ACME F300 Especificaciones descargar pdf (Pagina 2)

Here’s how Omron’s technology and know-how give you the

productivity edge:

• Edge Code Technology adds enhanced and ultra-precise

detection performance to many of the F250’s commonly used

algorithms. For example, with Edge Code Technology,

positioning can be done with high precision and defect

inspection can detect fine scratches, dirt and deformities.

• Omron’s original QUEST Optical Character Recognition and

Verification algorithm enhances the detection of printed

alphanumeric characters regardless of their shape or size with

no need to teach the F250 any characters. The QUEST OCR/OCV

algorithm uses built-in character libraries to discern multiple

characters simultaneously.

Edge Code (EC) Positioning

High-precision positioning and

low-contrast workpiece detection

QUEST Character Recognition

Confirm expiration dates

and lot numbers using the

OCR/OCV algorithm

Edge Code (EC) Defect Inspection

Inspection for fine scratches, dirt,

and deformation

Fine Matching

Inspection of characters and

graphic patterns for blurring or dirt

Advanced Algorithms

F250

Conventional

OMRON

products

Fast Image Processing

2 to 10 times

F250

8.3 ms

100 ms

World's First* Real-time Rotation Search

360° Rotation Compensation Speed (in field image mode)

Conventional

OMRON

products

12 times faster

Based on OMRON test results of

1 August 2001.

16.7 ms

33.3 ms

8.3 ms

16.7 ms

Fast Image Input

Frame image input

Field image input

F250

Conventional

OMRON

products

F250

Conventional

OMRON

products

High-Speed Processing and Advanced

Performance Solve Today’s Demanding

Vision Applications

Demanding vision applications require multiple complex

inspections with high-speed analysis to maintain top quality in

the finished product. Omron meets this need with the F250 vision

sensor. It uses up to four cameras on a single controller to

deliver high-speed results for ultra-complex inspections. In fact,

F250 is the world’s first multi-camera vision sensor to perform a

high-speed, real-time rotation search for parts or features located

at random angles and positions. On a conveyor line for example,

other vision systems require slowed conveyor speeds to allow

complex inspections, potentially creating a bottleneck in

production. With the F250’s real-time rotation search, production

speeds are maintained.

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