In material testing, precision, repeatability and data reliability are fundamental requirements. With Quantum Mate, Galdabini introduces a new generation of testing systems that integrates collaborative robotics and intelligent software into one compact solution. A technological evolution designed to elevate laboratory automation, improving operational efficiency and ensuring consistent data quality.
In recent years, testing laboratories—both in research and development and in quality control environments—have experienced a significant increase in testing volumes and regulatory requirements. The need for full data traceability and reduced operational variability makes fully manual processes increasingly challenging.
Automation is no longer simply a technological upgrade; it is a strategic decision. It enhances repeatability, reduces the risk of human error, optimises testing time and allows skilled personnel to focus on higher-value activities such as data analysis and material development.
Quantum Mate was developed precisely with this objective: to provide laboratories with a solution that combines efficiency, safety and complete process control without compromising operational flexibility.
Quantum Mate is a next-generation testing machine designed to automate mechanical testing according to the highest quality standards. Its uniqueness lies in the integration of a Quantum or Quasar testing machine with a 6-axis collaborative robot, all managed through a single intelligent software platform.
Rather than simply adding a robotic unit to an existing system, Quantum Mate represents a fully integrated ecosystem in which hardware and software operate in complete synergy. The collaborative robot manages specimen loading and unloading, while the testing machine performs the test automatically, ensuring structured and continuous data management.
A key advantage is full compatibility with the entire Quantum and Quasar series. This enables easy automation upgrades even on existing installations, without redesigning the laboratory layout.
Quantum Mate guarantees maximum integration, flexibility and operational continuity, making advanced automation accessible to laboratories seeking a gradual and cost-effective upgrade.
Quantum Mate delivers measurable benefits in everyday laboratory operations. One of its most important features is unattended operation: the system can perform testing cycles autonomously, without constant operator supervision. This allows laboratory staff to dedicate time to higher-value tasks and improves overall productivity.
Another distinctive aspect is collaborative safety. The 6-axis robot is equipped with advanced safety functions that stop movement immediately upon minimal contact. This ensures a safe working environment without the need for protective fences or safety cages, simplifying installation and reducing costs.
Despite the presence of collaborative robotics, the system remains compact. When the cobot is not in operation, it does not interfere with the workspace, allowing the machine to function as a stand-alone testing system if required.
From an operational standpoint, Quantum Mate includes a QR code reader for full specimen traceability and a measurement station that further automates and enhances testing accuracy. All information is precisely associated with each individual specimen, ensuring consistency and control of data.
The plug-and-play installation on existing machines is particularly appreciated by laboratories. No layout modifications are required, making automation a practical and economically accessible investment compared to traditional robotic systems.
Quantum Mate automates mechanical testing according to internationally recognised standards.
For plastics, the system supports tensile tests in compliance with ISO 527 (Type 1A, 1B, 1BA, 5A) and ASTM D638 (Type I, II, IV), as well as flexural tests according to ISO 178 and ASTM D790. These tests are essential for evaluating the mechanical properties of polymers used in industries such as automotive, packaging, medical devices and consumer goods.
For metals, Quantum Mate is suitable for tensile testing according to ISO 6892 (Type 1 & 2) and ASTM E8, key standards for determining the mechanical characteristics of metallic materials in industrial applications.
This versatility makes the system ideal for both research and development laboratories and production environments requiring continuous quality monitoring.
With Quantum Mate, Galdabini takes a decisive step towards the next generation of automated testing laboratories. The combination of collaborative robotics, intelligent software and full digital integration represents a concrete evolution in the way mechanical testing is performed.
Automation is not treated as a separate add-on but as an integral part of the testing system, enhancing productivity, safety and data quality simultaneously.
In an industrial landscape where efficiency and traceability are critical, Quantum Mate provides laboratories with a forward-looking solution—technologically advanced, economically sustainable and fully compliant with international standards.
