CodeCanyon Advance Repair Module - WordPress Plugin

CodeCanyon Advance Repair Module: A Complete Guide to Setting Up Repairs in UltimatePOS

CodeCanyon Advance Repair Module is easier to understand not as a collection of separate screens, but as one connected repair-shop workflow. This guide walks through the full path: preparing UltimatePOS and installing the module, receiving a device, assigning a technician, adding labor and parts, changing statuses, notifying the customer, and verifying the outcome. We will also cover model checklists, employee permissions, public status lookup, and the mistakes that commonly cause the workflow to break down.

The goal is not simply to create an electronic intake form, but to build a traceable history for every repair. The administrator should be able to see what was received and in what condition, the technician should know exactly what needs to be checked, the cashier should see which labor and parts were included in the charge, and the customer should get a clear status update. That is why this guide focuses less on the number of enabled features and more on the connections between reference data, the repair order, statuses, and proof of completed work.

The product interface and documentation use the English term Job Sheet. In this guide, we refer to it as a repair order. It is the central record that connects the customer, device, model, serial number or IMEI, reported issue, condition at intake, checklist, assigned employee, and due date.

Start by Correcting the Main Classification Mistake

Despite the category assigned to this page, Advance Repair Module is not a WordPress plugin. It is not installed through the Plugins menu, does not add editor blocks, and does not depend on a WordPress theme. The CodeCanyon page classifies the product as a PHP add-on, lists Laravel, and explicitly describes it as an optional extension for UltimatePOS Advance. The developer's official instructions also direct you to UltimatePOS's own module-management section.

This distinction matters. Uploading the archive to WordPress or looking for an item in its sidebar after installation will not accomplish anything useful. The base system here is an already deployed UltimatePOS Advance installation. The module adds repair-shop capabilities to its sales, products, contacts, employees, and locations. It does not replace the base system and cannot run independently.

What the Module Adds to the Overall System

A typical POS system can answer questions such as what was sold, who was billed, and how much inventory remains. Repairs require a different set of connections: what exactly the customer handed in, what condition it was in, who received it, who is diagnosing it, which conditions were checked before any work began, what deadline was promised, and what stage the repair has reached. Advance Repair Module adds this layer on top of UltimatePOS data.

The practical benefit appears when everyone works from the same record. The intake employee does not pass information to the technician on a note, the technician does not keep the repair progress only in memory, and the employee handling pickup does not need to determine the current state through messages. The repair order retains device identifiers, the issue description, checklist items, assignee, deadline, condition, and related line items. A status becomes more than a colored label: it becomes a managed stage in the workflow.

Who This Approach Works For

The module is a sensible fit for a repair shop or service department that already uses UltimatePOS or deliberately wants to build its operations around it. The model works especially well where repairs are combined with the sale of spare parts, consumables, and additional services. Examples include smartphone and computer repair shops, consumer electronics repair services, businesses that accept printers or watches for repair, and stores servicing several device types in one location.

It can also be useful for businesses with multiple locations, but only after locations and roles have been configured carefully. In this setup, employees need to see repair orders for the appropriate location, and technicians need to be available for assignment within their area of responsibility. UltimatePOS can limit a user to one or more locations, which helps establish this arrangement, but it does not by itself replace a procedure for transferring devices between locations.

When Another System May Be a Better Fit

Advance Repair Module may not be the right choice if you do not use UltimatePOS and adopting a full POS platform for a single repair form would not make sense. You should also review the requirements in advance if your business depends on complex online booking, a self-service customer portal, specialized supplier parts purchasing, advanced mobile workflows for field engineers, or unique integrations. The module's official materials do not provide a basis for promising those features.

Another reason for caution is a process built entirely around nonstandard industry-specific requirements. For example, if every order goes through many approvals, stores dozens of mandatory technical measurements, and branches according to warranty rules, first model one real order in a demo or test copy. Do not try to compensate for a mismatched workflow with dozens of arbitrary fields: doing so makes searching and staff training harder.

What to Check Before Installing the Module or Changing a Production Database

Installing the module affects both the UltimatePOS application and its database. The first step should therefore not be uploading the archive, but documenting the starting state. If you skip preparation, you will not be able to distinguish a module issue from an existing server problem, a conflicting customization, or a mismatch in the base system.

