Newton Robotics

Newton Machine Vision

Robots that can See and Decide

Newton specializes in the combination of Machine Vision

and Robotics

Machines that can See and Make Decisions

From its Beginnings at the Massachusetts Institute of Technology (MIT)

To Today's Robotic Boiling Water Reactor Torus Re-Coating

with 4 Teams of 10 Robots

Established in Cambridge, Massachusetts in 1990 as an offshoot of MIT; moved to Seattle in 1995.

Specializes in machine vision and robotics with an emphasis on automation combining machine vision with mechanics and

electronics.

Services a wide variety of industries, focusing on applications where the introduction of machine vision to robots and automation can

provide powerful new functionalities not previously available. Many of Newton’s projects are the first of a kind in the world.

Designs and manufactures all of its own machine vision and robotics software and virtually all of its own hardware, including controllers,

cameras, lighting, electronics, machine control and mechanics.

More than 15,000 Newton systems are deployed worldwide.

From Soccer Playing Robots(Newton won the first two World Cups of RoboSoccer)

To Underwater Navigation

Robotic BWR Torus Re-Coating 4 Teams of 10 Robots

Virtually No Radiation Exposure to Workers

97% Surface Applicability

Rapid and Efficient 14 days in the Torus

Rugged and Capable of withstanding the Environment

Torus Striping and Painting Robots

Valve Seat Wear Measuring in Hazardous (Radiation) Areas

Models Available for:

GateGlobe CheckTrunion Ball Valves

Positive Position Verification for Arm Robots in Steam Generators

Positive Position Verification for a Crawler Robot in Steam Generators

Bridge and Sign Inspection Robot

Positive Tube Position Verification for Heat Exchangers utilizing High Resolution Line Scan

Machine Vision

Automated Access Protection for Dangerous Radiation Areas utilizing 3 Dimensional Machine

Vision

Real Time Monitoring of Personal in Radiation Areas utilizing 3 Dimensional Machine Vision

Robotic Windshield PlacementAfter 3 Dimensional Machine Vision Vehicle Location

Tire Reading and Laser Marking of the ‘Born on Date’

Vision Guided Suspension Adjustment

Robotic High Volume(90 Million per Year)

Nursery Tree Sorting utilizing Machine Vision

Live Bullet Tracking and Fully Robotic Cannon

Up to 1200 Meters per second

Extremely Quick 80ms Lock to Lock

Tracks targets with Machine Vision

Human Tracking for the Security and the Safety Industry utilizing 3 Dimensional Machine Vision

Nuclear 3D Measurement Device

Air or Underwater

Extremely compact Current model 200mm X 125mm X 140mm New model (early 2010) 100mm X 125mm X 80mm

Rugged-withstands severe G Loads Watertight to 100 meters Accurate 3D measurement to +/- 150 microns

In Air and Underwater 3 Dimensional Measurement

Measuring Underwater

3 Dimensional Model

From which measurements can be derived in a CAD program

Dry or Underwater 3 DimensionalMeasuring Device

Output from the Measuring Device

3 D Model for Import into a Cad Program

Measuring Output Device

Surveyor Data Gathering Robot

Wet or Dry Surface Measuring Robot

Surveyor Measuring Wet

Surveyor Measuring a Pitted Surface

Surveyor in the PB3 Torus

Surveyor OutputHuman Viewable Pictures-Laser Scanned Surface

Surveyor Output

Contact Us

• Newton Labs

• 441 SW 41st Street

• Renton, WA 98057 USA

• Telephone: 425-251-9600

• www.newtonlabs.com

Thank You