Advanced Sensing Solutions for High-Performance Manufacturing Machinery

Modern manufacturing is profoundly transforming toward enhanced automation, precision, and safety. Advanced sensing technologies are crucial for optimizing the performance of manufacturing machinery. Interface’s load cells, torque transducers, and wireless systems are helping to drive this industrial evolution.

As highlighted in our latest case study, “Sensor-Driven Advancements Optimize Manufacturing Machinery,” those in manufacturing focused on achieving peak machinery performance through precision measurements increasingly turn to Interface for solutions. They rely on Interface to provide high-accuracy measuring devices that seamlessly embed precision and unwavering reliability into their mission-critical machinery’s fundamental design and operation. The impact directly contributes to enhanced machinery optimization.

For manufacturers, engineers, and machine builders who are driving improvements in machinery performance, ensuring the highest levels of safety in their increasingly automated operations is essential. Strategically integrating Interface’s cutting-edge sensing technologies throughout the machinery lifecycle optimizes their equipment and processes. Advanced sensing technology forms the foundation for future innovation within the dynamic manufacturing sector.

Interface’s products are used to evaluate machine tool performance meticulously, optimize the functionality of complex robotic systems, ensure the accuracy of essential press operations, and significantly streamline assembly line processes. This ultimately leads to considerable gains in overall production efficiency, reduced waste, and enhanced safety in operating this machinery.

Interface’s comprehensive portfolio of high-performance LowProfile load cells, Mini load cells, rotary and reaction torque transducers, and versatile 2, 3, and 6-axis sensors is considered standard in manufacturing modernization. Our rugged load pins, load shackles, advanced data acquisition systems, and instrumentation complement this assortment. These sensor technologies are now regarded as essential components for meticulous development, rigorous testing, and efficient operation of industrial machinery across various demanding manufacturing environments.

Modernizing Manufacturing Machines Through Diverse Sensing Applications

Traditional manufacturing systems, often lacking seamlessly integrated sensing capabilities, struggle to address these increasingly complex demands for optimal machinery performance effectively. This frequently results in inherent operational inefficiencies, significant underutilization of automation’s full potential, accelerated wear and tear on critical tooling, and unacceptably heightened safety risks for on-site personnel.

The versatility of advanced force sensing technology extends across a wide array of critical manufacturing applications, providing invaluable data for optimization and control. Some key areas where these sensors are instrumental in enhancing manufacturing equipment and machine functions include:

• Process control and automation to ensure the consistent and accurate execution of tasks in automated machinery
• Quality assurance and testing for verifying the performance and integrity of the manufactured goods and machinery
• Safety and overload prevention for monitoring forces to prevent equipment damage and ensure operator safety
• Development and testing to provide precise data for designing and optimizing new manufacturing machines, equipment, technologies, and processes
• Predictive maintenance for detecting subtle changes in force, torque, or weight patterns that may indicate impending equipment failure in machinery

Addressing the Evolving Challenges of Modern Manufacturing Machinery

The intricate global manufacturing landscape, a vast ecosystem comprising over 21 million enterprises spanning diverse industries from automotive giants to cutting-edge microelectronics, presents a complex and constantly evolving array of challenges. Machine builders are continuously faced with the imperative to implement dependable and highly accurate test and measurement systems to adapt effectively to the ever-shifting dynamics of modern manufacturing production and ensure optimal machinery output.

A paramount challenge lies in achieving peak machine performance while proactively safeguarding against potentially catastrophic and costly damage. Without the critical insights of precise force feedback, manufacturing processes become inherently vulnerable to significant and disruptive periods of unplanned downtime of crucial machinery. Relying on inaccurate measurements can lead to a substantial and avoidable escalation in tool replacement expenditures and, more alarmingly, can severely compromise personnel safety due to insufficient machine control and operational oversight of automated equipment.

Interface Delivers Solutions to Raise the Limits on Manufacturing Performance

Interface provides advanced solutions that rigorously adhere to demanding design specifications and meticulously validate real-world performance under the most challenging conditions. Here are specific examples of how Interface technology is being effectively implemented to drive significant improvements in manufacturing operations and optimize machinery:

Enhancing Precision in Robotic Grinding and Polishing

Integrating robots for tasks like grinding and polishing various materials demands precise control over the applied force to achieve consistent quality and prevent damage to the robotic apparatus. Interface’s advanced 6A40A 6-Axis Load Cell, strategically mounted between the robot’s flange and the grinding tool, provides comprehensive real-time data on all six force and torque components (Fx, Fʏ, Fz, Mx, Mʏ, Mz). This detailed information is seamlessly relayed to the high-performance BX8-HD44 Data Acquisition system and analyzed using our intuitive BlueDAQ software. The system visualizes and logs this critical data, transmitting scaled analog output signals directly to the robot’s control system. This enables dynamic adjustments to the applied force, improving surface finishes and reducing material waste while protecting the robot’s operational integrity. Get more insights here: Robotic Grinding and Polishing.

Optimizing Material Feed in Automated Systems

Maintaining a consistent and straight feed of materials is paramount in automated production lines to ensure high throughput and stringent quality standards. Manufacturers can gain precise insight into the forces acting on the material by deploying two robust PBLC Pillow Block Load Cells at opposing ends of a feed roller. These load cells are seamlessly connected to the versatile WTS-AM-1E Wireless Strain Bridge Transmitter, which wirelessly transmits the force data to the WTS-BS-6 Wireless Telemetry Dongle Base Station and the portable WTS-BS-1-HA Wireless Handheld Display. This wireless system allows operators to continuously monitor and fine-tune the feed roller performance, minimizing material slippage, reducing errors, and ultimately enhancing the quality of the finished products produced by the machines. Learn more here: Feed Roller System.

Ensuring Accuracy in Press Forming Operations

In metal forming processes, such as bending and shaping steel or aluminum using large presses, precise control over the applied force is crucial for achieving desired shapes and maintaining dimensional accuracy of the formed parts. The highly reliable 1000 High-Capacity Fatigue-Rated LowProfile™ Load Cell is ideally suited for this application. Installed beneath the press, it accurately measures the force exerted during forming. The data is then transmitted to the user-friendly INF-USB3 Universal Serial Bus Single Channel PC Interface Module, which provides real-time monitoring and comprehensive logging of the press force. This detailed force data enables manufacturers to ensure consistent quality, identify potential issues early in the production cycle, and maintain complete traceability for quality control of the press-formed components. Read more here: Press Forming and Load Monitoring, or watch the application note below.

Integrating Interface’s advanced force sensors has proven to provide measurable efficiency, waste reduction, and safety improvements in manufacturing machinery. Precision measurements provide critical sensing intelligence, paving the way for the future of intelligent and autonomous manufacturing machines, systems, and equipment. Contact us to learn more about Interface’s products for machines and manufacturing optimization.

Sensor-Driven Advancements Optimize Manufacturing