Cincoze, the Taiwan-based industrial computing manufacturer, has unveiled a new DIN-rail computer aimed at meeting rising demand for real-time machine-vision processing on factory floors.
The MD-3000 series, the flagship of the company’s Machine Computing – Magnet line, is designed to serve as the “real-time brain” of automated production, analysing images and sensor data to guide equipment in tasks such as bin picking, inspection, and high-precision measurement.
The system is built around Intel Core desktop-grade processors and is intended to offer high-speed, low-latency computation for vision-driven processes. Cincoze highlights four selling points: performance, modular expansion, compact design – it is 150 mm high – and a DIN-rail mounting system that incorporates the company’s patented Dynamic Thermal Mechanism and Smart OTP over-temperature protection. The company says demand from smart-manufacturing integrators has been strong since launch.
In materials-handling applications, where 3D vision and AI algorithms enable robotic arms to identify and pick parts, the MD-3000 can be fitted with 14th-generation Intel Core CPUs rated between 35W and 65W. The company says this allows real-time image recognition and trajectory control, while front-facing access to interfaces is intended to ease installation and maintenance in cabinet-based systems.
Quality-control systems are another target. Automated appearance-inspection equipment typically deploys high-resolution cameras and deep-learning models to detect defects or labelling errors. Cincoze’s modular design allows customers to choose between two, four, or six expansion slots and to mix more than a dozen function modules, including PoE, additional I/O, M.2 slots, and 2.5-inch storage options. The compact footprint brings the unit close in size to a PLC, helping integration into space-constrained inspection stations.
For dimensional and precision-measurement uses, where 2D or 3D vision systems must evaluate large volumes of geometric data, the MD-3000 offers optional wireless modules such as WiFi, GSM, and GNSS for uploading measurement results to central systems. The unit meets a range of rugged industrial specifications – including operation between −40°C and 65°C, 9–48V DC input, and EMC standards EN 61000-6-2 and 6-4 – to ensure stable performance in environments with vibration, heat, or electromagnetic interference.
Cincoze, which focuses on embedded systems for Edge computing and AIoT deployments in harsh environments, also produces rugged PCs, industrial panel PCs, monitors, and embedded GPU systems for markets including manufacturing, transport, energy, and logistics.
