ATI Industrial Automation Products
ATI Industrial Automation Products
ATI industrial automation equipment has a wide range of options to choose from. These range from CRX-Ready End-Effector Kits to QC-29 Robotic Tool Changer.
QC-29 Robotic Tool Changer
ATI Industrial Automation is an industry leader in developing robotic accessories. They offer a full line of tool changers, multi-axis force/torque sensing systems, and compliance devices. In addition to their line of robotic arm tools, ATI also develops manual and automatic tool changers, utility couplers, robotic deburring tools, and more. They also develop robotic collision sensors.
ATI is an Apex, NC company, and has more than 350 employees worldwide. They have been in business since 1989. They were acquired by Novanta in July of this year, for $172 million in cash. They may increase their purchase price if they reach certain financial goals in 2021. They are expected to generate more than 70 million in sales in 2021. ATI offers a multitude of options including the QC-29 robotic tool changer, the QC-48 tool changer, and the QC-80 tool changer. They also offer same day delivery for some parts. The QC-29 is the first ATI tool changer to make it to the mainstream. The QC-48 tool changer is a more cost effective alternative to the QC-29, bringing rugged technology to a 25-35 kg payload class.
ATI is also a pioneer in the world of multi-axis force/torque measuring systems. They are known for their high quality, reliable sensor and actuator solutions. They are also known for their superior customer service and support. Their robotic tool changers are a perfect fit for collaborative robot applications. The company’s patented Fail-Safe design provides secure attachment of end-of-arm tools (EOAT). The QC-29 also features the most impressive servo motor support of all the ATI Robotic Tool Changers.
CRX-Ready End-Effector Kits
ATI Industrial Automation is an industry leader in the development of robotic accessory products. In addition to end-effector products, the company offers an extensive line of standard tool changers for a variety of applications. These kits include everything necessary for installation and system connection. The kits include software and hardware for various applications and can be easily upgraded for new applications. ATI’s kits also include options for force sensing and material removal.
ATI Industrial Automation also provides CRX-Ready End-Effector Kits. These kits are configured specifically for FANUC’s CRX Series collaborative robot arms. These kits include everything required to get a CRX application up and running, including the end-effector and all software needed to connect the end-effector to the system. CRX-Ready kits are designed to increase flexibility, productivity, and productivity in collaborative robotic automation. The kits are configured with the proper force, compliance, and material removal options to ensure a complete system solution for collaborative robotic automation applications. These kits provide the optimal solution for part inspection, assembly, and surface preparation applications.
ATI Industrial Automation’s CRX-Ready End-Effector kits are ideal for collaborative robotic automation applications that require the flexibility and productivity of robotics. These kits feature robust options for force sensing, material removal, and automated tool changing. These kits provide a quick and simple way to increase the flexibility of collaborative robotic automation. They also offer a cost-effective option for applications that require high feed rates.
ATI Industrial Automation has released a new line of end-of-arm tooling kits that are compatible with FANUC’s CRX Series cobots. These kits include a QC-7 Robotic Tool Changer and an MC-10 Manual Tool Changer. The QC-7 Robotic Tool Changer offers a pneumatically actuated locking mechanism and five built-in air ports. The MC-10 Manual Tool Changer features a visual indicator, ergonomic design, and tactile click. These kits are available in a variety of configurations, with various features, including integrated Lock/Unlock sensors. The QC-7 Robotic Tool Changer also offers optional integration with ATI’s QC-9 Lock/Unlock sensors, which offer advanced automation capabilities. ATI’s QC-9 Lock/Unlock Sensors feature a large through-hole and bolt-down mounting pattern. These models are ideal for smaller automated applications. They offer high resolution for high-precision force measurement.
ATI Industrial Automation has developed an innovative, ultra-thin Mini43LP force/torque sensor. This sensor is less than eight millimeters in height and provides high-precision force sensing. It has a large through-hole, angled cable exit, and is designed for applications that require precise force sensing. The Mini43LP is ideal for applications that require low-cost, high-precision force measurement. It is suitable for applications with a payload of up to 10kg.
Mini43LP Force/Torque Sensor
ATI Industrial Automation, a subsidiary of ATI Technologies, has unveiled a new force/torque sensor in the Mini43LP line. This ultra-thin sensor offers high-precision force sensing, as well as a variety of features that make it particularly well suited to small automated applications. These include a svelte 8.5 mm width, a through-hole and a bolt-down mounting pattern. In addition to being highly scalable, the Mini43LP features an angled cable exit, making it ideal for applications that need to preserve the lifting power of end-of-arm tools.
The Mini43LP is designed to be an ideal sensor for a wide variety of robotic applications, from automated assembly to robo-manipulating tasks. It also provides users with the ability to optimize their work envelope. The sensor’s built-in electronics make it easy to connect to a robot controller. It also features a strain-gage-based torque measurement system and a micro-processor that makes it simple to measure and store data. Aside from its impressive features, the Mini43LP also boasts a high level of ruggedness, making it suitable for the harshest environments. In addition, it is compatible with all ATI communication interfaces, making it a perfect fit for any robot controller.
The Mini43LP’s other innovations include a large through-hole, which allows users to better accommodate a wide variety of robotic applications. It also features a bolt-down mounting pattern, ensuring that users can keep their robots in place when the job requires it. The sensor’s ultra-stiff, silicon strain gauges are the best of both worlds, providing overload protection while ensuring accurate measurements. In addition, the Mini43LP’s high-quality thermal sensor is positioned close to each strain gage, providing users with an accurate temperature reading. The sensor’s outputs are then processed to calculate coefficients that represent the temperature compensation equation.
The Mini43LP is a great way to increase the repeatability of assembly, research and product validation. Its impressive features also make it an ideal choice for small, delicate operations. In addition to the Mini43LP’s impressive performance, the sensor’s ultra-stiff design makes it ideal for applications that require precise force measurement in a tight work envelope. In addition, the Mini43LP’s angled cable exit and angled mounting pattern make it a perfect choice for applications that require a more compact sensor design. Designed to be used in conjunction with any ATI robotic controller, the Mini43LP’s innovative capabilities make it a good choice for customers looking to optimize their work envelope. This sensor also offers users the ability to measure the smallest of motions, which is a feat that many of its competitors simply cannot match.
0