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  • Offer Profile
  • ATI INDUSTRIAL AUTOMATION  is the leading engineering-based world developer of robotic accessories and robot arm tooling, including Automatic Tool Changers, Multi-Axis Force/Torque Sensing Systems, Utility Couplers, Robotic Deburring Tools, Robotic Collision Sensors, Manual Tool Changers, and Compliance Devices.

    Our robot end-effector products are found in thousands of successful applications around the world.

    Since 1989, our team of mechanical, electrical, and software engineers has been developing cost-effective, state-of-the-art end-effector products and solutions that improve robotic productivity.

Product Portfolio
  • Products for Robotics and Automation

      • ROBOTIC TOOL CHANGERS

      • The ATI Robotic Tool Changer provides the flexibility to automatically change end-effectors or other peripheral tooling. These tool changers are designed to function reliably for millions of cycles at rated load while maintaining extremely high repeatability.
      • MULTI-AXIS FORCE/TORQUE SENSORS

      • The F/T force and torque sensors provide full six-axis force and torque sensing with high factor of safety. The F/T can be mounted to a robot arm or any tooling where multi-axis force/torque sensing is needed.
      • ROBOTIC DEBURRING TOOLS

      • Speedeburr, Flexdeburr, and VersaFinish are a family of air-driven compliant deburring and finishing tools designed for a variety of applications. They can be attached to a robotic arm, CNC holder or hard mounted to any surface.
      • UTILITY COUPLERS

      • ATI Utility Couplers are designed for industrial applications where there is a need to change tools that pass utilities such as air and electrical signals in automated applications. The modular body design is capable of mounting any of ATI’s standard add-on modules.
      • MANUAL TOOL CHANGERS

      • Manual Tool Changers provide a cost-effective solution for quickly changing tools by hand. They feature a unique design that combines high strength, excellent repeatability and a patent-pending screw-cam locking mechanism with multiple fail-safe features.
      • ROBOTIC COLLISION SENSORS

      • The Robotic Collision Sensor protects robotic end-effectors and robot arms from damage caused during robot crashes. Features include: automatic reset, high repeatability, large moment rotation, rugged design and low cost.
      • Compliance Devices

      • Compensates for misalignment during assembly or bin picking applications.
        ATI offers three unique compliance compensators that allow your workpieces to operate more reliably in tight alignment tolerances with less effort required to design. This will save both time and money, and reduce downtime.
    • Automatic / Robotic Tool Changers

    • Robotic Tool Changers increase flexibility and productivity.

      The ATI Robotic Tool Changer provides the flexibility to automatically change end-effectors or other peripheral tooling. These tool changers are designed to function reliably for millions of cycles at rated load while maintaining extremely high repeatability. For this reason, the ATI Tool Changer has become the number-one tool changer of choice around the world.

      ATI Tool Changer models cover a wide range of applications, from very small payloads to heavy payload applications requiring significantly large moment capacity.

      What is a Robotic Tool Changer (QC)?
      An end-effector with two mating parts, a Master-side and a Tool-side that have been designed to lock or couple together automatically, carry a payload, and have the ability to pass utilities such as electrical signals, pneumatic, water, etc. Most robot couplers use pneumatics to lock the Master- and Tool-sides together. The Robot Tool Changer provides the flexibility for any automated process to change tools and pass various utilities. The Master-side of the Tool Changer mounts to a robot, CNC machine, or other structure. The Tool-side of the Tool Changer mounts to tooling, such as grippers, welders, or deburring tools. A Robot Tool Changer is also known as a Quick-Change device (QC), an automatic tool changer (ATC), robot tool changer, robot coupler, robotic coupler, or robotic connector.

      Standard Quick Change Tool Changers - This series of Tool Changers is built around a 'round' body with integrated pneumatic ports and our patented high-strength locking mechanism. A variety of electrical modules are available for use with the Standard Series.

      Heavy Automation Quick Change Tool Changers - The Heavy Automation Series of Tool Changers is built around a 'square' body and uses our patented high-strength locking mechanism. This series of Tool Changers is more modular in design, with a wide variety of electrical, pneumatic, fluid, and high-power modules available. Heavy Automation Tool Changers are commonly used in heavy material handling and primary and secondary welding applications.

      ATI Tool Changer Advantages
      • Extremely High Repeatability
        The piston acts as a large dowel pin, aligning the Master plate and Tool plate with unmatched repeatability. Million-cycle testing, at rated load, shows that the typical repeatability is much better than the guaranteed values.
      • High Rigidity
        The Quick-Change Tool Changer has a large moment capacity due to the locking piston's high coupling strength and large diameter. The coupled Tool Changer remains rigid during high-inertia moves preventing locking failure or repeatability problems
      • Excellent Reliability
        The patented multi-taper locking mechanism actually wears in instead of out. The pneumatic ports use uniquely-designed, long-life rubber bushings, which prevent any loss of air pressure. Spring probe electrical pins on the Master Plate insure contact with fixed pins on the Tool Plate. The Quick-Change Robotic Tool Changer is built to last.
      • Superior Fail-Safe Locking Mechanism
        The ATI Tool Changer Locking Mechanism has a Fail-Safe feature that prevents the Tool plate from releasing from the Master plate if lock air pressure is accidentally removed.
      • Lightweight and Compact Design
      • Economical
        World-wide sales volumes have allowed us to price the Quick-Change Tool Changer at or below the competition.
      • Flexible
        With a wide range of electrical, pneumatic, and fluid modules available, ATI Quick-Change Tool Changers can be configured to fit most any application. Be sure to contact sales at 919-772-0115 for detailed information concerning option compatibility with a specific Tool Changer
        • Robotic/Automatic Tool Changers

