What Is Shop Floor Tracking in ERP Software?

Shop floor tracking is the process of recording and monitoring production activity as manufacturing work is performed. It provides real-time visibility into Work Orders, routing operations, employee labor, completed quantities, scrap, downtime, work-center activity, material usage, inspections, and production status.

When shop floor activity is integrated with manufacturing ERP software, information entered by production employees immediately updates scheduling, Work Order progress, inventory, quality, labor cost, traceability, and management reporting.

Instead of relying on handwritten travelers, spreadsheets, whiteboards, or end-of-shift updates, manufacturers can view current production activity and respond to delays, shortages, bottlenecks, quality problems, and capacity constraints while the work is still in progress.

Shop floor tracking connects the production plan with the work actually performed, giving manufacturers an accurate, current view of labor, quantities, operations, materials, quality, and manufacturing performance.

Shop floor tracking ERP software connecting Work Orders, employees, work centers, production quantities, quality, inventory, scheduling, and manufacturing analytics

Shop floor tracking connects Work Orders, labor reporting, work centers, production quantities, quality activity, inventory transactions, scheduling, and manufacturing performance.

What Is Shop Floor Tracking?

Shop floor tracking is the real-time or near-real-time collection of manufacturing activity directly from the production floor.

The system records what employees and machines are doing, which Work Orders and operations are active, how much production has been completed, whether problems have occurred, and what work remains.

Information commonly tracked includes:

Work Order status
Current routing operation
Employee labor hours
Setup and production time
Completed quantities
Accepted and rejected quantities
Scrap and rework
Machine or work-center activity
Downtime
Material issues and consumption
Inspection and test activity
Production holds
Operation start and completion dates
Estimated and actual production performance

Shop Floor Tracking vs. Manual Production Reporting

Manual reporting usually records production after the activity has occurred. Integrated shop floor tracking updates the ERP system as employees start work, complete operations, report quantities, identify problems, or transfer production to the next step.

Shop Floor Tracking vs. Shop Floor Control

The terms shop floor tracking and shop floor control are related but not identical.

Function	Primary Purpose	Examples
Shop Floor Tracking	Records and reports what is happening during production.	Labor hours, quantities, current operation, downtime, scrap, and Work Order progress.
Shop Floor Control	Directs and controls which work may be performed and how it moves through production.	Operation sequencing, employee qualification, inspection holds, Work Order release, and transfer authorization.
Manufacturing Execution	Coordinates detailed production execution using live information from employees, machines, materials, and quality processes.	Dispatching, labor collection, data capture, traceability, quality gates, and performance analysis.

An integrated manufacturing ERP system can combine all three functions. It tells employees what work is authorized, records what they do, and uses the resulting information to control subsequent operations.

Why Shop Floor Visibility Matters

Manufacturers cannot manage production effectively when current status is known only through verbal updates, paper travelers, or spreadsheets updated at the end of the day.

Current Production Status

Supervisors can see which jobs are waiting, active, delayed, on hold, awaiting inspection, or complete.

Labor Accountability

Employee time is connected with the exact Work Order and routing operation performed.

Bottleneck Visibility

Queues, overdue operations, downtime, and excessive cycle times reveal production constraints.

Schedule Accuracy

Current operation progress provides better information for production scheduling and delivery forecasting.

Quality Control

Production can be stopped when inspection fails, equipment is unavailable, or a nonconformance requires review.

Actual Costing

Labor, machine time, material usage, scrap, and rework become part of the Work Order’s actual manufacturing cost.

How Shop Floor Tracking Works

Work Order and
Operation Released

➜

Employee Selects
Assigned Work

➜

Labor and Production
Activity Recorded

➜

Quantity, Quality, and
Status Updated

➜

ERP Reports and
Schedules Updated

Production Event	ERP Update
Employee Starts Setup	Records employee, Work Order, operation, work center, and setup start time.
Setup Completed	Records actual setup time and releases the production phase where applicable.
Production Begins	Updates operation status and employee or machine activity.
Quantity Reported	Updates completed, accepted, rejected, rework, and remaining quantities.
Downtime Reported	Records downtime reason, duration, equipment, and production impact.
Inspection Required	Creates or updates a quality task and may place production on hold.
Operation Completed	Records completion, actual time, quantities, and eligibility for the next operation.
Work Order Completed	Updates finished-goods inventory, traceability, actual cost, and production status.

