Optimum Control of your Flexo Plates and Sleeves

X|Y|Z readings, Screen Count, Percentage, Relief Depth, Compression Simulation, Angles

The FlexoPlate QC Workflow

The AniCAM Flexoplate QC Workflow provides two reading methods: 2-dimensional readings with an automatic reflective or translucent dot detection and a 3-dimensional analysis which provides additional information on dot shape, height and relief depths.

Translucent and Reflective plate: 2D analysis
Translucent and Reflective plate: 2D analysis
2D dot analysis utilising 3D data
2D dot analysis utilising 3D data
3d Viewed from the top most dots look fine
3d Viewed from the top most dots look fine
For 2- and 3-dimensional measurements of Flexo Plates and Sleeves
For 2- and 3-dimensional measurements of Flexo Plates and Sleeves
Easy to use: Simply position the AniCAM camera on the area to be measured and start a 2Dor 2D-reading
Easy to use: Simply position the AniCAM camera on the area to be measured and start a 2Dor 2D-reading
Rotatable coloured 3D-view for visual inspection
Rotatable coloured 3D-view for visual inspection
measurement of screen count and dot percentage
measurement of screen count and dot percentage

Quality Control is Essential

Printers often charge trade-houses for lost productivity if the fault is proven to be theirs – trade houses need to check and maintain their quality to ensure they meet their customers needs.

The time and cost of defective plates will increase waste, reduce productivity and profitability

Cost savings made over time through Quality Control on dot shape, relief depths and dot sizes can be significantly high and will result in a fast Return of Investment.

Spesifications
Product Specifications

Any Flexo Plate material and Sleeves – flat or in the round, Direct laser engraved Elastomer plates and sleeves

Halftone dots from 55 to 250 lpi | 22 – 100 lpcm, Accuracy: ± 0.5% over full range of readings, 2D and 3D visual and graphical dot analysis, Geometric measurements.

Numeric %-Display
Dynamic Graphic Display
Screen Angle/Ruling calculation
Field of view typically, from 1.25 x 0.92 mm (at min zoom) to 0.50 x 0.40 mm (at max zoom), Zoom range (optical magnification) – typically 2.8x – 7.0x, Screen magnification typically 160x – 400x.

.fcp format (incl. 2D/3D info); JPEG and BMP (bitmap export)

1 co-axial and 2 x 9 radial white light LEDs (SW-controlled)

Technical Specifications
Mono CMOS camera with 640 x 480 pixel resolution.
USB2.0 Control via PC
External ac power supply (Optional: Battery Pack)
Three lenses (x04, x10 and x20)
AniCAM: 15,5 x 9,5 x 19 cm (W x D x H)
AniCAM Case: 37 x 30 x 17.5 cm (W x D x H)
AniCAM: 2.20 kg / 5.0 lbs
AniCAM with Case: 5 kg / 11.0 lbs
Temperature: 16° – 32° C / 60° – 90° F
Humidity: 40% – 60%, non-condensing
Intel or AMD processor, 2+ GHz, 4+ GB RAM, 1024 x 768, 24-bit Display, USB2.0, 150+ GB hard disk space
Option
ACP AniCAM Certification Package for X/Y/Z and Volume calibration
Annual Service Contract
WEB-based training and support
12V Lithium Battery Pack
X-axis micro adjustment for an exact axial positioning of the camera. (Increases the minimum roll/cylinder diameter to 81mm)
Y-axis micro adjustment for an exact transverse positioning of the camera. (Increases the minimum roll/cylinder diameter to 81mm)
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