            • QC-001

            • Suggested Payload Limit: 1.4 kg
              Locking Force @ 80 psi (5.5 bar): 170 N
              Static Moment Capacity (X & Y): 0.983 Nm
              Static Moment Capacity (Z): 1.15 Nm
              Positional Repeatability – (X, Y, & Z): 0.0102 mm
              Weight - when coupled: 0.122 kg
            • QC-5

            • Suggested Payload Limit: 8.2 kg
              Locking Force @ 80 psi (5.5 bar): 690 N
              Static Moment Capacity (X & Y): 12.4 Nm
              Static Moment Capacity (Z): 16.9 Nm
              Positional Repeatability – (X, Y, & Z): 0.0102 mm
              Weight - when coupled: 0.363 kg
            • QC-11

            • Suggested Payload Limit: 16 kg
              Locking Force @ 80 psi (5.5 bar): 1100 N
              Static Moment Capacity (X & Y): 24.9 Nm
              Static Moment Capacity (Z): 33.9 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 0.245 kg
            • QC-11 Hollow-Wrist

            • Suggested Payload Limit: 16 kg
              Locking Force @ 80 psi (5.5 bar): 1100 N
              Static Moment Capacity (X & Y): 24.9 Nm
              Static Moment Capacity (Z): 33.9 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 0.376 kg
            • QC-20

            • Suggested Payload Limit: 25 kg
              Locking Force @ 80 psi (5.5 bar): 2300 N
              Static Moment Capacity (X & Y): 56.5 Nm
              Static Moment Capacity (Z): 78 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 1.01 kg
            • QC-21

            • Suggested Payload Limit: 25 kg
              Locking Force @ 80 psi (5.5 bar): 2300 N
              Static Moment Capacity (X & Y): 56.5 Nm
              Static Moment Capacity (Z): 78 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 0.794 kgs
            • QC-20 Hollow-Wrist

            • Suggested Payload Limit: 25 kg
              Locking Force @ 80 psi (5.5 bar): 2300 N
              Static Moment Capacity (X & Y): 56.5 Nm
              Static Moment Capacity (Z): 78 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 0.998 kg
            • QC-21 Hollow-Wrist

            • Suggested Payload Limit: 25 kg
              Locking Force @ 80 psi (5.5 bar): 2300 N
              Static Moment Capacity (X & Y): 56.5 Nm
              Static Moment Capacity (Z): 78 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 1.02 kg
            • QC-21ZW10

            • Suggested Payload Limit: 25 kg
              Locking Force @ 80 psi (5.5 bar): 2300 N
              Static Moment Capacity (X & Y): 56.5 Nm
              Static Moment Capacity (Z): 78 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 0.871 kg
            • QC-25

            • Suggested Payload Limit: 15 kg
              Locking Force @ 80 psi (5.5 bar): 1400 N
              Static Moment Capacity (X & Y): 33.9 Nm
              Static Moment Capacity (Z): 46.8 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 1.56 kg
            • QC-27

            • Suggested Payload Limit: 38 kg
              Locking Force @ 80 psi (5.5 bar): 3500 N
              Static Moment Capacity (X & Y): 84.7 Nm
              Static Moment Capacity (Z): 99.4 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 1.34 kg
            • QC-40

            • Suggested Payload Limit: 50 kg
              Locking Force @ 80 psi (5.5 bar): 4500 N
              Static Moment Capacity (X & Y): 157 Nm
              Static Moment Capacity (Z): 216 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 1.7 kg
            • QC-40Q

            • Suggested Payload Limit: 50 kg
              Locking Force @ 80 psi (5.5 bar): 5600 N
              Static Moment Capacity (X & Y): 226 Nm
              Static Moment Capacity (Z): 226 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 1.84 kg
            • QC-41

            • Suggested Payload Limit: 50 kg
              Locking Force @ 80 psi (5.5 bar): 4500 N
              Static Moment Capacity (X & Y): 157 Nm
              Static Moment Capacity (Z): 216 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 2.13 kg
            • QC-60

            • Suggested Payload Limit: 75 kg
              Locking Force @ 80 psi (5.5 bar): 7400 N
              Static Moment Capacity (X & Y): 197 Nm
              Static Moment Capacity (Z): 294 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 2 kg
            • QC-62

            • Suggested Payload Limit: 75 kg
              Locking Force @ 80 psi (5.5 bar): 7400 N
              Static Moment Capacity (X & Y): 197 Nm
              Static Moment Capacity (Z): 294 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 3.92 kg
            • QC-71

            • Suggested Payload Limit: 79 kg
              Locking Force @ 80 psi (5.5 bar): 8100 N
              Static Moment Capacity (X & Y): 395 Nm
              Static Moment Capacity (Z): 395 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 2.86 kg
            • QC-76

            • Suggested Payload Limit: 100 kg
              Locking Force @ 80 psi (5.5 bar): 12000 N
              Static Moment Capacity (X & Y): 542 Nm
              Static Moment Capacity (Z): 701 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 3.67 kg
            • QC-110

            • Suggested Payload Limit: 150 kg
              Locking Force @ 80 psi (5.5 bar): 12000 N
              Static Moment Capacity (X & Y): 784 Nm
              Static Moment Capacity (Z): 784 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 5.9 kg
            • QC-112

            • Suggested Payload Limit: 150 kg
              Locking Force @ 80 psi (5.5 bar): 12000 N
              Static Moment Capacity (X & Y): 780 Nm
              Static Moment Capacity (Z): 780 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 27.9 kg
            • QC-160

            • Suggested Payload Limit: 270 kg
              Locking Force @ 80 psi (5.5 bar): 31000 N
              Static Moment Capacity (X & Y): 2710 Nm
              Static Moment Capacity (Z): 2260 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 9.3 kg
            • QC-210

            • Suggested Payload Limit: 270 kg
              Locking Force @ 80 psi (5.5 bar): 31000 N
              Static Moment Capacity (X & Y): 2710 Nm
              Static Moment Capacity (Z): 2260 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 7.89 kg
            • QC-213