Work Order Integration

The Work Order provides the production structure used by the shop floor tracking system.

Employees may view:

Work Order number
Part number and revision
Product description
Customer or Sales Order
Quantity required
Quantity completed
Remaining quantity
Current routing operation
Required materials
Drawings and work instructions
Inspection requirements
Due date and priority
Lot and serial-number requirements
Production notes

The shop floor should work from the same controlled Work Order information used by Production Planning, Inventory, Quality, Scheduling, and management.

Learn more in our Manufacturing Work Order Management guide.

Tracking Production by Routing Operation

Manufacturing routing operations divide the Work Order into controlled production steps.

Examples include:

Material preparation
Setup
Machining
Fabrication
Assembly
Welding
In-process inspection
Testing
Outside processing
Final inspection
Packaging

Operation Information	Tracking Purpose
Operation Number	Identifies the sequence within the routing.
Work Center	Identifies where the operation is performed.
Employee	Identifies who performed the work.
Machine	Identifies equipment used.
Planned Setup Time	Provides the estimate for preparation activity.
Actual Setup Time	Records actual preparation activity.
Planned Run Time	Provides the estimated production duration.
Actual Run Time	Records actual production duration.
Quantity Completed	Records operation output.
Operation Status	Identifies waiting, active, held, complete, or rejected work.

Learn more in our Manufacturing Routing Software guide.

Employee Labor Tracking

Employees can start and stop labor against the specific Work Order operation being performed.

Labor records may include:

Employee
Work Order
Operation
Work center
Machine
Start time
Stop time
Setup hours
Production hours
Inspection hours
Rework hours
Indirect labor hours
Completed quantity
Rejected quantity
Labor rate
Extended labor cost

Labor Category	Example Activity
Setup Labor	Preparing equipment, tooling, programs, fixtures, and material.
Direct Production Labor	Machining, assembly, fabrication, testing, or other product activity.
Inspection Labor	First-piece, in-process, final, or receiving inspection.
Rework Labor	Correcting controlled nonconforming product.
Indirect Labor	Meetings, maintenance, training, cleanup, or other non-Work Order activity.

Learn more in our Employee Time Tracking for Manufacturing guide.

Measuring Labor Efficiency

Because labor is recorded by Work Order and operation, managers can compare planned labor with actual performance.

Labor Metric	Business Use
Estimated vs. Actual Setup Hours	Identifies setup improvement opportunities.
Estimated vs. Actual Run Hours	Measures production efficiency and routing accuracy.
Labor Hours per Unit	Compares production performance between jobs and employees.
Rework Labor	Measures the cost of correcting defects.
Indirect Labor	Identifies time not charged directly to production.
Labor Utilization	Compares available labor time with productive time.

Actual Labor Improves Future Planning

Historical setup and production times can improve routing standards, production schedules, customer quotations, staffing decisions, and capacity estimates.

Production Quantity Reporting

Shop floor employees report quantities as operations are performed.

Quantity Type	Meaning
Quantity Started	Units introduced into the operation.
Quantity Completed	Units completing the operation.
Quantity Accepted	Units meeting applicable requirements.
Quantity Rejected	Units failing inspection or testing.
Quantity Scrapped	Units permanently removed from production.
Quantity Reworked	Units requiring additional controlled processing.
Quantity Remaining	Units still required for the operation or Work Order.

Accurate quantity reporting improves Work Order status, WIP visibility, production scheduling, finished-goods planning, and customer delivery forecasts.

Work Center Activity Monitoring

A work center represents a production department, resource group, machine group, or operational area.

Shop floor tracking can show:

Current Work Orders
Operations waiting in queue
Operations currently active
Completed operations
Past-due operations
Employees assigned
Machines in use
Available capacity
Downtime
Setup and production performance
Average queue time
Production throughput

Queue Visibility

Review work waiting to be performed and prioritize according to due date, Work Order priority, or material readiness.

Capacity Visibility

Compare assigned production hours with available employee and machine capacity.

Performance Visibility

Compare estimated times, actual times, output, downtime, and quality performance.

Bottleneck Visibility

Identify growing queues, overdue operations, recurring downtime, and excessive processing time.

