RAINFE - Version TDM3000 -Digital Testing Business Platform

The TDM3000® system is applicable to product testing and inspection processes in equipment manufacturing industries such as aviation, aerospace, shipbuilding, electronics, automotive, rail transportation, and heavy machinery. It covers objects such as aircraft, radar, ships, vehicles, wind tunnels, engines, locomotives, machinery, and electronic equipment; and specializes in areas such as electrical testing, telemetry, aerodynamics, mechanics, performance, structure, strength, load, electromagnetic compatibility, and reliability.

• Full coverage
  Manage the entire lifecycle of collaborative experiments involving multiple professional departments and disciplines to achieve precise execution, analysis, transmission, and data mining.
• standardization
  Adopting advanced technologies, implementing TODS standards in the testing field, and closely aligning with domestic testing business needs.
• efficient management
  Based on the field data acquisition system, unified management of industrial control network, test network test operations and data is perfectly realized, supporting data classification, indexing, and maintenance of data relationships.
• High-efficiency collaboration
  It provides collaborative mechanisms across multiple levels, including personnel, tasks, processes, and equipment, and emphasizes knowledge collection and reuse during the experiment.
• AI intelligence
  Intelligent interpretation and analysis evaluation technology for experiments, along with the introduction of user-defined algorithm technology into algorithm containers, enable automated, intelligent, and objective experiment analysis and evaluation.
• Knowledge accumulation
  A knowledge base is built based on technologies such as knowledge mapping, intelligent association, intelligent push, behavioral analysis, and knowledge mining to help enterprises establish a stable and sustainable knowledge accumulation architecture supported by IT.

• It has data management functions for the experimental process and results, covering the four major processes of experimental preparation, execution, analysis, and evaluation.
• Supports connection to various data acquisition devices, test boards, video devices, and storage devices to build a multimedia hardware network for testing.
• Supports the digitization of testing equipment, eliminates information silos, and records testing processes with various information types.
• Provides a four-tier architecture for collaborative management of experimental operations, encompassing institutes, departments, and testing facilities.
• Provides a convenient, simple, and efficient field data acquisition system
• Provides management of experimental resources including warehousing, reservation, scheduling, statistics, maintenance, scrapping, and production scheduling.
• Establish an open data analysis and processing platform, providing professional engineering algorithms, open algorithm extensions, and automatic interpretation of detection data, supporting professional processing of ultra-large data sets (single data files exceeding 2GB).
• Supports defining test processing report templates, referencing data from the database, and automatically generating Word format test reports.
• Support effective management and control of test personnel, test processes, and test equipment.
• Rapidly build and configure system components using a visual DMT modeling tool.