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The medical devices and pharmaceutical industries in our country have experienced rapid growth from small to large in recent years. They have become industries with a comprehensive range of products, enhanced innovation capabilities, and strong market demand. Particularly in recent years, the medical devices industry has continuously developed automation to improve production efficiency and accuracy. In particular, pharmaceutical companies must strive to achieve and maintain high levels of automation while ensuring production safety, reliability, and consistency.
Currently, many medical devices and pharmaceutical companies have collaborated with Eysenck. Eysenck's various types of weighing, force measurement, and torque sensors are widely used in medical equipment and production processes. Eysenck's measurement and control range includes monitoring oxygen levels in oxygen tanks, bed weighing and lateral alarm systems, infusion pump thrust monitoring, precise monitoring of robotic surgical tools, tension and grip monitoring in limb rehabilitation, pharmaceutical compounding, and precision packaging. Particularly in the areas of medication dispensing and drug packaging, Eysenck ensures the safety, reliability, and consistency of pharmaceutical production. The safety, accuracy, completeness, and traceability of drug-related information can be recorded, stored, traced, and retrieved.
With the development of industrial automation and intelligent technology, the advancement of industrial robots has become particularly remarkable. Currently, robots have been widely implemented in various fields such as material handling, machining, assembly lines, welding, and painting through numerous project applications. The ability of robots to replace manual precision operations lies in the presence of a complete and accurate sensing and control system.
Eysenck's multidimensional force sensors, including 2D force, 3D force, and 6D force sensors, as well as force sensors of various diameters (compression, tension-compression), torque sensors, and non-standard force sensors, are widely used in robotics systems across a range of industries such as aerospace technology, automotive components, rail transportation, consumer electronics, food and life sciences, warehousing logistics, rubber and plastics, solid wood processing, forging and casting, metal processing, and other non-standard automation applications. These sensors provide crucial technical support in improving the precision and continuous motion accuracy of robot operations.
Eysenck's sensors have extensive applications in various types of robotic operations, including material handling robots (palletizing, loading and unloading, picking, packaging, etc.) and production machining robots (cutting, grinding, polishing, engraving, assembly, welding, etc.). For instance, in the assembly of components involving shafts and holes, where there may be tolerance errors, robots need to exhibit flexibility in their movements. Active compliance is achieved by adjusting the robotic hand's actions based on feedback from the sensors, allowing for precise and flexible movements. The passive compliance uses mechanisms without power to control the gripper's motion, compensating for its positioning errors.
In order to increase production capacity, improve quality, reduce consumption, and ensure safety, industrial control automation in China has been continuously advancing. Both automation measurement and control hardware (sensors, controllers, control instruments, etc.) and automation control software have been rapidly developing. Eysenck Measurement and Control specializes in providing comprehensive automated measurement and control instruments and complete control solutions. Force monitoring in automated production processes includes various applications such as force detection in assembly processes (press-fitting force, riveting force), force monitoring in cutting processes, torque monitoring, and insertion and extraction force detection in mobile phone and accessories manufacturing. Furthermore, it covers applications such as force testing in headphone jack insertion and extraction, spring force testing, automation monitoring in injection molding machines, automated sorting and automated batch weighing and packaging in production assembly lines.