            • Suggested Payload Limit: 270 kg
              Locking Force @ 80 psi (5.5 bar): 31000 N
              Static Moment Capacity (X & Y): 2710 Nm
              Static Moment Capacity (Z): 2260 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 12.6 kg
            • QC-300

            • Suggested Payload Limit: 450 kg
              Locking Force @ 80 psi (5.5 bar): 35000 N
              Static Moment Capacity (X & Y): 3290 Nm
              Static Moment Capacity (Z): 2820 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 19.1 kg
            • QC-310

            • Suggested Payload Limit: 510 kg
              Locking Force @ 80 psi (5.5 bar): 38000 N
              Static Moment Capacity (X & Y): 3290 Nm
              Static Moment Capacity (Z): 3160 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 19.5 kg
            • QC-313

            • Suggested Payload Limit: 510 kg
              Locking Force @ 80 psi (5.5 bar): 38000 N
              Static Moment Capacity (X & Y): 3290 Nm
              Static Moment Capacity (Z): 3160 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 21.4 kg
            • QC-510

            • Suggested Payload Limit: 700 kg
              Locking Force @ 80 psi (5.5 bar): 62000 N
              Static Moment Capacity (X & Y): 4860 Nm
              Static Moment Capacity (Z): 3500 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 28.1 kg
            • QC-1210

            • Suggested Payload Limit: 1350 kg
              Locking Force @ 80 psi (5.5 bar): 93000 N
              Static Moment Capacity (X & Y): 5420 Nm
              Static Moment Capacity (Z): 5420 Nm
              Positional Repeatability – (X, Y, & Z): 0.0152 mm
              Weight - when coupled: 27.8 kg
            • QC-1510

            • Suggested Payload Limit: 4080 kg
              Locking Force @ 80 psi (5.5 bar): 190000 N
              Static Moment Capacity (X & Y): 1630 Nm
              Static Moment Capacity (Z): 13900 Nm
              Weight - when coupled: 102 kg
          • Manual Tool Changers

          • The simpler, stronger, more precise Manual Tool Changer. Only from ATI.

            ATI Industrial Automation has developed a new series of Manual Tool Changers that provides a cost-effective solution for quickly changing tools by hand. They feature a unique design that combines high strength, excellent repeatability, and a patent-pending screw-cam locking mechanism with multiple fail-safe features, which resists vibration and prevents loosening. The new Manual Tool Changers also feature quick-action locking for one-handed manual operation. These robust and compact Manual Tool Changers can handle payloads up to 80 pounds (36 kg) and pass pneumatics and electrical signals.

            Product Highlights
            • Manual one-handed actuation.
            • High strength-to-weight ratio.
            • Very small package size.
            • Integrated air pass-through ports.
            • Screw-cam results in high locking force.
            • Additional mounting flats for adding ATI utility modules.
            What is a Manual Tool Changer (MC)?

            An end-effector with two mating parts, a Master-side and a Tool-side, that have been designed to manually lock or couple together, carry a payload, and have the ability to pass utilities such as electrical signals, pneumatic, water, etc. The Manual Tool Changer provides flexibility for any automated process in order to change tools and pass various utilities. The Master-side of the changer mounts to a robot, CNC machine, or other structure. The Tool-side of the changer mounts to tooling, such as grippers, welders, or deburring tools.
              • MC-06

              • Suggested Payload Limit: 2.3 kg
                Static Moment Capacity (X & Y): 13.6 Nm
                Static Moment Capacity (Z): 13.6 Nm
                Weight - when coupled: 0.721 kg
              • MC-16R

              • Suggested Payload Limit: 16 kg
                Static Moment Capacity (X & Y): 24.9 Nm
                Static Moment Capacity (Z): 45.2 Nm
                Weight - when coupled: 0.735 kg
              • MC-16ZW4

              • Suggested Payload Limit: 16 kg
                Static Moment Capacity (X & Y): 24.9 Nm
                Weight - when coupled: 0.871 kg
              • MC-16ZW5

              • Suggested Payload Limit: 16 kg
                Static Moment Capacity (X & Y): 24.9 Nm
                Weight - when coupled: 0.871 kg
              • MC-36

              • Suggested Payload Limit: 36 kg
                Static Moment Capacity (X & Y): 113 Nm
                Weight - when coupled: 1.59 kg
            • Six-Axis Force/Torque Sensors

            •  Measure all six components of force and torque in a compact, rugged transducer.

              The ATI Multi-Axis Force/Torque Sensor system measures all six components of force and torque. The system consists of a transducer, shielded high-flex cable, and intelligent data acquisition system, Ethernet/DeviceNet interface or F/T controller. Force/Torque sensors are used throughout industry for product testing, robotic assembly, grinding and polishing. In research, our sensors are used in robotic surgery, haptics, rehabilitation, neurology and many others applications. Contact ATI for more information.

              What is a Six-Axis Force/Torque Transducer?

