Folio Cut Size Sheeter Web Inspection Technology

FCS-WIS SHEETER INSPECTION

TECHNOLOGY

Success Story

IPST & AFPA

Success Story

Europe

Where the Science of Quality Assurance is still an Art!


SPECIFICATIONS
Defects Types Detected:	Blisters	Creases	Dirt
	Pinholes	Scale	Holes
	Spots	Fish Eyes	Oil
	Linting	Lumps	Knots
	Edge Cracks	Indentations	Wrinkles
	Bugs	Tearouts	Splices
	Scratches	Streaks	Blade Lines
	Grit Lines	Air knife	Scores
Minimum Detectable Defect: Streaks and Scratches: All Other Defect Types:	0.0001" (0.0025 mm) 0.00001 sq. mm
Maximum Detectable Defect: Streaks and Scratches: All Other Defect Types:	Unlimited Unlimited
Maximum Web Speed:	To 10,000 ft/min. (3,048 m/min.)
Basis Weight Range:	Subject to Tests
Material Color Range:	Subject to Tests
Line Scan Cameras: Type: Lens Focal Length: Field Of View (FOV): Maximum Data Rate: Pixel Resolution:	1024/2048 25/50 mm 0.1" (2.54 mm) Min. up to 40 MHz 0.0001" (0.0025 mm) in CD
Streak Scan Cameras: Type: Lens Focal Length: Field Of View (FOV): Pixel Resolution:	Proprietary 25 mm up to 10" CD (0.1" (25.4 cm) 0.0002" (0.005 mm)
Material Color Range:	Unlimited
Illumination:	Proprietary
Ambient Temperature:	40 to 160° F (4 to 70° C)
Power:	120/220/240 VAC 50/60 Hz Single Phase 3 -10 KW Dependent On Width Alternative Power Requirements Per Quotation
Specifications are subject to change without notice.

Maximize Profitability: In today's highly competitive market place, increasing customer demands require comprehensive quality management and control. Sheet fed printing and packaging processes require higher end product of specialty coated and non-coated material that is demanding in terms of quality and delivery.

Production efficiency standards that facilitate continuous quality control initiatives and machine runability are essential key components to ensure a competitive edge in this very demanding segment of the market. The FCS-WIS technology will provide comprehensive quality management to ensure defective material is detected and classified diverting one or any number of successive defective sheets prior to stacking.

QAMS (Quality Assurance Management System) Toolpack™ will ensure the most important defects are data mined without time-intensive manual verification processes. Flexible process control initiatives and production recipes allow operational staff to easily setup from run to run quickly and efficiently to ensure all future slit and cut references facilitate the rejection of defective material allowing continuous flow of good material to the stacker. This technology is the most advanced state-of-the-art tool utilizing advanced sensor technology developed by us to date and will give your production the ability to meet quality initiatives instituted locally or through customer requirements. Production will be maintained efficiently, quality will increase, customer satisfaction and loyalty will increase providing a higher competitive positron and higher profits.

Web Inspection, Machine Vision and Coating Defect Detection Technology

Detect and Index All Defects: Since most defects require various lighting and detection methods, our engineers realized that single source sensing and lighting technologies would not work well and could not meet quality initiatives of a majority of web manufactures, especially in the coated material segment of the market. Dual sensing with flexible lighting techniques developed, and in many cases patented, by us provides the capabilities to detect and index all defects common in any web material manufacturing process. Using high speed digital linear and patented streak sensor technologies, our defect imaging capabilities are much clearer, more accurate and consistent which is unachievable with single source line scan, laser, phototransistor and matrix/video based technologies alone. This blend of both sensing technologies, patented defect signal and noise reduction processes, and our built in data mining catalogue provides precise and comprehensive web quality assessment and unprecedented performance.


Dirt Type Defects	Hole Type Defects	Coating Scratches	Coating Streaks

The inspection technology is mounted prior to the cutter in-feed. Upon detection of a mission critical defect, a reject gate will be activated momentarily altering the flow of the "BAD" sheets to a reject bin collection system for further customer analysis. This ensures the skids of sheeted stock with value critical defects get stopped at the source before they are delivered to the customer. These quality initiatives will prevent and reduce smash blankets, press downtime, damage sensitive components or coating equipment and delivery delays costing you customers and market position.

100% Inspection Coverage: Each machine vision imaging solution is designed to span the entire web width for 100 percent inspection of the web material. Now you can guarantee that your products are fully qualified prior to subsequent processing or shipment to customers. Our (QAMS) Quality Assurance Management System Toolpack™ is included with each system to provide complete defect data collection, analysis, reporting, setup, and diagnostic capabilities. From unwind to stacking, your can be assured your product will be defect free.


Roll Preparation	Roll Unwind	FCS-WIS Sheeter Inspection Station		Inspection Lighting and Optimization	Slitting Station Input

Slitting Station	Cutting Knife Station	Diverter Station		Defect Reject Bin	Layboy (good product)

Sheet Stacking Station			Stacked Product

Call SDT: Call us today to discuss your complete machine vision imaging application and to learn more about the industry's most diverse line of machine vision web inspection, hole detection, splice detection and control products.

Distributors of Splice Detection Technologies