Hardware features:

Ø IP67 dustproof and waterproof

ØShock resistant and impact resistant,1.2-meter anti fall

ØWindows 10

ØHighly integrated:NFC， Scan one-dimensional code/two-dimensional code

Ø8-inch high brightness screen

ØUltra high brightness outdoor dedicated display screen, clearly visible under sunlight

ØCorning Gorilla High Strength Glass

Ø8500mAh wide temperature battery is replaceable, greatly improving the working endurance

ØSupporting a variety of accessories: base, back clip, strap

ØNetwork portUSB

The Current Status of Quality Data Management

As a leader in China's high-tech products, the aerospace industry has already taken the lead in the field of intelligent manufacturing. Many aerospace companies have started or have already passedERP, MES and other information systems are used to solve many problems such as low production efficiency, untimely information updates, and opaque production processes. However, for aerospace products with strict quality requirements, the means of quality inspection are still very outdated, as shown below:

1) Unable to get rid of paper media, inspection forms pile up like mountains

2) The existing collection methods are outdated, and manual recording errors are numerous

3) To simplify the quality inspection process, only the final result is recorded during testing, and intermediate measurement data is missing

4) Serious waste of quality data, inspection reports can only be archived, poor traceability of product information, inability to analyze and organize, and inability to supervise and guide the production process

Application effect

The quality data collection system is a quality management system based on intelligent inspection and testing of production manufacturing that combines mobile terminals with factory quality inspection and management, and meets the actual production needs. It can help you:

Implement paperless operation throughout the entire quality inspection process

Implement intelligent full process inspection processes such as automatic collection of measurement data, automatic judgment and alarm of inspection results, automatic generation and upload of reports, etc

Configure a mobile data collection terminal to enable the recording of product movement detection

uCan be withSeamless integration of information systems such as ERP and MES

To provide reliable data sources for quality traceability in the production process of products

uUtilizing big data concepts to conduct research on massive amounts of quality dataSPC analysis and organization to guide production improvement in the production process

Establish a fully closed-loop quality management system for digital production lines to achieve effective production quality management and control

Quality Data Collection System

System Overview

The quality data collection system mainly realizes the collection of inspection data, analysis, summary, and management of quality data. The quality data collection system is divided into two layers: upper and lower. The upper layer adoptsB/S architecture, used for developing quality plans, issuing quality tasks, collecting and summarizing quality inspection data, completing quality analysis, and forming quality reports. The lower layer adopts the form of data terminals, using industrial tablets or desktop computers as hardware platforms. After receiving quality tasks issued by the upper layer, it collects indicator parameters during the quality inspection process according to requirements, which can be automatically collected or manually input.

1)Integrated barcode, QR code, andRFID and other identity recognition systems enable full lifecycle traceability of products

2)Implementation andSeamless integration of multiple information systems such as MES and ERP

3) Adopting mobile terminal data collection technology

4)Support various advanced automatic detection equipment (digital caliper, digital micrometer, digital dial gauge, coordinate measuring machineImplement intelligent full process inspection processes such as automatic collection of measurement data, automatic judgment and alarm of inspection results, automatic generation and upload of reports, etc. (AOI, etc.)

5) B/S architecture, simple and convenient deployment

The operation interface is simple and easy to use, helping inspectors focus on the inspection work itself rather than tool usage