              A device that measures the outputting forces and torques from all three Cartesian coordinates (x, y, and z). A six-axis force/torque transducer is also known as a multi-axis force/torque transducer, multi-axis load cell, F/T sensor, or six-axis load cell.
                • Nano17 Titanium

                • Rated Fx,Fy: ±32 N
                  Rated Fz: ±56.4 N
                  Rated Tx, Ty: ±200 Nm
                  Weight: 0.00101 kg
                  Diameter: 17 mm
                  Height: 14.5 mm
                • Nano17

                • Rated Fx,Fy: ±50 N
                  Rated Fz: ±70 N
                  Rated Tx, Ty: ±500 Nm
                  Weight: 0.00907 kg
                  Diameter: 17 mm
                  Height: 14.5 mm
                • Nano17 IP65/IP68

                • Rated Fx,Fy: ±50 N
                  Rated Fz: ±70 N
                  Rated Tx, Ty: ±500 Nm
                  Weight: 0.00408 kg
                  Diameter: 20.1 mm
                  Height: 22.2 mm
                • Nano25

                • Rated Fx,Fy: ±250 N
                  Rated Fz: ±1000 N
                  Rated Tx, Ty: ±6 Nm
                  Weight: 0.0634 kg
                  Diameter: 25 mm
                  Height: 21.6 mm
                • Nano25 IP65/IP68

                • Rated Fx,Fy: ±250 N
                  Rated Fz: ±1000 N
                  Rated Tx, Ty: ±6 Nm
                  Weight: 0.136 kg
                  Diameter: 28 mm
                  Height: 27.5 mm
                • Nano43

                • Rated Fx,Fy: ±36 N
                  Rated Fz: ±36 N
                  Rated Tx, Ty: ±500 Nm
                  Weight: 0.0387 kg
                  Diameter: 43 mm
                  Height: 11.5 mm
                • Mini27 Titanium

                • Rated Fx,Fy: ±80 N
                  Rated Fz: ±160 N
                  Rated Tx, Ty: ±4 Nm
                  Weight: 0.0334 kg
                  Diameter: 27 mm
                  Height: 18.2 mm
                • Mini40

                • Rated Fx,Fy: ±80 N
                  Rated Fz: ±240 N
                  Rated Tx, Ty: ±4 Nm
                  Weight: 0.0499 kg
                  Diameter: 40 mm
                  Height: 12.2 mm
                • Mini40 IP65/IP68

                • Rated Fx,Fy: ±80 N
                  Rated Fz: ±240 N
                  Rated Tx, Ty: ±4 Nm
                  Weight: 0.272 kg
                  Diameter: 53.3 mm
                  Height: 21.1 mm
                • Mini45 Titanium

                • Rated Fx,Fy: ±240 N
                  Rated Fz: ±480 N
                  Rated Tx, Ty: ±12 Nm
                  Weight: 0.0998 kg
                  Diameter: 45 mm
                  Height: 17.5 mm
                • Mini45

                • Rated Fx,Fy: ±580 N
                  Rated Fz: ±1160 N
                  Rated Tx, Ty: ±20 Nm
                  Weight: 0.0917 kg
                  Diameter: 45 mm
                  Height: 15.7 mm
                • Mini45 IP65/IP68

                • Rated Fx,Fy: ±580 N
                  Rated Fz:±1160 N
                  Rated Tx, Ty: ±20 Nm
                  Weight: 0.391 kg
                  Diameter: 57.9 mm
                  Height: 25.1 mm
                • Mini58

                • Rated Fx,Fy: ±2800 N
                  Rated Fz: ±6800 N
                  Rated Tx, Ty: ±120 Nm
                  Weight: 0.345 kg
                  Diameter: 58 mm
                  Height: 30 mm
                • Mini58 IP60

                • Rated Fx,Fy: ±2800 N
                  Rated Fz: ±6800 N
                  Rated Tx, Ty: ±120 Nm
                  Weight: 0.522 kg
                  Diameter: 82 mm
                  Height: 36.2 mm
                • Mini58 IP65/IP68

                • Rated Fx,Fy: ±2800 N
                  Rated Fz: ±6800 N
                  Rated Tx, Ty: ±120 Nm
                  Weight: 0.804 kg
                  Diameter: 65.4 mm
                  Height: 37.6 mm
                • Mini85

                • Rated Fx,Fy: ±1900 N
                  Rated Fz: ±3800 N
                  Rated Tx, Ty: ±80 Nm
                  Weight: 0.635 kg
                  Diameter: 85.1 mm
                  Height: 29.8 mm
                • Gamma

                • Rated Fx,Fy: ±130 N
                  Rated Fz: ±400 N
                  Rated Tx, Ty: ±10 Nm
                  Weight: 0.255 kg
                  Diameter: 75.4 mm
                  Height: 33.3 mm
                • Gamma IP60

                • Rated Fx,Fy: ±130 N
                  Rated Fz: ±400 N
                  Rated Tx, Ty: ±10 Nm
                  Weight: 0.467 kg
                  Diameter: 99.1 mm
                  Height: 39.6 mm
                • Gamma IP65

                • Rated Fx,Fy: ±130 N
                  Rated Fz: ±400 N
                  Rated Tx, Ty: ±10 Nm
                  Weight: 1.09 kg
                  Diameter: 111 mm
                  Height: 52.3 mm
                • Gamma IP68

                • Rated Fx,Fy: ±130 N
                  Rated Fz: ±400 N
                  Rated Tx, Ty: ±10 Nm
                  Weight: 1.98 kg
                  Diameter: 111 mm
                  Height: 52.3 mm
                • Delta

                • Rated Fx,Fy: ±660 N
                  Rated Fz: ±1980 N
                  Rated Tx, Ty: ± 60Nm
                  Weight: 0.913 kg
                  Diameter: 94.5 mm
                  Height: 33.3 mm
                • Delta IP60

                • Rated Fx,Fy: ±660 N
                  Rated Fz: ±1980 N
                  Rated Tx, Ty: ±60 Nm
                  Weight: 1.81 kg
                  Diameter: 117 mm
                  Height: 47.1 mm
                • Delta IP65

                • Rated Fx,Fy: ±660 N
                  Rated Fz: ±1980 N
                  Rated Tx, Ty: ±60 Nm
                  Weight: 1.77 kg
                  Diameter: 126 mm
                  Height: 47.1 mm
                • Delta IP68

                • Rated Fx,Fy: ±660 N
                  Rated Fz: ±1980 N
                  Rated Tx, Ty: ±60 Nm
                  Weight: 2.63 kg
                  Diameter: 102 mm
                  Height: 52.2 mm
                • Theta