Machine and Equipment Tracking

Shop floor activity may be connected with the machine or equipment used to perform the operation.

Machine-related records can include:

Machine ID
Work center
Work Order and operation
Employee
Setup time
Run time
Idle time
Downtime
Downtime reason
Quantity produced
Scrap quantity
Machine rate
Maintenance status
Calibration status when applicable

Do Not Assign Work to Unavailable Equipment

Equipment that is under maintenance, out of calibration, damaged, or otherwise unavailable should be visible to Production Scheduling and shop floor employees.

Downtime Reporting

Downtime is time during which an employee, machine, operation, or Work Order cannot proceed as planned.

Common downtime reasons include:

Machine failure
Tooling failure
Material shortage
Waiting for inspection
Waiting for engineering
Waiting for customer approval
Missing document or program
Employee unavailable
Scheduled maintenance
Quality hold
Supplier or outside-processing delay
Power or network interruption

Downtime Field	Purpose
Start and Stop Time	Measures the duration of the event.
Reason Code	Supports consistent classification and reporting.
Work Order and Operation	Identifies the affected production activity.
Machine or Work Center	Identifies the affected resource.
Description	Provides additional information about the event.
Responsible Department	Identifies who must respond.
Corrective Action	Connects significant recurring issues with improvement activity.

Identifying Production Bottlenecks

A bottleneck occurs when one resource or process limits the throughput of the overall production system.

Indicators may include:

Growing operation queues
Repeatedly past-due operations
High machine utilization with low output
Excessive setup time
Repeated downtime
Waiting for inspection
Insufficient qualified employees
Outside-processing delays
Unbalanced routing times
Repeated rework

Shop floor data allows managers to identify bottlenecks using actual production activity rather than assumptions or anecdotal reports.

Real-Time Production Status

Current production status helps management answer questions such as:

Which Work Orders are currently active?
Which operation is each job performing?
How many units have been completed?
How much production remains?
Which jobs are late?
Which jobs are on hold?
Which jobs are waiting for material?
Which jobs are waiting for inspection?
Which jobs are at outside processing?
Which customer deliveries may be affected?

Production Status	Meaning
Released	The Work Order or operation is authorized but has not started.
Setup	Employees are preparing tools, machines, programs, or materials.
In Process	Production activity is underway.
Awaiting Inspection	Production requires quality acceptance.
On Hold	Work is temporarily blocked.
Outside Processing	Work is at or awaiting an external supplier.
Operation Complete	The current routing operation is complete.
Work Order Complete	Accepted production has been received into finished goods.

Production Scheduling Integration

Production schedules are more reliable when they use current shop floor activity.

Shop floor updates can affect:

Operation start dates
Projected completion dates
Work-center capacity
Machine availability
Employee availability
Queue priorities
Customer delivery forecasts
Outside-processing schedules
Material need dates

Production
Schedule

➜

Shop Floor
Execution

➜

Actual Labor,
Quantity, and Status

➜

Updated Capacity and
Completion Forecast

➜

Revised
Schedule

Learn more in our Manufacturing Production Scheduling guide.

Material Usage and Inventory Integration

Shop floor tracking can connect material activity with the Work Order and operation where the material is used.

Material transactions may include:

Material allocation
Material picking
Material issue
FIFO cost-layer consumption
Lot or serial-number consumption
Material substitution
Additional material request
Unused material return
Scrapped material
Customer-owned material usage

Production Reporting and Inventory Must Agree

When material is physically consumed but not recorded, inventory is overstated and Work Order cost is understated. Integrated transactions keep quantity, cost, traceability, and WIP current.

Learn more in our Inventory Control Software guide.

Quality Management Integration

Shop floor tracking should include quality requirements within the production process.

Employees may be required to complete:

First-piece inspection
In-process inspection
Final inspection
Functional testing
Measurement recording
Inspection checklist completion
Lot or serial-number verification
Process certification verification
Nonconformance reporting

Operation
Completed

➜

Inspection or
Test Required

➜

Accepted or
Rejected

➜

Next Operation,
Rework, or Hold

Do Not Allow Unverified Production to Move Forward

When a routing operation requires inspection, the system should prevent transfer or completion until the required quality record is accepted or an authorized disposition is recorded.

