Production

42Q Home > Production

Batch Process

SOP-5-I-MES0040-C RA1 Batch Process Batch Process described here is a module in 42Q that provides a web page interface for performing Batch Processing operations. The functions that are available in the portlet are Create Batch, Split Batch, Merge Batch, Remove Unit, Add Component, and Add Sub-Attribute.

Traceability

SOP-5-I-MES0041-C RA1 100 Traceability This 100% Traceability module described here allows the operator to utilize hand placement and Fujitrax Rework.

Data Collector

SOP-5-I-MES0042-C RA1 Data Collector Data Collector module described here is a tool implemented on the shop floor that displays uploaded work instruction documents, deviations, CAD views of devices, and recorded and repaired defect codes, all based on unit serial scanning.

Production Documentation

SOP-5-I-MES0043-C RA1 Production Documentation The Production Documentation module described here is where the user can search and list work instruction documents without having to perform SFDC scanning.

PTS Glossary

SOP-5-I-MES0044-C RA1 PTS Glossary There are many technical terms and acronyms that are applied throughout the PTS flow. This Glossary serves as a tool to assist the user with the PTS work instructions for the 42Q Portal

Labor Tracking

SOP-5-I-MES0045-C RA1 Labor Tracking The Labor Tracking module described here contains functions that allow users to register labor records, and to add and edit labor hours.

Label Engine

SOP-5-I-MES0046-C RA1 Label Engine The Label Engine module described here is responsible for label creation. Using LE Labels, the operator can create labels using the MES system without the IT development team.

Moisture Sensitive Device

SOP-5-I-MES0047-C RA1 PTS Moisture Sensitive Device The control of MSD’s (Moisture-Sensitive Device) prior to SMT (Surface Mount Tech) reflow is a critical assembly issue that has a direct impact on final product reliability and customer satisfaction, as well as manufacturing costs. This function monitors all MSD components’ floor life statuses. The production operator is alerted if the MSD component’s floor life is expired.

Production Part Traceability

SOP-5-I-MES0048-C RA1 PTS Production Part Traceability The Parts Traceability System (PTS) is one of the applications within the MES suite of tools. It was developed to meet the demands of customers to provide component level traceability as well as required quality controls. The production traceability plays a very important role in automating the production lines and raising productivity as well as enforcing rigorous product quality control. This module contains information on load/prepare materials, special workstation, load SMT tools, scan board, and rework handling.

PTS SMT Part Traceability

SOP-5-I-MES0049-C RA1 PTS SMT Part Traceability The SMT Part Traceability module described here contains the EZpicklist, Show BOM, Feeder Registry, and Jig Registry. EZPicklist is a web-based interface to collect and manipulate SMT placement programs into PTS for material verification against the BOM (Bill of Materials). Show BOM allows user to view BOM, disable BOM or enable BOM. Feeder Registry is a feeding tool for material reels. It becomes a bridge between the material component and SMT machine. Each component must be loaded to one SMT machine at one particular station. This is only one of the essential elements for traceability. In order to distinguish each feeder, a unique printed barcode on each feeder is required and maintained in PTSWEB.

PTS Tool Set Part Traceability

SOP-5-I-MES0050-C RA1 PTS Tool Set Part Traceability The PTS Tool Set Part Traceability module is responsible for tool set creation. Using Tool Set Part Traceability, the operator can create or repair the label pallet and request inspection.

CMMS Calibration

SOP-5-I-MES0090-C CMMS Calibration CMMS Calibration portal: allows manufacturing plants to schedule calibration for measurement and testing equipment; verifies and ensures all assets are accurately set according to required specifications; and assists plants in meeting process requirements in accordance with regulatory standards. In CMMS, manufacturing teams define calibration frequency for the individual assets on their production floor; set calibration schedules per individual equipment units; receive email notifications prior to scheduled calibration; and record critical information (such as cost) for the purpose of reporting.

CMMS Work Order & Preventive Maintenance

SOP-5-I-MDS0076-C CMMS Work Order & Preventive Maintenance The main purpose of the CMMS - Work Order portlet is to create work orders with all data needed to perform equipment-related repair tasks. CMMS Preventive Maintenance portlet allows users to create regularly scheduled maintenance to help prevent negative events and to ensure the equipment on the shop floor is always in satisfactory operating condition.

CMMS Spare Parts

SOP-5-I-MES0075-C CMMS Spare Parts The Spare Parts portal provides a comprehensive tracking system to manage all machine parts in a manufacturing plant’s inventory. Administrators and operators receive, issue, or return parts; maintain warehouse inventory; and manage vendor information.

CMMS Work Request

SOP-5-I-MDS0034-C CMMS Work Request A Work Request is a job order that is created to perform any equipment-related task, such as maintenance, repair, calibration and scrap. Work Requests are created for non-urgent incidents. Anyone who has a CMMS account may create a Work Request; however, only administrators may approve a Work Request. Once a Work Request is approved, an equivalent Work Order is created. Within the CMMS Work Request portal, users can track the progress of all their Work Requests.

Label Engine Labels

SOP-5-I-MDS0083-C Label Engine Labels Label Engine is a web application that gives plants the ability to create, update, print and share labels without the need of IT resources. It enables plants to easily define and access various different data sources like MES, MESR, along with a variety of other database types. It allows users to map label fields to these data sources in order to create dynamic labels. It also enables plants to extract statistical information about the labels that are managed in Label Engine, as well as monitor the audit information.