For rotating machines such as motors and reducers, vibration sensors are built, and the Prognosis Monitoring System (PMS, Prognosis Monitoring System) is introduced to perform real-time monitoring and fault diagnosis of the machine, and provide Web pages for monitoring and early warning at any time.

With abundant practical experiences in production automation planning and in production improvement, Prefactorech provides AGV system solutions for customers in accordance of their actual demands in production, so as to assist customers and fulfill automated and flexible production. The GreenTrans Corporation benefits from its location advantage, is fully capable of providing quality and rapid services in China. Automatic Guided Vehicle is your best choice for transport equipment.

Automation solution combined with shuttle & forklift AGV makes a 5,500+ pallets capacity, running SAP, Hong Kong client use less staffs (from 20+ to 7), also increase productivity.

Visual Components 4.0 has many intelligent models, including industrial robots, conveyor, logistics system, 3D model database. It can be imported large size and complex shapes model. Engineers can quickly plan or design the whole factory. Engineers can verify and analysis the factory in virtual world.

The “plug and play” function of the Visual Components 4.0 is very useful. Let Engineers quickly and easily done a project in short time. Engineers can use for robotic or logistics simulation. It’s an essential tool for planning automation and process.

GOOD TECH INSTRUMENTS offers VMS®- ML to detect real-time equipment motion and automatically track the target signal. This applies to real-time monitor of the production equipment's health condition and product quality. While equipment works abnormally, parts wear, control parameters are abnormal, the system will trigger alerts immediately and record the decline trend as a maintenance reference to achieve predictive maintenance and prevent production line losses.

The industrial inspection module that combines machine vision and artificial intelligence can be applied to highly reflective (such as curved metal) and highly trans-missive objects (such as curved glass) to improve the detection accuracy of AOI equipment.

During the process of introducing MES into the company, our continuous focus is on the effective use of the software by all personnel.

Chroma i-Learning provides comprehensive training courses for the functions and operation of each software module. The online learning platform creates training plans for all levels of personnel for them to learn effectively, regardless of geographical or other constraints. The complete online test functionality ensures the successful use and implementation of the technology throughout the entire enterprise.Whether it is for personnel on the production line, or for equipment maintenance and calibration, and whether the company already has integrated or plans to introduce Sajet MES, Chroma i-Learning will ensure that teams and entire enterprises are effectively trained in the MES technology.

Core learning audiences:

• Management staff:instant checks of individual learning processes

• QA staff:modules related to QA (quality assurance)

• Production line staff:processes for system operation

• Information staff:software development and maintenance training

The Dimension-Weight-Scan DWS system implements high-resolution smart code reading camera, laser 3D camera, and dynamic weighing module to accomplish the data collection for the three major information including barcode, weight and volume. The system implements with the factory's existing sorting equipment to establish fully automated processes and improve production efficiency and data accuracy.

Multidimentional Object Recognition System , MORS, recogizes the model name of the unlabeled workpiece by comparing the feature of it with features of models stored in the cloud server. By MORS , the information of corresponding programes or process line of the workpiece could be obtained automcatically even if no labels on it and no operaters involved. Besides an edge computer to generate feature profile, MORS uses one or multiple laser measuring units equipted on the delicated machine to collect essential data.

The state of cutting tool is monitored instantly by means of vibrating signals produced by the main shaft of the machine or the working environment during cutting operation and single difference factor is derived with the patented 1technology. The difference factor can be used to judge life and abnormal damage of the cutting tool instantly and easily.

Image recognition and AI data collection can, in real time, compare the difference between actual working hours and standard working hours, identify bottlenecks, and trace pain points. For our customers, we can execute SOP compliance by ensuring completion of all steps, create immediate warning systems for mistakes, and provide quality monitoring.

The new generation of MES is the core system of automatic factories that not only retains the existing service range but also covers the functions of CIM, EAP, equipment connectivity and integrating robotic arms to meet the objective factory automated control by gaining massive data analysis in real time to improve the product quality and customer satisfaction as well as to reduce the production cost and maximize the benefit of enterprise.

The only one solution in Taiwan can achieve fluid real-time imaging analysis.
Different from the signal source, it can identify semi opaque particles and air bubbles with irregular boundary lines.We can accurately display the particle shapes and one-by-one counting without missing every single particle.

Equipment Data Smart Extractor, DEX-100 is the VGA port on PC Controller, provide Interface cross all PC generations.