Scrap, Rework, and Nonconformance Reporting

Shop floor employees are often the first to identify a production problem.

The employee should be able to report:

Work Order and operation
Part number and revision
Quantity affected
Lot or serial number
Defect category
Requirement
Actual condition
Machine or equipment
Material involved
Photographs or attachments
Immediate containment

Reported defects may create:

Nonconformance record
Quality hold
Rework operation
Scrap transaction
Engineering review
Corrective-action evaluation
Customer-approval request

Employee Qualification and Training Control

A shop floor tracking system can verify that employees are qualified before they begin certain operations.

Qualifications may include:

Machine-operation authorization
Welding certification
Inspection qualification
Special-process training
Customer-program training
Safety training
Document-revision training
Equipment-specific authorization

Integrating training with shop floor activity reduces the risk of employees performing controlled work without current qualification.

Drawings, Instructions, and Document Control

Employees should have access to the current approved documents required for the selected Work Order and operation.

Documents may include:

Engineering drawings
Work instructions
Setup instructions
CNC programs
Assembly procedures
Inspection plans
Customer specifications
Material specifications
Test procedures
Photographs and visual aids
Packaging instructions

Avoid Uncontrolled Local Copies

Shop floor access should display or open the current controlled revision rather than relying on printed or locally stored documents that may become obsolete.

Lot and Serial Number Traceability

Shop floor tracking can capture which materials, employees, equipment, operations, and inspection results were associated with each production lot or serialized unit.

Material Lot or
Serial Number

➜

Work Order and
Routing Operations

➜

Employees, Machines,
and Inspections

➜

Finished Product
Lot or Serial

➜

Customer
Shipment

Traceability records may identify:

Supplier
Purchase Order
Material receipt
Material lot, heat, batch, or serial number
Work Order
Routing operations
Employees
Machines and equipment
Inspection and test results
Outside-processing suppliers
Finished-product lot or serial number
Customer shipment

Learn more in our Lot and Serial Number Traceability guide.

Outside Processing Visibility

Work Orders may include routing operations performed by suppliers or specialized processors.

Shop floor and production-management users may track:

Operation requiring outside processing
Approved supplier or processor
Purchase Order
Quantity sent
Date sent
Expected return date
Quantity received
Supplier certification
Inspection status
Actual processing cost
Next routing operation

This prevents jobs from disappearing from the production schedule while they are outside the facility.

Shop Floor Tracking and Actual Manufacturing Cost

Shop floor transactions provide important elements of actual Work Order cost.

Cost Component	Shop Floor Source
Direct Labor	Employee setup, production, inspection, and rework time.
Machine Cost	Machine or equipment hours multiplied by applicable rates.
Material Cost	Actual FIFO inventory layers and quantities consumed.
Scrap Cost	Material, labor, and processing lost through rejected production.
Rework Cost	Additional labor, material, inspection, and processing required.
Outside Processing	Supplier services connected with routing operations.

Accurate labor and production reporting improves Work in Process valuation, actual unit cost, quotation history, margin analysis, and Finished Goods inventory valuation.

Learn more in our Actual Work Order Costing guide.

Shop Floor Dashboards

Dashboards can provide role-specific views for employees, supervisors, planners, Quality, and management.

Employee Dispatch List

Shows assigned operations, priorities, due dates, documents, and material readiness.

Supervisor Dashboard

Shows active jobs, employees, quantities, downtime, holds, late operations, and bottlenecks.

Work Center Dashboard

Shows queue, available capacity, setup activity, active operations, and overdue work.

Quality Dashboard

Shows inspections required, rejected quantities, open nonconformances, and production holds.

Planning Dashboard

Shows operation progress, projected completion dates, material shortages, and schedule risks.

Management Dashboard

Shows throughput, labor efficiency, downtime, scrap, on-time completion, WIP, and productivity trends.