Compatibility and Archive Origin

Confirm that you have UltimatePOS Advance and that the archive is intended for Advance Repair Module. Do not rely only on a similar filename. Match the name inside the package you received against the product page and official documentation. Check the version of the base system and the requirements of the current module release against the developer's current changelog immediately before updating. This guide intentionally does not list a fixed version number, because it can quickly become unsafe advice.

If your base UltimatePOS installation has not been updated for a long time, do not blindly upload a new module over a production system. First identify the supported branch of the base application, create a test copy, and verify the standard update process. The Repair Module changelog shows that major updates may require a newer base version. Compatibility should therefore be assessed as an "UltimatePOS + Repair Module" pair, not as two separate products.

A Backup You Can Actually Restore

Before an update, the official UltimatePOS guide requires you to save the database, the public/uploads directory, the .env file, and custom translations. For a working repair shop, this should not be treated as a box-checking exercise. Verify that the backup has been downloaded outside the same server and that the responsible employee knows the restoration procedure. An archive stored on the disk of a damaged server is not reliable protection.

• Export the database and record the backup time so you understand which new repair orders may be created afterward.
• Save uploaded files, environment settings, and any custom views or translations separately.
• Document the current production URLs, active locations, roles, and one control test repair order.
• Schedule a maintenance window when employees will not be creating or changing orders at the same time.
• Agree on a straightforward rollback: code, database, and uploaded files must return to the same known point.

Readiness check: the administrator can identify the backup location, its creation time, and the restoration sequence. If all you have is a "Backup completed" message, but nobody downloaded the file or tested a restore, installation remains risky.

A Test Environment and Starting Data

For the initial launch, prepare one test location, one customer, one employee with an intake role, and one user who will be assigned as a technician. Add one spare-part product and one repair service. That is enough to run through the full cycle without cluttering your reference data with dozens of temporary records.

Choose a realistic example in advance: a smartphone with a cracked screen, a known IMEI, visible scratches, and a locked screen. Prepare five intake checks: body condition, display, cameras, charging, and signs of liquid exposure. This setup quickly reveals whether the model, checklist, technician, parts, deadline, and status are connected correctly. An abstract record such as "Test 1" verifies almost nothing.

Permissions, Locations, and Responsible Employees

In UltimatePOS, module installation can be managed by a super administrator. Regular users should not have access to that area. After installation, operational features are assigned through roles. The official Repair Module documentation specifically notes that an employee needs the Service staff permission to be available as an operator or technician.

Before launch, create a short responsibility matrix: who creates a repair order, who updates diagnostics, who adds parts, who can mark a repair as complete, who releases the device, and who changes status settings. Do not give all technicians administrative permissions merely because a menu item is not visible. First check the role and assigned location.

Installing the Module and Performing a Safe Initial Check

The standard installation path goes through UltimatePOS module management, not WordPress. Exact button labels may vary slightly in your installation, so follow the intent of the official process: upload the module's internal archive, confirm that it appears in the list, and start installation while signed in as a super administrator.

Step-by-Step Process

1. Move the production system into the agreed maintenance window. Confirm that new sales and repair orders are temporarily paused and that the backup is complete.
2. Sign in to UltimatePOS as the user designated as a super administrator who can actually access module management.
3. Extract the outer package locally and locate the nested ZIP file for the module itself. The official instructions warn that you must upload the module archive from inside the package.
4. Open the module list and use Upload Module. After upload, the module should appear in the list.
5. Click Install for the correct entry and wait for it to finish. Do not refresh the page or start installation again while the first request is still running.
6. Leave the administrative account and sign in with the test roles. Check not only whether the menu appears, but whether users can open the repair-order list, create a test record, and select a technician.

The official documentation allows the extracted module to be placed directly in the Modules directory if the uploader reports an error. This is a server-level operation, not the normal first option. Use it only with server administrator access, after checking the archive structure and creating a backup. Do not combine manual copying with another upload attempt for the same module.

The Minimum Test Immediately After Installation

Do not begin with full configuration. First prove that the module is installed correctly and that the core connections work. Create a temporary device, model, simple checklist, and status. Then create a test repair order. If each reference item saves successfully, the model is available after you select the device, the checklist appears, and an employee can be assigned, the foundation is working.