                • Rated Fx,Fy: ±2500 N
                  Rated Fz: ±6250 N
                  Rated Tx, Ty: ±400 Nm
                  Weight: 4.99 kg
                  Diameter: 150 mm
                  Height: 61.1 mm
                • Theta IP60

                • Rated Fx,Fy: ±2500 N
                  Rated Fz: ±6250 N
                  Rated Tx, Ty: ±400 Nm
                  Weight: 8.62 kg
                  Diameter: 194 mm
                  Height: 74 mm
                • Theta IP65/IP68

                • Rated Fx,Fy: ±2500 N
                  Rated Fz: ±6250 N
                  Rated Tx, Ty: ±400 Nm
                  Weight: 9.00 kg
                  Diameter: 163 mm
                  Height: 74 mm
                • Omega85

                • Rated Fx,Fy: ±1900 N
                  Rated Fz: ±3800 N
                  Rated Tx, Ty: ±80 Nm
                  Weight: 0.658 kg
                  Diameter: 85.1 mm
                  Height: 34.4 mm
                • Omega85 IP65/P68

                • Rated Fx,Fy: ±1900 N
                  Rated Fz: ±3800 N
                  Rated Tx, Ty: ±80 Nm
                  Weight: 1.91 kg
                  Diameter: 92.7 mm
                  Height: 38.7 mm
                • Omega160

                • Rated Fx,Fy: ±2500 N
                  Rated Fz: ±6250 N
                  Rated Tx, Ty: ±400 Nm
                  Weight: 2.72 kg
                  Diameter: 157 mm
                  Height: 55.9 mm
                • Omega160 IP60

                • Rated Fx,Fy: ±2500 N
                  Rated Fz: ±6250 N
                  Rated Tx, Ty: ±400 Nm
                  Weight: 7.67 kg
                  Diameter: 194 mm
                  Height: 57.7 mm
                • Omega160 IP65/IP68

                • Rated Fx,Fy: ±2500 N
                  Rated Fz: ±6250 N
                  Rated Tx, Ty: ±400 Nm
                  Weight: 7.26 kg
                  Diameter: 165 mm
                  Height: 65.9 mm
                • Omega191

                • Rated Fx,Fy: ±7200 N
                  Rated Fz: ±18000 N
                  Rated Tx, Ty: ±1400 Nm
                  Weight: 9.41 kg
                  Diameter: 190 mm
                  Height: 164 mm
                • Omega190 IP60

                • Rated Fx,Fy: ±7200 N
                  Rated Fz: ±18000 N
                  Rated Tx, Ty: ±1400 Nm
                  Weight: 14.1 kg
                  Diameter: 238 mmm
                  Height: 73.7 mm
                • Omega190 IP65/IP68

                • Rated Fx,Fy: ±7200 N
                  Rated Fz: ±18000 N
                  Rated Tx, Ty: ±1400 Nm
                  Weight: 13.2 kg
                  Diameter: 204 mm
                  Height: 74.8  mm
                • Omega250 IP60/IP65/IP68

                • Rated Fx,Fy: ±16000 N
                  Rated Fz: ±32000 N
                  Rated Tx, Ty: ±2000 Nm
                  Weight: 31.8 kg
                  Diameter: 295 mm
                  Height: 94.9 mm
                • Omega331

                • Rated Fx,Fy: ±40 kN
                  Rated Fz: ±88 kN
                  Rated Tx, Ty: ±6 kNm
                  Weight: 47 kg
                  Diameter: 330 mm
                  Height: 110 mm
              • Utility Couplers

              • Quickly connect utilities in docking and fixturing applications.

                ATI Utility Couplers are for applications where there is a need to quickly connect utilities such as air, fluid, power and electrical signals in docking and fixturing applications. The modular, multi-coupling design can attach any of ATI’s standard add-on utility modules and will improve cycle-time and flexibility in any production cell. The Master-side connection features a unique rotational compliance mechanism that allows for large tooling misalignments. Utility Couplers can be provided with an electric or air actuated drive cylinder. ATI Utility Couplers offer a quick and cost-effective solution to your challenging coupling needs.

                What is a Utility Coupler (UC)?

                A dedicated connection device that couples air or electric signals for docking and fixturing applications. A Utility Coupler is typically not designed to carry payloads. Instead, the ATI Utility Coupler includes compliance features that will compensate for severe tooling misalignments. A Utility Coupler is also known as a multi-coupling or quick connector device. A Utility Coupler can be automatic or manual, locking or non-locking, and it can feature compliance or have no compliance, depending on application requirements.
                  • C5C

                  • Compliance Type: Integrated
                    Compliance X-Y: ±1.5 mm
                    Locking Type: None
                    Min. Couple Force*: N/A
                    Number of ports: 0
                    Port Size: N/A
                    Port Type: N/A
                    Module Type: Light
                    Number of Flats: N/A
                  • GA2

                  • Compliance Type: None
                    Compliance X-Y: N/A
                    Locking Type: None
                    Min. Couple Force*: 1400 N
                    Number of ports: 10
                    Port Size: 3/8
                    Port Type: Pass Thru
                    Module Type: Medium
                    Number of Flats: 2
                  • GH1

                  • Compliance Type: None
                    Compliance X-Y: N/A
                    Locking Type: Manual
                    Min. Couple Force*: N/A
                    Number of ports: 4
                    Port Size: 3/8
                    Port Type: Checked
                    Module Type: Medium
                    Number of Flats: 3
                  • GH2

                  • Compliance Type: None
                    Compliance X-Y: N/A
                    Locking Type: Manual
                    Min. Couple Force*: N/A
                    Number of ports: 16
                    Port Size: M6
                    Port Type: Pass Thru
                    Module Type: Medium
                    Number of Flats: N/A
                  • GH3