Shop Floor Tracking KPIs

KPI	What It Measures
Schedule Adherence	Actual production progress compared with the planned schedule.
Work Order Cycle Time	Time from Work Order release through completion.
Operation Cycle Time	Time required to complete an individual routing operation.
Labor Efficiency	Estimated labor compared with actual labor.
Labor Utilization	Available employee time compared with productive time.
Machine Utilization	Available equipment time compared with productive operating time.
Setup Time	Actual setup duration by machine, product, employee, or operation.
Throughput	Accepted production completed during a defined period.
First-Pass Yield	Percentage accepted without rework.
Scrap Rate	Quantity or value lost during production.
Rework Rate	Quantity requiring additional processing.
Downtime Rate	Production time lost to unplanned or planned interruptions.
Queue Time	Time work waits before an operation begins.
On-Time Work Order Completion	Percentage completed by the planned date.

Overall Equipment Effectiveness and Shop Floor Data

Some manufacturers use Overall Equipment Effectiveness to evaluate equipment performance through availability, performance, and quality.

OEE Element	Shop Floor Data Used
Availability	Scheduled production time, downtime, and operating time.
Performance	Actual output compared with ideal or planned production rate.
Quality	Accepted quantity compared with total produced quantity.

OEE can be useful when data definitions are consistent and measurements are appropriate for the equipment and production environment. It should be combined with other metrics rather than treated as the only measure of manufacturing performance.

Common Shop Floor Tracking Problems

Problem	Possible Result	Better Control
Employees Report Labor at the End of the Shift	Production status remains outdated and time is reconstructed from memory.	Use start-and-stop reporting during production.
Work Orders Tracked on Whiteboards	Planning, Quality, Inventory, and management do not share current status.	Use a centralized ERP production dashboard.
Quantities Are Not Reported by Operation	Managers cannot identify where production is delayed or lost.	Record quantities at applicable routing steps.
Downtime Reasons Are Free-Form	Trend analysis becomes inconsistent.	Use controlled reason codes with optional comments.
Employees Use Obsolete Instructions	Production may be completed against the wrong revision.	Link controlled documents with the Work Order operation.
Material Consumption Is Not Recorded	Inventory and Work Order cost become inaccurate.	Integrate shop floor material issues and returns.
Inspection Is Separate from Production	Work may move forward without required acceptance.	Use routing-based quality gates.
Scrap and Rework Are Hidden	Efficiency and cost reports appear better than actual performance.	Record rejected quantities, dispositions, and rework activity.
Every Employee Sees Every Function	The interface becomes confusing and creates security risk.	Use role-based shop floor screens.

Shop Floor Tracking Best Practices

Use one controlled Work Order and routing structure.
Provide each employee with a simple role-based interface.
Display the correct part number and revision.
Show only authorized and released production work.
Use current controlled drawings and instructions.
Verify employee training and qualifications.
Verify machine and measuring-equipment availability.
Record setup and run time separately.
Record labor as the work is performed.
Report completed, rejected, scrap, and rework quantities.
Use controlled downtime reason codes.
Connect material issues and returns with production activity.
Maintain lot and serial-number traceability.
Integrate inspections and quality holds.
Prevent operation transfer when required approvals are incomplete.
Track outside-processing operations.
Provide real-time Work Order and work-center dashboards.
Compare planned and actual production times.
Analyze labor, machine, scrap, downtime, and throughput trends.
Use historical performance to improve routings and schedules.
Keep shop floor reporting fast and easy to use.
Avoid unnecessary data entry that does not support a business decision.
Train employees on why accurate production reporting matters.

Barcode and Shop Floor Data Collection

Barcode scanning can reduce manual entry and help employees select the correct Work Order, operation, material, lot, serial number, or employee record.

Barcodes may be used for:

Employee identification
Work Order selection
Routing operation selection
Material issue
Lot and serial-number capture
Machine selection
Location transfer
Quantity reporting
Inspection identification
Finished-goods receipt

Scanning Should Support Validation

The system should verify that the scanned Work Order, material, lot, operation, employee, or location is valid for the transaction rather than simply accepting any barcode value.

Shop Floor Terminals and Hardware

Shop floor tracking can be delivered through several types of production-floor devices.

Device	Typical Use
Windows Workstation	Detailed production reporting, documents, inspections, and Work Order review.
Touchscreen Terminal	Simple employee dispatching, labor start and stop, quantity entry, and status updates.
Barcode Scanner	Rapid identification of employees, Work Orders, materials, lots, and operations.
Tablet	Mobile production, inspection, maintenance, and supervisor activity.
Machine Interface	Automated operating, cycle, quantity, or downtime data when supported.
Label Printer	Material, WIP, lot, serial, inspection, and finished-product labels.