After saving, reopen the record. Check that the serial number, issue, condition, due date, technician, and status have not disappeared. Then open the repair-order view or PDF and confirm that the expected information appears in the document. The key sign of a successful installation is not a menu item, but a saved and reopened repair order with the correct connections.

If the Menu Does Not Appear

This issue has several possible layers. The module-management area is visible only to a super administrator. The operational Repair section may be hidden because of the user's role. In a SaaS configuration, the module must also be enabled in the business package, and an existing subscription must be updated. Reinstalling the module is therefore far from the first thing to try.

1. Check whether the installed module appears in the administrative list.
2. Open the test user's role and look for Repair permissions and Service staff if the employee must be assigned as the person performing the work.
3. Check whether the user has been assigned to the required location.
4. For a SaaS setup, check the package and whether the update has been applied to the existing subscription.
5. Sign out and sign back in to rule out stale session state.

The Repair Order as the Central Repair Record

The module's strongest capability appears in a well-prepared repair order. It is not merely a customer request. It records the original condition before any intervention, establishes the assignee, and becomes the source record for status, labor, parts, and device release. If the repair order is filled out vaguely, the remaining features will only display poor data more attractively.

Choose the Service Context First

When creating a repair order, you select the location and customer. You then set the service type: in-shop drop-off, on-site service, or device pickup. On-site service and pickup require an address. This field affects more than the description: it tells the employee where the action must actually take place. Do not use one default type for every case if some orders genuinely involve on-site service.

A useful rule is that the location identifies the workflow owner, while the service type identifies where the interaction with the device occurs. If a courier collects a laptop from a customer but repairs are performed at a central workshop, your internal procedure should explain which location owns the repair order and who is responsible for the handoff. The module itself does not eliminate the need for that decision.

Identify the Device Without Guesswork

Select the brand, device type, and model. The corresponding preset checklist will then appear. Enter the serial number or IMEI when available. These identifiers are especially important when a customer owns several identical devices or the repair shop receives similar models at the same time.

A password or screen lock pattern may be needed to test functions, but it is sensitive information. Request it only when diagnostics genuinely require unlocking the device. Restrict access to the repair order through roles, do not print the secret unless necessary, and agree with the customer whether actions involving their data may be performed. The module can store this information, but a least-access policy remains the responsibility of the system owner.

The Customer's Issue and the Condition at Intake

Keep three different layers separate. Problem Reported By The Customer records the customer's complaint: "It does not charge." Condition Of The Product describes the visible condition: "Crack near the port; housing appears to have been opened." The checklist records the results of systematic testing: "Port is dirty" and "Wireless charging works." If you combine all of this in one long field, the history becomes unusable for comparing the device before and after repair.

Use observable wording. "Phone is broken" is almost useless. "When connected to a known-good cable, the charging indicator does not appear" describes a reproducible symptom. Do not promise a diagnosis at intake if the technician has not yet examined the device. The repair order should distinguish between what the customer said and what diagnostics later confirmed.

Assignee and Due Date

Assign an operator or technician from the available service staff and set a due date. A deadline is only useful when your status flow is consistent. If a record immediately receives the status "In Progress" even though the device is still awaiting diagnosis, reports and lists become unreliable. It is better to set the initial status to "Received" and move it forward after a real action occurs.

The responsible employee owns the next step; they are not simply the person whose name is easiest to select. If diagnosis and repair are handled by different specialists, agree on when the assignment changes and who records the handoff. In a small repair shop, one technician may remain responsible through pickup, but even then the status should reflect the actual stage.

Which Fields Should Be Required by Internal Policy

Not every interface field is technically required, but your team may designate certain data as mandatory under its operating procedure. For most repair businesses, a reasonable minimum includes the customer and contact details, location, service type, device and model or "Other," serial number when available, the documented complaint, body condition, a basic checklist, due date, and assignee.

Before saving, the intake employee should read the record as though the device has already been handed to someone else. If it is unclear which device is on the shelf, what condition it was in before repair, and what outcome the customer expects, there is not enough information. This test is more effective than a lengthy instruction manual.