                  • Compliance Type: None
                    Compliance X-Y: N/A
                    Locking Type: Manual
                    Min. Couple Force*: N/A
                    Number of ports: 8
                    Port Size: M6
                    Port Type: Pass Thru
                    Module Type: N/A
                    Number of Flats: N/A
                  • GH5

                  • Compliance Type: None
                    Compliance X-Y: N/A
                    Locking Type: Manual
                    Min. Couple Force*: N/A
                    Number of ports: 0
                    Port Size: N/A
                    Port Type: N/A
                    Module Type: Medium
                    Number of Flats: 2
                  • GK1

                  • Compliance Type: Integrated
                    Compliance X-Y: ±3 mm
                    Locking Type: None
                    Min. Couple Force*: 180 N
                    Number of ports: 0
                    Port Size: N/A
                    Port Type: N/A
                    Module Type: Medium
                    Number of Flats: 4
                  • GK2

                  • Compliance Type: Integrated
                    Compliance X-Y: ±4.1 mm
                    Locking Type: None
                    Min. Couple Force*: 980 N
                    Number of ports: 2
                    Port Size: 3/8
                    Port Type: Checked
                    Module Type: Medium
                    Number of Flats: 4
                  • GL1

                  • Compliance Type: Integrated
                    Compliance X-Y: ±4.1 mm
                    Locking Type: None
                    Min. Couple Force*: 3100 N
                    Number of ports: 10
                    Port Size: 3/8
                    Port Type: Checked
                    Module Type: Heavy
                    Number of Flats: 2
                  • GL2

                  • Compliance Type: Integrated
                    Compliance X-Y: ±4.1 mm
                    Locking Type: None
                    Min. Couple Force*: 2200 N
                    Number of ports: 2
                    Port Size: 3/4
                    Port Type: Checked
                    Module Type: Heavy
                    Number of Flats: N/A
                  • GL3

                  • Compliance Type: Integrated
                    Compliance X-Y: ±4.1 mm
                    Locking Type: None
                    Min. Couple Force*: 4400 N
                    Number of ports: 4
                    Port Size: 3/4
                    Port Type: Checked
                    Module Type: Heavy
                    Number of Flats: 4
                  • GL5

                  • Compliance Type: Integrated
                    Compliance X-Y: ±4.1 mm
                    Locking Type: None
                    Min. Couple Force*: 2200 N
                    Number of ports: 2
                    Port Size: 1/2
                    Port Type: Checked
                    Module Type: Heavy
                    Number of Flats: 4
                  • GL6

                  • Compliance Type: Modular
                    Compliance X-Y: ±7.6 mm
                    Locking Type: Automatic
                    Min. Couple Force*: N/A
                    Number of ports: 4
                    Port Size: 1
                    Port Type: Pass Thru
                    Module Type: Heavy
                    Number of Flats: 4
                  • GL7

                  • Compliance Type: Modular
                    Compliance X-Y: ±7.6 mm
                    Locking Type: Automatic
                    Min. Couple Force*: N/A
                    Number of ports: 1
                    Port Size: 3
                    Port Type: Pass Thru
                    Module Type: Heavy
                    Number of Flats: 3
                • Robotic and CNC Deburring Tools

                • ATI’s Compliant Deburring Tools give you more. For less.

                  Historically, deburring and material removal has largely been a manual operation due to the limitations of previously available automated deburring tools. Conventional automated deburring tools can perform adequately along a straight edge or surface, with little or no compliance for cavities or protrusions, but these tools ultimately fail when part tolerances or paths are not exact. The Engineers at ATI have developed three types of compliant deburring tools that make automated deburring cells a safe, consistent, and economical process.

                  What is a Robotic Deburring Tool?


                  Deburring tool, air- or electrically-driven, with compliance and a method to mount to a robot wrist. Deburring tools can also be mounted to a bench or fixture, with parts brought to the unit to be deburred.
                    • Radially-Compliant Deburring Tools

                    • ATI’s line of Radially-Compliant (RC) Deburring Tools, also known as Flexdeburr TM, are robust, high-speed and lightweight air turbine-driven deburring units for deburring aluminum, plastic, steel, etc. with a robot or CNC machine. The RC Deburring Tool is especially suited for removal of parting lines and flash from parts. However, its flexible design allows it to be used in a wide variety of applications.

                      The RC Deburring Tool’s pneumatically controlled, articulated design allows the cutting bit to follow the part profile and compensate for surface irregularities while maintaining a constant, settable force. This allows high feed rates with uniform quality in any orientation. The tool also requires no oil, allowing clean exhaust air to be vented directly into the work environment.

                      Compliance is supported by air pressure applied to the shaft of the unit and is used to perform consistent deburring on irregular part patterns. The motor’s internal governor maintains high spindle speeds for optimum surface finish. The tools offer up to ± 9mm of compliance. The RC Deburring Tool also utilizes standard industrial tungsten-carbide bits which allows for adaptation to changing assembly lines and part requirements.
                        • RC-151

                        • Weight: 1.09 kg
                          Compliance Travel @ Collet: 5.1 mm
                          Compliance Force: 3.1 N - 6.7 N
                          Idle Speed: 65000 rpm
                        • RC-300

                        • Weight: 1.15 kg
                          Compliance Travel @ Collet: 7.6 mm
                          Compliance Force: 12 N - 42 N
                          Idle Speed: 30000 rpm
                        • RC-340

                        • Weight: 1.15 kg
                          Compliance Travel @ Collet: 7.6 mm
                          Compliance Force: 12 N - 42 N
                          Idle Speed: 40000 rpm
                        • RC-340-CNC

                        • Weight: 1.81 kg
                          Compliance Travel @ Collet: 7.6 mm
                          Compliance Force: 12 N - 42 N
                          Idle Speed: 40000 rpm
                        • RC-660-ER

                        • Weight: 2.22 kg
                          Compliance Travel @ Collet: 8.9 mm
                          Compliance Force: 12 N - 42 N
                          Idle Speed: 40000 rpm
                        • RS-151