Hardware selection should consider the production environment, gloves, dust, vibration, moisture, available space, network coverage, and the amount of information employees must enter.

Real-Time vs. Batch Production Reporting

Reporting Method	Advantages	Limitations
Real-Time Reporting	Provides current status, immediate problem visibility, and accurate labor timing.	Requires accessible terminals, employee adoption, and reliable procedures.
End-of-Shift Batch Reporting	May require fewer shop floor terminals.	Status is delayed, time is estimated, and errors may increase.
Supervisor Entry	Provides centralized control over reporting.	Creates an administrative bottleneck and separates records from the employee performing the work.
Automated Machine Collection	Can capture detailed run and downtime information with limited manual entry.	Requires compatible equipment, integration, validation, and contextual employee or Work Order data.

Many manufacturers use a hybrid approach that combines employee reporting with automated machine data where it creates measurable value.

Implementing Shop Floor Tracking

Define Production
Processes and Goals

➜

Prepare Work Orders,
Routings, and Data

➜

Design Simple
Employee Screens

➜

Pilot, Train, and
Validate

➜

Measure and
Improve

Define the Business Objectives

Determine which decisions the new shop floor information must support, such as delivery status, labor cost, downtime, bottlenecks, or production efficiency.

Standardize Work Orders and Routings

Accurate operation sequences, estimates, work centers, documents, and quality requirements are necessary for meaningful reporting.

Simplify the Employee Interface

Employees should be able to locate work, start and stop labor, report quantities, identify problems, and access instructions with minimal navigation.

Pilot with a Controlled Area

Begin with a department, work center, product family, or production team before expanding throughout the facility.

Validate the Data

Compare system records with observed shop floor activity and correct unclear procedures, routing errors, and reporting gaps.

Use the Information

Employees are more likely to report accurately when management uses the information to solve production problems rather than merely collecting data.

How Shop Floor Tracking Integrates with Manufacturing ERP

ERP Process	Shop Floor Relationship
Sales Orders	Provide customer demand, due dates, and order priorities.
Item Master	Provides product identity, revision, units, and control requirements.
Bills of Materials	Provide required production materials.
MRP	Creates purchasing and manufacturing requirements.
Work Orders	Authorize production and provide quantity, materials, routing, and quality requirements.
Production Scheduling	Assigns operations to work centers, employees, machines, and dates.
Inventory	Records material issues, consumption, returns, scrap, and finished-goods receipts.
Quality Management	Controls inspections, nonconformances, rework, and production holds.
Document Control	Provides current drawings, procedures, and work instructions.
Employee Training	Verifies qualifications before controlled work begins.
Maintenance	Identifies machine availability, downtime, and required service.
Costing	Uses actual labor, machine, material, scrap, and processing activity.
Shipping	Uses completed finished-goods inventory to fulfill customer demand.

Shop Floor Tracking with SimpleManufacturing™

SimpleManufacturing™ connects shop floor activity with Work Orders, manufacturing routings, production scheduling, employee labor, inventory, quality management, document control, lot and serial traceability, actual costing, and finished-goods completion.

SimpleManufacturing™ Capability	Business Benefit
Employee Work Queue	Shows released and assigned Work Order operations.
Labor Start and Stop	Records employee setup and production time by operation.
Quantity Reporting	Records completed, accepted, rejected, scrap, and rework quantities.
Routing Status	Shows current and remaining operations.
Work Center Visibility	Displays queue, current work, employees, capacity, and late operations.
Material Integration	Connects material issues, FIFO cost, lots, serials, substitutions, and returns.
Quality Integration	Connects inspections, tests, nonconformances, rework, and holds.
Document Access	Provides current drawings, specifications, and instructions.
Employee Qualification	Supports verification of training and controlled-operation eligibility.
Downtime Reporting	Records duration, reason, equipment, and production impact.
Lot and Serial Traceability	Connects materials, employees, operations, inspections, and finished products.
Actual Labor Cost	Adds employee time and applicable labor rates to the Work Order.
Production Dashboards	Provides current status, bottlenecks, quantities, due dates, holds, and performance.
Finished-Goods Completion	Creates accepted inventory with quantity, cost, and genealogy.

