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| Offer Profile |
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RAD products are also known as robot arm, robot
arms, robotic arm, robotic arms, robot end effector, robot end effectors,
robotic end effector, robotic end effectors, robot end of arm, robotic end of
arm, robot tool, robot tools, robotic tool, robotic tools, robot tooling,
robotic tooling, rad, robot accessories and robotic accessories.
RAD products can be used on robots, linear actuators, gantry equipment, pick &
place machines and other automation equipment. |
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| Product Abstract |
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Collision Sensors
Robotic Collision Sensors mechanically detect
when the robot arm* has encountered an obstruction, absorb the crash
energy and quickly stop the robot to prevent costly damage to the
robot arm and tooling.
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Pneumatic
RAD's Ultimatic™ Robotic Collision Sensor features a
repeatability of 0.0005" (0.013mm) and allows the user to easily adjust the
amount of resistance the unit must overcome before stopping the system.
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Pneumatic High-Angle
RAD's High-Angle Ultimatic™ Robotic Collision Sensor
provides the excellent repeatability and features of the original Ultimatic™
Robotic Collision Sensor and 63% additional angular compliance to help
prevent costly damage to the robot and/or tooling even when the robot is
running at higher rates of speed.
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Pneumatic Spring-Assist
RAD's Spring-Assist Ultimatic™ Robotic Collision Sensor
has the ability to handle nearly double the payload of our standard
pneumatic collision sensor model with NO increase in footprint!
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Pneumatic Stainless Steel
RAD's Stainless Ultimatic™ Robotic Collision Sensor has
all the features and benefits of our standard pneumatic collision sensor
model but with the added benefit of a stainless steel construction that
enables it to be used in caustic, clean room, and food handling
environments.
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Spring-Loaded
RAD's Uni-Coupler™ Robotic Collision Sensor provides
crash protection when compressed air is not available.
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Compliance Devices
Robotic Compliance Devices (Alignment Devices)
compensate for fixture misalignments, positioning errors, shifting
parts, and/or variances in part tolerances by providing the robot arm* with
a little 'give' so production continues uninterrupted.
Applications that could benefit from using a RAD Robotic Compliance Device
(Remote Center Compliance Device) include machine loading, machine
unloading, assembly operations, and insertion operations.
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Pneumatic
RAD's most popular Pneumatic Robotic Compliance Device is
designed specifically for applications where compressed air is in use
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Spring-Loaded
RAD's original Spring Loaded Robotic Compliance Device is
for those applications where compressed air is not available
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Deburring Tools
RAD Robotic Deburring Tools enable your robot* to
economically deflash, finish, or deburr components made of metal, wood,
composite, rubber, fiberglass, or plastic. RAD's UltiBurr™ Robotic Deburring
Tool is compliant in x, y, & z axes and comes in two speeds to satisfy all
your deburring needs.
*NOTE: RAD UltiBurr™ Robotic Deburring Tools can also be used on robot
arms, linear actuators, CNC holders, pick & place machines, other automated
equipment or hard mounted to any surface.
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25,000 rpm Tools
RAD's UltiBurr™ 625 Robotic Deburring Tool with an idle
speed of 25,000 rpm for delicate operations.
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40,000 rpm Tools
RAD's UltiBurr™ 630 Robotic Deburring Tool with an idle
speed of 40,000 rpm for robust applications.
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Grippers
All RAD robotic grippers are pneumatic and use
parallel motion to enable you to effectively grip, manipulate, and
place objects in your automated manufacturing process. All RAD robot
grippers are designed to be extremely durable for maximum life.
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2-Jaw Pneumatic Parallel Robotic Grippers
RAD offers a diverse line of 2-Jaw Pneumatic Parallel
Robotic Grippers.
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3-Jaw Pneumatic Parallel Robotic Grippers
RAD offers a diverse line of 3-Jaw Pneumatic Parallel
Robotic Grippers.
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Collet Robotic Grippers
RAD offers many Collet Robotic Grippers, both in standard
and expanding O.D. sizes.
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Tool Changers
RAD Robotic Tool Changers allow robots* the
flexibility to change end-effectors (e.g. grippers, vacuum cup tooling,
pneumatic and electric motors, deburring tools, weld guns, etc.) and other
peripheral tooling automatically during a manufacturing or assembly process
much as a human is capable of operating different tools.
Robotic Tool Changers consist of two mating parts (a master and a tool) that
have been designed to lock together automatically. The master side of the
tool changer mounts to the robot; the tool side of the tool changer mounts
to the tooling (e.g. grippers, deburring tools, etc.).
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Automatic Changers
RAD Automatic Robotic Tool Changers are flexible,
offering the ability to use more than one robotic end-effector efficiently
in an application.
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