                        • Weight: 1.09 kg
                          Compliance Travel @ Collet: 5.1 mm
                          Compliance Force: 3.1 N - 6.7 N - Compliant in one axis only.
                          Idle Speed: 65000 rpm
                        • RS-340

                        • Weight: 1.81 kg
                          Compliance Travel @ Collet: 7.6 mm
                          Compliance Force: 8.9 N - 47 N - Compliant in one axis only.
                          Idle Speed: 40000 rpm
                      • Axially-Compliant Deburring Tools

                      • ATI’s line of Axially-Compliant (AC) Deburring Tools, also known as Speedeburr TM, are a patented family of robust, high-speed, low-weight air tools with a floating rotary cutting burr for edge-deburring and chamfering of aluminum, plastic, steel, etc. with a robot.

                        While spinning at high speeds, a rotary cutting burr or file (tungsten carbide, PCD, or CBN coated cutting burr) rides on a cushion of air that provides compliance while maintaining a constant force. Because the rotary burr has a 45° cutting angle, the compliance is both lateral and axial. This patented force control system provides a very high stiffness in the path direction and a low stiffness in the contact force direction that prevents chattering (a common problem with robotic deburring). Due to the extremely low inertia of the cutting burr, Axially-Compliant Deburring Tools can quickly deburr parts, greatly reducing cycle time.

                        AC Deburring Tools maintain a consistent deburring result from part-to-part. The floating head design reacts quickly to any variances in part position or robot path. As a result, robot programming time can be reduced by up to 75%.
                          • AC-90

                          • Weight: 0.508 kg
                            Max Burr Compensation: 4.1 mm
                            Recommended Burr Compensation: 2 mm
                            Axial Force Range: 0.89 N - 25 N
                            Cutting File Surface Speed: 7.6 m/sec - 11 m/sec
                            Air Consumption: 6.6 l/s (at 5bar)
                            Cutting File Rotation Speed: 18000 - 25000 rpm
                          • AC-180

                          • Weight: 0.508 kg
                            Max Burr Compensation: 4.1 mm
                            Recommended Burr Compensation: 2 mm
                            Axial Force Range: 0.89 N - 25 N
                            Cutting File Surface Speed: 7.6 m/sec - 11 m/sec
                            Air Consumption: 6.6 l/s (at 5bar)
                            Cutting File Rotation Speed: 18000 - 25000 rpm
                        • Axially-Compliant Finishing Tools

                        • ATI's Axially Compliant Finishing Tool, also known as VersaFinish, is a robust, low-speed, high-torque air tool with an axially floating spindle, suitable for a multitude of robotic and non-robotic material finishing operations on aluminum, plastic, steel, etc.

                          The rotating spindle is equipped with a 3/8” chuck for holding customer-supplied tools. These may include, but are not limited to, abrasive brushes, wire brushes, sanding disks, polishing points, and chamfering tools. While spinning at low speeds the customer's tool is pushed against the workpiece using an adjustable air supply to control the contact force. This constant pneumatic force allows the spindle to respond axially to changes in part profile. The force control system provides very high stiffness in the path direction and a low stiffness in the contact force direction.

                          Optional sensing devices are available to detect the position of the spindle and monitor its speed for process development. The floating head design reacts quickly to any variances in part position or robot path. As a result, robot programming time can be reduced by up to 75%.
                              • ACT-390

                              • Weight Total (without adapter):3.29 kg
                                Compensation (axial): 15 mm max. axial, ±7.6 mm recommended
                                Compliance Force: 14 N - 74 N @ supply pressure of 0.34 bar - 4.1 bar
                                Motor: Air Motor, vane type
                                Idle Speed / Working Speed: 5600 rpm / 2600 rpm
                                Power: 0.52 hp at 2600 rpm
                                Torque (max. power): 1.4 Nm
                                Torque (starting/stall): 2.7 Nm
                                Spindle Air Pressure: 6.2 bar maximum
                                Air Consumption: 9 l/s
                          • Compliance Devices

                          • Compensates for misalignment during assembly applications.
                            ATI offers three unique compliance compensators that allow your workpieces to operate more reliably in tight alignment tolerances with less effort required to design. This will save both time and money, and reduce downtime. 

                            What is as Compensator?

                            A Compliance device automatically compensates for part positioning errors, fixture misalignments, and variances in part tolerances. Compliance devices are used in automated assembly, bin picking, loading and unloading machines, robotic finishing, and more. 
                              • 9116-001-A

                              • C of C: 23 mm
                                Tension: 22 N
                                Lateral: 6.7 N
                                Compression: 360 N
                                Cocking: 3.4 Nm
                              • 9116-111-B

                              • C of C: 120 mm
                                Tension: 44 N
                                Lateral: 8.9 N
                                Compression: 1300 N
                                Cocking: 5.1 Nm
                              • 9116-112-B

                              • C of C: 69 mm
                                Tension: 44 N
                                Lateral: 8.9 N
                                Compression: 530 N
                                Cocking: 5.1 Nm
                              • 9116-113-B

                              • C of C: 61 mm
                                Tension: 80 N
                                Lateral: 27 N
                                Compression: 1300 N
                                Cocking: 7.9 Nm
                              • 9116-211-A

                              • C of C: 140 mm
                                Tension: 53 N
                                Lateral: 8.9 N
                                Compression: 1300 N
                                Cocking: 6.8 Nm
                              • 9116-211-B

                              • C of C: 150 mm
                                Tension: 53 N
                                Lateral: 8.9 N
                                Compression: 1400 N
                                Cocking: 7.3 Nm
                              • 9116-211-C

                              • C of C: 150 mm
                                Tension: 110 N
                                Lateral: 18 N
                                Compression: 2700 N
                                Cocking: 14 Nm
                              • 9116-212-A