One Production Record from Work Assignment Through Completion

SimpleManufacturing™ keeps employees, materials, routing operations, quantities, machines, quality activity, traceability, labor cost, and production status connected with the Work Order being performed.

Frequently Asked Questions About Shop Floor Tracking

What is shop floor tracking?

Shop floor tracking is the process of recording and monitoring Work Order activity, employee labor, production quantities, routing operations, machine activity, quality, downtime, and manufacturing status as work is performed.

What is shop floor tracking in ERP software?

ERP-integrated shop floor tracking updates production, inventory, labor, scheduling, quality, traceability, costing, and management reporting from the same production transactions.

What information is tracked on the shop floor?

Manufacturers commonly track employees, Work Orders, operations, setup time, production time, quantities, machines, downtime, scrap, rework, inspections, materials, lots, serial numbers, and production status.

Why is shop floor visibility important?

It helps manufacturers identify current production status, late jobs, material shortages, bottlenecks, downtime, quality problems, labor performance, and delivery risks.

What is the difference between shop floor tracking and shop floor control?

Tracking records what is happening. Control determines which work is authorized, which sequence must be followed, and whether work can move to the next operation.

How is labor tracked?

Employees start and stop time against a Work Order and routing operation, recording setup, production, inspection, rework, or indirect labor.

Can shop floor tracking calculate labor cost?

Yes. Employee hours can be multiplied by applicable labor rates and accumulated as part of actual Work Order cost.

How are production quantities reported?

Employees can report started, completed, accepted, rejected, scrap, rework, and remaining quantities by Work Order operation.

What is a work center?

A work center is a production department, machine group, resource group, or operational area where one or more routing operations are performed.

How does shop floor tracking identify bottlenecks?

Growing queues, overdue operations, high downtime, excessive setup, low throughput, and work waiting for inspection or material can identify production constraints.

What is downtime reporting?

Downtime reporting records when production stops, how long the interruption lasted, which resource was affected, and why the event occurred.

Can shop floor tracking support barcode scanning?

Yes. Barcodes can identify employees, Work Orders, operations, materials, lots, serial numbers, machines, locations, and completed products.

How does shop floor tracking support quality?

It can create inspection tasks, record measurements, report nonconformances, place production on hold, control rework, and prevent operation completion until acceptance.

How does shop floor tracking support traceability?

It connects material lots and serial numbers with Work Orders, employees, machines, routing operations, inspections, finished products, and customer shipments.

Does shop floor tracking replace production scheduling?

No. Scheduling creates the production plan. Shop floor tracking reports actual execution and provides current information used to revise that plan.

Can shop floor data update inventory?

Yes. Production transactions may record material issues, consumption, returns, scrap, WIP movement, and finished-goods completion.

What is real-time production reporting?

Real-time reporting updates the ERP system as employees start work, complete operations, report quantities, or identify problems rather than waiting until the end of a shift.

What KPIs can be calculated?

Common metrics include labor efficiency, labor utilization, machine utilization, setup time, throughput, first-pass yield, scrap rate, downtime, cycle time, queue time, and on-time completion.

What equipment is required?

Manufacturers may use Windows workstations, touchscreens, tablets, barcode scanners, label printers, machine interfaces, or a combination of devices.

How does SimpleManufacturing™ support shop floor tracking?

SimpleManufacturing™ connects employee labor, Work Orders, routing operations, production quantities, materials, quality, documents, training, traceability, actual costing, and finished-goods completion.

Connect the Production Schedule with Actual Shop Floor Activity

Shop floor tracking gives manufacturers current information about Work Orders, employees, routing operations, quantities, machines, materials, quality activity, downtime, and production performance.

When that information is connected with manufacturing ERP software, each production transaction updates planning, inventory, scheduling, traceability, costing, quality, and management reporting.

Assign, Track, Measure, and Improve

Integrated shop floor visibility helps manufacturers reduce delays, improve labor accountability, identify bottlenecks, maintain accurate production status, control quality, and make better operational decisions.

SimpleManufacturing™ provides integrated shop floor tracking designed for small and mid-sized manufacturers requiring Work Order control, production scheduling, labor reporting, routing management, quality integration, inventory accuracy, actual costing, and complete product traceability.

Schedule a Shop Floor Tracking Demonstration