装配调试 - 辽宁东泰

DT

ASSEMBLY AND COMMISSIONING

We are technically advanced in product assembly and debugging. The company employs advanced processes and high-precision equipment to accurately assemble each component and strictly calibrate them, ensuring that product performance and quality meet industry standards and customer requirements. Meanwhile, we offer offline physical simulation services. With the help of professional simulation software and equipment, we conduct simulation and analysis of the assembly process and operational status, identify potential problems in advance, optimize solutions, reduce on-site debugging time and costs, and efficiently deliver high-quality automation equipment solutions.

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PRECISION EQUIPMENT

With our outstanding technical capabilities, we provide customers with precise and efficient assembly services. The company is equipped with advanced high-precision assembly equipment, and the assembly process strictly adheres to international standards and industry norms for fine calibration and installation of components. By introducing an intelligent assembly system that integrates machine vision and automated control technologies, we monitor and dynamically adjust the assembly process in real time, ensuring high precision and stability in product assembly. This effectively reduces assembly errors and meets customers' stringent requirements for high-precision automated equipment.

Offline Physical Simulation Service

Our offline physical simulation service brings innovation to the R&D and production of automated equipment. Using advanced simulation software, we create a 1:1 virtual equipment model and operating scenario, accurately replicating the real production line in a virtual environment. During the product design phase, we simulate the assembly process to precisely analyze the fit of each component and preemptively avoid assembly issues; we also simulate equipment operation to test performance under different working conditions and optimize parameters. This service significantly reduces the development cycle, lowers debugging costs and on-site risks, and ensures stable and efficient operation of the equipment after delivery.