                              • C of C: 81 mm
                                Tension: 62 N
                                Lateral: 8.9 N
                                Compression: 620 N
                                Cocking: 6.8 Nm
                              • 9116-212-B

                              • C of C: 91 mm
                                Tension: 62 N
                                Lateral: 8.9 N
                                Compression: 710 N
                                Cocking: 7.3 Nm
                              • 9116-212-C

                              • C of C: 86 mm
                                Tension: 120 N
                                Lateral: 18 N
                                Compression: 1300 N
                                Cocking: 14 Nm
                              • 9116-213-A

                              • C of C: 74 mm
                                Tension: 98 N
                                Lateral: 27 N
                                Compression: 1300 N
                                Cocking: 8.5 Nm
                              • 9116-213-B

                              • C of C: 81 mm
                                Tension: 98 N
                                Lateral: 27 N
                                Compression: 1400 N
                                Cocking: 9 Nm
                              • 9116-213-C

                              • C of C: 79 mm
                                Tension: 200 N
                                Lateral: 53 N
                                Compression: 2700 N
                                Cocking: 18 Nm
                              • 9116-413-C

                              • C of C: 230 mm
                                Tension: 200 N
                                Lateral: 27 N
                                Compression: 2700 N
                                Cocking: 40 Nm
                              • 9116-413-D

                              • C of C: 230 mm
                                Tension: 390 N
                                Lateral: 53 N
                                Compression: 5400 N
                                Cocking: 79 Nm
                            • ATI's Collision Sensor Saves Valuable Robotic Tooling

                            • The ATI Collision Sensor with standard auto reset. Because downtime is never an option.

                              The Protector is ATI Industrial Automation's patented robotic collision sensor designed to prevent costly damage to robotic end-effectors resulting from robot crashes. The Protector's features include: automatic reset, high repeatability, large moment rotation, rugged design and low cost.

                              What is a Robotic Collision Sensor?

                              Robotic end-effector or device that can detect a crash before or during a collision of the robot or its tool. Also known as the “Protector”, ATI’s Collision Sensor sends a signal back to the robot controller before or during a collision to have the robot avoid or stop the collision. Robotic crash protection devices are Collision Sensors that detect the collision during the crash. A Collision Sensor is also known as a robot safety joint, robot overload protection device, crash protection device, quickstop (trademark of Applied Robotics), robot safety mount, robotic clutch, or robotic collision protector.

                              For the specifications below:
                              * At a pressure of 90 psi
                              **In a pressure range of 20-90 psi
                                • SR-48

                                • Angular Displacement: ±13°
                                  Torsional Displacement: ±20°
                                  Axial Displacement: 5.1 mm
                                  Max. Air Pressure Setting: 6.2 bar
                                  Weight: 0.249 kg
                                  Moment Break-Away **: 2.3 Nm - 6 Nm
                                  Torque Break-Away *: 6.9 Nm
                                  Axial Break-Away *: 440 N
                                • SR-61

                                • Angular Displacement: ±11°
                                  Torsional Displacement: ±20°
                                  Axial Displacement: 5.6 mm
                                  Max. Air Pressure Setting: 6.2 bar
                                  Weight: 0.318 kg
                                  Moment Break-Away **: 6.8 Nm - 28 Nm
                                  Torque Break-Away *: 24 Nm
                                  Axial Break-Away *: 880 N
                                • SR-81

                                • Angular Displacement: ±13°
                                  Torsional Displacement: ±25°
                                  Axial Displacement: 8.6 mm
                                  Max. Air Pressure Setting 6.2 bar
                                  Weight: 0.581 kg
                                  Moment Break-Away **: 14 Nm - 59 Nm
                                  Torque Break-Away *: 61 Nm
                                  Axial Break-Away *: 1700 N
                                • SR-82

                                • Angular Displacement: ±13°
                                  Torsional Displacement: ±25°
                                  Axial Displacement: 8.6 mm
                                  Max. Air Pressure Setting: 6.2 bar
                                  Weight: 0.581 kg
                                  Moment Break-Away **: 14 Nm - 59 Nm
                                  Torque Break-Away *: 61 Nm
                                  Axial Break-Away *: 1700 N
                                • SR-101

                                • Angular Displacement: ±12°
                                  Torsional Displacement: ±25°
                                  Axial Displacement: 10 mm
                                  Max. Air Pressure Setting: 6.2 bar
                                  Weight: 1.18 kg
                                  Moment Break-Away **: 27 Nm - 120 Nm
                                  Torque Break-Away *: 130 Nm
                                  Axial Break-Away *: 2700 N
                                • SR-131

                                • Angular Displacement: ±10°
                                  Torsional Displacement: ±20°
                                  Axial Displacement: 12 mm
                                  Max. Air Pressure Setting: 6.2 bar
                                  Weight: 2.31 kg
                                  Moment Break-Away **: 76 Nm - 340 Nm
                                  Torque Break-Away *: 310 Nm
                                  Axial Break-Away *: 4700 N
                                • SR-176

                                • Angular Displacement: ±10°
                                  Torsional Displacement: ±20°
                                  Axial Displacement: 16 mm
                                  Max. Air Pressure Setting: 6.2 bar
                                  Weight: 5.44 kg
                                  Moment Break-Away **: 180 Nm - 810 Nm
                                  Torque Break-Away *: 850 Nm
                                  Axial Break-Away *: 8900 N
                                • SR-221

                                • Angular Displacement: ±8°
                                  Torsional Displacement: ±20°
                                  Axial Displacement: 16 mm
                                  Max. Air Pressure Setting: 6.2 bar
                                  Weight: 11.4 kg
                                  Moment Break-Away **: 440 Nm - 2850 Nm
                                  Torque Break-Away *: 1500 Nm
                                  Axial Break-Away *: 14000 N