. Single-core inspection: Fiber optic patch cords/TOSAs/modules
B. Magnification: 200X
C. High definition: >0.54um
D. High-speed autofocus: <3 seconds
E. High-speed automatic analysis: PASS/FAIL

Some product parameters

Item Parameter Item Parameter
Magnification 200X Focusing speed  3s
Lens resolution 0.54um Power supply DC12V/2A
Field of view 0.47X0.35mm Communication control interface USB2.0
CMOS sensor 1/2.7 inch Supported system WINDOWS7/8/10
Pixels 200W Volume 270X65X87mm
Focusing method Manual/Automatic Weight 1.5KG

Contact technical or sales person for consultation.

Fill out the message form, leave your contact information, we will contact you within 24 hours (working days).

Consulting hotline:

+86-755-83745302

After receiving your message and information, our sales or technical personnel will contact you.

Your information will be kept confidential;

Some products can be customized according to your needs.

Related Products

View more solutions

After nearly 20 years of development, our company has gradually formed a business segment centered on optical fiber end-face cleaning, testing, and network maintenance, providing high-quality industry solutions.

The cleanliness of the fiber optic end face directly affects the quality of optical signal transmission. Pollutants such as dust, oil, and water vapor can cause signal attenuation, increased reflection, and even signal interruption. Regularly cleaning and maintaining the fiber optic end face is crucial for ensuring the stable operation of the fiber optic communication system.

In the digital age, optical network equipment, as a key infrastructure for information transmission, plays a vital role in ensuring the smooth operation of various services. A complete and efficient detection and maintenance scheme can promptly identify and resolve potential equipment issues, improving network performance and reducing the risk of failures.

Ensure the continuous and stable operation of government and enterprise operation/5G network operation equipment, providing high-quality 5G network services to government and enterprise customers and guaranteeing the normal operation of various businesses. Through scientific and standardized maintenance management, reduce equipment failure rates, improve network performance and reliability, and promptly respond to and resolve problems encountered during equipment operation.