DAFFI SF Interferometer for Single-Fiber Connectors

AMS item number: SW10888

Cost Effective; Field of View 1.1 x 0.9 mm; Measurement Speed 1 s; Output USB 3.0, 2.0;... more

Product information "DAFFI SF Interferometer for Single-Fiber Connectors"

Cost Effective; Field of View 1.1 x 0.9 mm; Measurement Speed 1 s; Output USB 3.0, 2.0; Connector Type LC, MU, SC, FC, SMA, E2000

Data-Pixel’s DAFFI SF interferometer for single-fiber connectors is a cost effective solution for high volumes production, without compromising on accuracy or performance.

Based on Data-Pixel’s extensive interferometer manufacturing experience, the supplier designed the DAFFI SF interferometer to be robust, fast and accurate in order to meet all requirements of manufacturing or laboratory environments.

With the BLINK software platform, DAFFI SF interferometers are able to measure the end face geometry on single fiber connectors in a very short time.

The DAFFI SF interferometer accessories (flange and adapters) are fully compatible with the DAFFI MT, DAISI V3, DAISI MT FP and DAISI MT-V3 interferometers, allowing the user to limit the costs of the 3D geometry measurement units.

DAFFI SF interferometers are compatible with Data-Pixel’s SUPERVISOR software, a MES style software which is in charge of the execution, management and monitoring of the production in an assembly workshop for fiber optic connectors. Its role is to supervise machines and help operators with complete traceability of the manufacturing information.

Key Features:

Measurement of PC and APC Connectors, Ferrules and Bare fibers
True Phase-shifting Interferometer
Non-contact Measurement
Smart Autofocus, Focus Only When Required
Servo-controlled Reference Mirror for Automatic Apex Calibration
Vibration Insensitive
Easy and Fast Switching From PC to APC, no Change of Fiber Holder Required
Compliance with Industry Standards for Interferometer Measurements
Intuitive BLINK Software With Data-base Connectivity
Compatible with Desktop PC, Laptop, Tablet PC

Applications: Measuring End-face Geometry of Single-Fiber Connectors