Impaqt Robotics PQ90 Alternatives & Competitors

The pneumagiQ PQ180 is an innovative Universal Pneumatic EOAT (End-Of-Arm Tooling) Interface, designed to attach two pneumatic EOATs at a 180° offset, enhancing the flexibility and reach of robotic arms. This Red Dot Design Award-winning device for 2023 significantly boosts the operational capabilities of robots in various industrial settings by allowing them to perform more complex tasks with increased precision. The PQ180 is notably compact, weighing only 870 grams, and it incorporates a range extension feature of 200mm, effectively expanding the robot's reach and thereby optimizing machine utilization across a multitude of applications.

Crafted with the demanding environments of industrial automation in mind, the PQ180 boasts an IP66 rating, ensuring its durability and reliable operation even in harsh conditions. It is equipped with four sensor ports which facilitate the integration of sensors without the complexity of extensive wiring, streamlining the setup process. Furthermore, the PQ180’s design includes dual air blow-off ports, enhancing its utility by allowing for the easy cleaning of workpieces or equipment, thereby maintaining high standards of quality and cleanliness in operations.

Compatibility and ease of integration stand as key attributes of the PQ180, which supports direct connectivity to Universal Robots through URCap, and can also be used with a wide array of other robots, gantries, and custom machinery via Modbus RTU (RS-485). This universal compatibility is augmented by the option to use standard converters for adaptation to various communication protocols, ensuring that the PQ180 can seamlessly integrate into existing systems. The dual EOAT capability, combined with the device's innovative features and design, makes it an essential tool for enhancing efficiency in applications ranging from material handling to precision assembly in industries such as automotive, electronics, and more.

The pneuvaQ PV21 is a pioneering solution in the realm of robotics, offering a compact and integrated pneumatic and vacuum End-Of-Arm Tooling (EOAT) interface. Designed for versatility, it enables quick customization of EOATs that require both pneumatic actuation and vacuum gripping capabilities. This dual-functionality tool, weighing only 300 grams, is aimed at maximizing robot payload utilization, making it an ideal choice for applications demanding high efficiency and precision. The PV21 stands out for its ability to individually control two compressed air outlets in addition to providing a dedicated vacuum outlet, facilitating diverse operational needs within a single, streamlined unit.

Built to withstand the rigors of industrial environments, the PV21 features an IP54 rating, ensuring reliable performance in conditions where dust and water splashes are common. It simplifies the integration process with features like two sensor ports, which minimize the need for extensive wiring and promote a cleaner setup. The ability to connect directly to the tool I/O port of Universal Robots, as well as to other robots via Modbus RTU, underscores its universal applicability. This adaptability is further enhanced by its compatibility with standard converters for various communication protocols, including TCP/IP and IO Link, offering a broad spectrum of integration possibilities.

The pneuvaQ PV21 is distinguished by its thoughtful design, including built-in silencers for quiet operation and a status indicator for real-time monitoring of tool functionality and communication status. These features, combined with the unit's compact form factor and lightweight design, position the PV21 as a critical component for developers and integrators looking to deploy advanced robotic systems with mixed pneumatic and vacuum capabilities. Its practicality extends across multiple industries and applications, from sophisticated assembly and handling tasks in manufacturing to precise pick-and-place operations in packaging and logistics, providing a versatile and efficient solution for modern automation challenges.