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`Exhibit 10
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`Case 1:22-cv-01257-GBW Document 1-10 Filed 09/22/22 Page 2 of 3 PageID #: 385
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`Robotics
`
`TrueView 5.12™
`Vision Guided Robotics
`
`Main Applications
`Material handling
`Machine tending
`Glueing and sealing
`Press automation
`Powertrain assembly
`Body-in-white
`
`TrueView transforms robotic manufacturing
`processes
`TrueView vision guided robotic (VGR) systems see and
`react to changes within the industrial work environment
`enabling ABB robots to precisely locate the pose of a
`work object.
`
`Integrated ABB vision is low maintenance
`and reliable
`With over 200 systems installed and
`seven years of continuous design
`innovations, TrueView is a reliable and robust vision
`solution for ABB robots.
`
`TrueView makes robot vision simple
`The TrueView function package provides a complete ro-
`bot vision solution including hardware and software. ABB
`provides standard VGR modules to save robot program-
`ming time, and a TrueView FlexPendent GUI to provide
`factory workers with a simplified access point for trouble-
`shooting and calibration.
`
`Included with TrueView is the eVF software platform
`which includes unique technologies such as AutoCal,
`AccuTest, and AccuTrain for easy set-up and reliable
`integration. Together with the VGR program modules,
`and the TrueView GUI, TrueView 5.12 makes the set-up
`and operation of vision guided robots simple and cost
`effective.
`
`Vision guided robotics provides savings
`Manage variation in part styles and part location
`Eliminate costly precision fixturing, mechanical part
`crowding and dunnage
`Automate operations that previously required human
`interaction
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`Increases “Up-Time” and eliminates robot crashes by
`seeing the part on racks
`Enhances quality using basic inspection and part
`identification techniques
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`
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`Case 1:22-cv-01257-GBW Document 1-10 Filed 09/22/22 Page 3 of 3 PageID #: 386
`
`TrueView 5.12™
`Vision Guided Robotics
`
`Copyright, ROB0079EN_B August 2009 Produced in USA ABB reserves the right to change specifications without notice.
`
`TrueView 5.12 Vision Platform
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`Xi2DTM
`• Single or multi camera 2D information in 3 degrees of
`freedom (x, y, Rz)
`Error proofing using feature present / absence and part
`identification
`• Calculate tolerances and positioning data for quality
`checks
`
`•
`
`IDM2.5DTM
`• Single camera information in 4 degrees of freedom (x,
`y, z, Rz)
`
`SC3DTM
`• Patented single camera 3D technology provides a full
`six degrees of freedom for rigid parts (x, y, z, Rx, Ry,
`Rz)
`
`Technical Data
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`Supported Robot Types
`Robot Controller
`IRC 5
`Robot Type
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`All IRB robot arms
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`Robot Controller Configuration Requirements
`Hardware
`
`Analog/Digital Combi Board
`RobotWare
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`Release 5.12
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`
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`PC Interface
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`
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`FlexPendent Interface
`Communication
`PC SDK
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`Performance
`Vision Accuracy
`Vision Processing Time
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`Typical Part Movement
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`Standard Hardware
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`Camera
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`Lens
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`Lights
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`Industrial PC
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`+/- 1 mm (part dependent)
`.5 sec for 2D applications
`1 – 3 seconds for 2.5D
`and 3D applications
`+/- 15 degrees, +/- 300 mm
`
`Sony CCD cameras (analog)
`JAI and Baumer GigE cameras
`(digital)
`8 or 12mm (standard)
`Red LED light bars (8” or
`12” standard) with analog
`control by robot
`
`180W Power-Supply -
`DDR II 1G 667MHZ memory
`Intel Core 2 Duo T7500@2.2
`GHZ CPU
`Hitachi 160G HDD
`Windows XP Pro + SP2
`
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