Machsync

MachSensing® is a smart tool holder produced by Machsync that has high-precision sensing capabilities and can adapt to the high-speed rotation of cutting operations. It can even transmit collected data through wireless communication in harsh environments, such as high temperatures and humidity, providing users with real-time machining status and subsequent analysis.

Pro-micron, exclusively represented by Machsync, is a sensor company located in Bavaria, Germany, focuses on wireless sensing devices for machine tool cutting measurement, automated production, the food processing industry, building sensors, etc. Under the dynamic motion, the sensor is installed on the moving part to provide a wireless sensing solution, so it can measure the real dynamic force and temperature that were difficult to know in monitoring and research in the past, achieve the most direct measurement characteristics, and meet the requirements of European Industry 4.0 Develop the need for comprehensive measurement technology.

Any sensor, such as smart cutting tool, smart cutting, accelerometer, strain gauge, temperature sensing, encoder, and many electric machinery characteristics can be effectively and comprehensively analyzed depending on the overall physical characteristics of each processing machine on the production line and accurately measure various anomalies and optimization levels of the production line equipment in the cutting process.

The design of MR2 hardware-in-the-loop has won the invention patent, which greatly improves the user's experience and assists engineers, researchers, and students who are engaged in the design and development of motor drive controllers can quickly get started in a short time. Board (Starter Kit), or connect to the controllers produced by various companies, just needed five simple steps, you can get started immediately, no knowledge of physical modeling is required, and the interface is simple and intuitive.

Many part structures that are difficult to manufacture using traditional machining methods can be designed through special additive manufacturing to achieve more flexible and creative designs. Our services can precisely match parts to advanced manufacturing-related equipment under special projects, and calculate the cost effect of a virtuous circle.