Device, Model, and Checklist Catalogs

The module lets you maintain device types and their models, with a checklist assigned to each model. This is one of the module's most product-specific mechanisms: selecting a model during intake turns into a ready-made sequence of checks. A new employee no longer has to remember items from memory, and the technician receives comparable baseline information.

How to Build a Manageable Catalog

Start with stable categories: smartphone, laptop, tablet, television, printer. Do not create a separate type for every brand. Brand and model are entered separately, so the type should describe the device class. The more consistent your top level is, the easier it is to filter records and train employees.

Add models where the intake checklist, common parts, or workflow differs. The official documentation permits an Others model when maintaining a complete catalog is difficult. Use it as a controlled fallback, not as your primary category. If more than half of your repair orders fall under "Other," the catalog is no longer helping.

Model Checklists and the General Checklist

The settings include a general checklist that appears for all device types and models. A separate model checklist is entered as a line of items separated by vertical bars. The general list is suitable for universal checks: external condition, included accessories, signs of liquid exposure, and the presence of a security code. A model list is for specific items: stylus operation, particular ports, a folding mechanism, or a special startup method.

Do not duplicate the same item in both places. The intake employee will see the repetition, and the final document will become noisy. First create five to seven common checks, then add only model-specific differences. A long list of twenty tiny items is often completed mechanically. Eight observable checks are better than twenty abstract ones.

Smartphone Example

The general list may include external housing condition, included accessories, signs of liquid exposure, ability to power on, and the presence of a screen-lock code. For a particular model, add Face ID or fingerprint-scanner operation, wireless charging, cameras, microphones, and the charging port. Every item should allow a clear state: working, not working, not tested, or visibly damaged.

Laptop Example

A model-specific set can include the display panel, keyboard, touchpad, hinges, ports, battery, and included power adapter. Do not write "check laptop." That wording communicates neither an action nor an outcome. If a particular model has a known additional port or touchscreen, add only the relevant item.

Parts and Services in the Model Context

The module's official description indicates that product parts and services can be added by model. In practice, this helps the technician find relevant items faster and keeps billing connected to the repair record. However, linking a model to items does not eliminate the need to verify part compatibility. A single commercial device name may have revisions and regional variants.

For a service in UltimatePOS, inventory management can be disabled because intangible labor does not have an on-hand quantity. A spare part, by contrast, should remain a normal inventory product if the business tracks stock. Do not create "Screen replacement including screen" as one inseparable service when you need to track part consumption. Separating labor from the spare part makes billing and inventory verification clearer.

How to Confirm the Catalog Works

1. Create a test repair order and select a device type.
2. Confirm that the model list limits the choice to the expected context if those relationships have been configured.
3. Select a specific model and verify that its items appear together with the general checklist.
4. Open the list of applicable labor and parts, then make sure irrelevant items do not interfere with searching.
5. Save the record, open the view and PDF, and compare the checked items.

If a checklist appears while editing but is missing from the view or PDF, first check whether the module is current and repeat the test using a new record. The developer's changelog has previously included fixes for checklist display in different views, so this issue should not be masked by entering the information again.

Statuses as a Managed Queue, Not Colored Tags

Statuses are configured in Repair - Settings - Status. For each one, you can define a name, color, sort order, completion flag, and message templates. This is where you build the queue workflow: which stage follows intake, where a customer decision is needed, what counts as completion, and when a notification is sent.

A Minimal Flow for a Small Repair Shop

Do not copy the lengthy workflow of a large service center. To begin, statuses such as "Received," "Diagnostics," "Awaiting Approval," "In Progress," "Ready for Pickup," and "Released" are enough. Add "Waiting for Part" and "Canceled" if needed. Every status should answer two questions: what has already happened, and who performs the next action?

Example repair status workflow

Status	What It Means	Next Action	Completion Flag
Received	The device and its initial condition have been recorded	The technician begins diagnostics	No
Diagnostics	The cause of the issue is being investigated	Prepare a proposed solution and estimate	No
Awaiting Approval	The work is waiting for the customer's decision	Receive approval or refusal	No
Waiting for Part	The repair was approved, but the part has not arrived	Receive and verify the part	No
In Progress	The technician is performing the approved repair	Perform final verification	No
Ready for Pickup	The repair and verification are complete	Notify the customer and release the device	Yes, if that is your policy
Released	The device has been returned to the customer	Close operational tasks	Yes

The Mark this status as complete setting requires particular caution. A status with this option enabled is considered complete for the repair order or repair. If you mark "Waiting for Customer" as complete, reporting will begin mixing unfinished and completed work. Define what completion means in your repair shop: the end of technical work or physical release to the customer.

