Industrial Automation|

New Zealand

Clearance Centre

Sitemap

Contact

OMRON IA Global

 
Submit Enquiry

Member Area

Find out information related to FQ-M.

Catalogs/Manuals

CAD Drawings

 


Related Contents

Select Country

 

Product Information

Product Index :: Sensing Solutions :: Vision Sensors / Machine Vision Systems

FQ-M Vision Sensor

FQ-M Vision Sensors

 

Download Product Brochure

* Ordering information
* Specifications
* Configurations
* Dimensions, and etc

 

  can be found in our PDF brochure.
 

 

Designed for Motion Tracking

  • Connectivity with EtherCAT/Ethernet

  • Up to 5000 pieces per minute with 360 degree rotation*

  • Vision sensor with encoder input for tracking function

  • Calibration function of the complete system

  • Flexible data output depending on the output devices

* The processing speed depends on setting conditions

 

 

 

» Inquire about FQ-M Vision Sensor

Features

 

Smart Camera to Guide Your Robot!


The new FQ-M series is a vision sensor designed specifically for Pick & Place applications. It comes with EtherCAT embedded and can be integrated easily into any environment. The FQ-M is compact, fast and includes an incremental encoder input for easy tracking calibration.


Omron's Sysmac Studio software is the perfect tool for configuring the FQ-M and is complemented by the TouchFinder console for on-site monitoring.

 

Smart Camera to guide your robot

 

Easy set-up & integration


With intelligent wizards for calibration and communication integration into your machine is easier than ever.


The FQ-M communicates with all devices via EtherCAT, or standard Ethernet. The communication wizard lets you easily configure any robot protocol both as a server or as a client without complex programming.


 

Fast detection & high stability


The FQ-M can detect up to 32 pieces at once and more than 5000 pieces per minute. The new contour based search algorithm ensures the highest reliability.
 

 

"On-the-fly" tracking

 

Synchronized control is even easier, because the FQ-M vision sensor has an in-built encoder input for accurate conveyor tracking and easy calibration.
The FQ-M is able to output position coordinates and the correlative encoder values and is able to manage the object queue, so that no object's coordinates are duplicated.
 

 


Easy Set-up & Integration with Motion

 

Programmable output format for your pick & place robot

Programmable output format for your pick & place robot

Configuration as a server or as a client without complex programming.

   
Sysmac Studio for fast configuration

Sysmac Studio for fast configuration

The Vision Editor of the Sysmac Studio software will help you to program the optimum vision setting. Intuitive and icon driven set-up and configuration.

   
TouchFinder for monitoring on-site

TouchFinder for monitoring on-site

With the intuitive TouchFinder console - which fits in the palm of your hand - you can access all functions and settings quickly and easily.




Fast Detection and High Stability


The new contour based search algorithm offers unique performance for pick & place applications.


Changing lighting conditions, reflection, object inclination or partially hidden objects are no longer a problem. The FQ-M delivers a stable result even at high speed, no matter how many objects have to be detected at the same time.

 

Best in class performance

 

5000 pcs/min with 360° detection

High-speed processing - 5000 pcs/min with 360° detection.

 

 

Only 15 ms time difference

Only 15 ms time difference, detecting 10 objects or 30 objects at once.

 

 

Stable and reliable detection

Stable and reliable detection, even if objects are overlapped or partially hidden.

 

 

Changing light conditions have no influence on the position accuracy

Changing light conditions have no influence on the position accuracy.

 

 


Encoder Input for Simplified Calibration & Tracking

 

Step 1 - camera; Step 2 - robot; Step 3 - system
 

 

Panorama view - Parameter setting for ideal object detection


A panoramic view can be created from 3 different images, allowing easy parameter optimisation.


first, second and third shot

Objects that overlap within more than one field of view are segregated and only inserted in the picking queue once.


first shot
 

First shot

The position and orientation of objects 1, 2 and 3 is detected and added to the picking queue.


next shot
 

Next shot

Object 2, 3 and 4 are detected, but only the data of object 4 is evaluated. Position and orientation of objects 2 and 3 is ignored because they were already added to the queue with the shot before.

Top

 

See Related Products:


FQ Smart Vision Sensor
 

Smart Vision Sensor

 

 

FQ

All-in-one Compact Vision Sensor with user-friendly guided operation and crystal clear imaging.