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LT35O
X-Y Axis Laser Scan and Magnetic Imagery
(Digital Eddy Current Technique)
In addition to X-Y axis laser scan, the LT350 includes the Mectron MI9500 Magnetic Imagery™ instrument. Magnetic Imagery is an advanced digital eddy current technique which provides the most complete on-the-fly metallurgical inspection available on the market today. The instrument develops a magnetic image of each part as it passes through the LT350 to create the part’s signature. This full signature provides the opportunity to detect the most critical metallurgical defects such as cracks, material mixes, conductive plating’s, and hardness by a visual deviation in the magnetic display. The percentage of deviation is also displayed, and acceptable limits can be quickly defined using the touch screen programming capabilities.
Vibratory bowl and packaging system options are included on all quotations to provide a complete turnkey operation.
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Specifications:
Windows XP Operating System
110V AC Operation
Alarm Beacon for non-feed
Rates up to 300 parts per minute
(depending on part configuration)
System Dimensions:
L 28" x W 36" x H 72"
Weight: 450-500 lbs
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Fasteners
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Precision Components
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Click to enlarge
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Click to enlarge
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Inspection Capabilities
Dimensional
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Gross thread damage
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Gross knurl damage
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Knurl location
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Gross bent parts
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Thread roll ups
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Thread spirols
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Dog points
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Head diameters
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Flange diameters
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Metallurgicals
(Digital Eddy Current)
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Cracks
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Heat treat
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Seams
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Induction heat treat
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Material mixes
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Inspection Capabilities
Dimensional
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Diameters
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Radial part damage
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Chamfers
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Grooves
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Chip wraps
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Inernal threads
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Unground
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Gross tool damage
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Missing features
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Length
Metallurgicals
(Digital Eddy Current)
- Cracks
- Heat Treat
- Seams
- Induction heat treat
- Material mixes
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Note: For slight damage, see Q-Series
For additional requirements, contact Mectron (sales@mectron.net)
for a feasability study.
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