Reduce production and manufacturing costs, improve product quality stability, improve production process monitoring and improve production delivery efficiency

Data collection and products traceability

Information on key materials, detection results, test data, maintenance, sampling, heavy work, etc. is collected in various ways for use throughout the productTraceabilityThe methods of collection include: terminal collections, such as DCT, DCN; PC collection; manual import of data files, collection of data such as: information on the attribution of work sheets, separation of work sheets, information on IQC, information on materials, information on materials, information on ingredients, information on good/bad goods, information on test data, information on maintenance, information on heavy work, information on serial numbers, information on packaging, information on ageing, information on entry into databases, information on exits, etc.

It's a procedure to prevent mistakes.

Control of unauthorized operations during production, material errors, site errors, unusual information alerts, etc. through the construction of production models. (b) Validation of authorized information, class, bar code, process, material information, completeness, usability, existence, conflict, production status, compatibility, etc.

Analysis of outputs

For the seven dimensions of the machine, product, work list, segment, production line, process, equipment, the movement of input output and the comparison of objects are analysed according to different time types, such as time, class, day, week and month, in order to trace problem points and improve direction. If it is found that the same product is produced on two lines and that the output of one line exceeds that of the other, the analysis of the reasons for the efficient production line becomes the focus, identifying areas of excellence and then promoting it.

Goodness analysis

For the seven dimensions of the machine, product, work plan, segment, production line, process, equipment, depending on the type of time, i.e., time, class, day, week, month, the negative rate, direct rate and M are analysed in order to trace the problem points and improve the direction of the different objects. If differences are found, they become the focus of analysis, identifying areas of excellence and then promoting them.

One-time pass rate

The high effective output of the production line is mainly based on a one-time pass rate. Effective output refers to good goods that can be sold to customers, and these are the products that manufacturing enterprises can profit from. A low pass rate would mean an increase in the back-to-work situation, with more effort being devoted to filling gaps in existing products rather than to the output of new products, which would result in higher cost inputs and lower outputs. As a result, a single validation rate is often the focus of quality control.

Maintenance gap analysis

Quick identification of deficiencies requiring priority improvement based on Plato principles and based on deficiencies and causes, deficiencies and shortcomingsSolutions:: Cross-analysing of deficiencies and locations, deficiencies and responsibility departments to identify effective improvements; post-plant salesServicesEffective management of quality-related issues in the process, after saleServicesSources of quality problems in the processTraceabilityQuality management is integrated throughout the life cycle of the product.

Rocket fire.

Accelerated product release and delivery

Strong BOM and CAD support capacity, graphical process designer, robust work guide development, revised controls and approvals to speed up the perfect and timely import of new products.

Monitor with charts

Maintaining profitability

Process implementation, lean material management and complete connectivity are only a small part of your ability to deliver the highest quality at the lowest possible cost.

Client satisfaction

Make your client happy.

Client satisfaction is met through rapid product release, perfect ECO, perfect product quality and timely response to client analysis and tracking requests.

Electronics and appliances Industries Addressing high manufacturing costs, unstable product quality, difficult monitoring of production processes, inefficient production delivery and difficult processesTraceabilityWhen you're in, you're in electronic assembly. MES The system is a fully effective system.Solutions Electronics and appliances through optimization of material management, quality management, production process monitoring and order management Industries The challenges of market change and informatization can be met while increasing efficiency, reducing costs and improving quality stability.