Color and Sort Order Should Support Decisions

Color helps with quick recognition, but it does not replace a meaningful name. Use a calm and consistent set: neutral for received, an accent color for active work, a warning color for waiting, green for ready, and muted styling for canceled. Do not assign red to every important stage. Otherwise, a critical signal becomes indistinguishable from the ordinary queue.

Sort Order determines the display sequence. Arrange stages in workflow order, even if some transitions occasionally move backward. Employees can select the next status more easily when the list follows the repair order's path. After saving, open the change form and confirm that the sequence matches your procedure.

Notification Templates Are Tied to a Status

A status can contain an SMS template, email subject, and email body. The official documentation explicitly warns that no notification will be sent if the template is empty. At the same time, the channel must be enabled when creating or editing the repair order, and the SMS or email transport must be configured in Business Settings. This creates a chain of three conditions:

1. The customer has a valid phone number or email address.
2. The appropriate channel is configured and tested at the business level.
3. The status has a non-empty template, and the required notification type is selected for the repair order.

The message should explain the status and next action without revealing unnecessary information. For "Awaiting Approval," explain that a decision is required and how to get in touch. For "Ready for Pickup," state that the device is ready and remind the customer of the pickup procedure. Do not include the device password, detailed diagnosis, or sensitive information in an SMS.

How to Test a Notification Safely

Use your own test customer and a controlled phone number or mailbox. First test the transport in business settings, then create a short template for one test status. Enable the channel in the repair order, change the status once, and wait for the outcome. Do not run bulk tests against real customers.

If the email arrives, compare the subject, body, customer name, and repair-order number. If the SMS is delivered, check that it is readable and does not cut off an important action. Then repeat a negative test: remove the template from a temporary status and confirm that the team understands why no message is expected. This prevents the mistaken belief that every status change automatically notifies the customer.

Roles, Technicians, and Locations Without Excessive Access

Catalogs and statuses are useless if employees can see the wrong records or cannot perform the next step. UltimatePOS separates users, roles, available locations, and service staff. Configuration should reflect actual responsibilities, not job titles in an organizational chart.

Four Practical Roles

For a small repair shop, it is convenient to start with four profiles. The intake employee creates the customer and repair order, records the device, and prints documents. The technician sees assigned work, updates the condition, and adds services or parts according to procedure. The cashier completes payment and releases the device. The manager controls reference data, statuses, and reporting. One person may perform multiple roles, but permissions should still be separated conceptually.

Do not give a technician permission to modify the status catalog merely because they need to change a record's status. Do not give the intake employee administrative access to module management. The principle of least privilege reduces the risk of accidental deletion, bulk changes, and viewing records from other locations.

Why an Employee Does Not Appear in Assignment

In the module documentation, operators and technicians are treated as service staff. To make an employee available in the relevant role, check the Service staff permission, the user's active status, their role, and location. If a user exists but has not been assigned to the required location, the interface may correctly hide that person in the context of another business or location.

Diagnose the issue with one user. First sign in as an administrator and check the employee record. Then confirm that the role was saved. After that, open a new repair order at the required location. Making bulk role changes before this test introduces more variables and makes the cause harder to find.

A Multi-Location Repair Business

With several locations, decide where a repair order is created and who has the right to complete it. If a device is moved, record the transfer operationally and do not change the location merely so another technician can see the record. Otherwise, location reports will reflect an accidental access configuration rather than the intake location and ownership.

Run a test with two users: one can see only the first location, and the other only the second. Create one repair order at each location and check their lists. Then give the manager access to both. The expected outcome is that local employees cannot see each other's queue, while the manager can see both. If this condition is not met, do not roll out the module across the network.

Practical Example: Replacing a Smartphone Screen

Now let us combine the settings into one repeatable example. The goal is to receive a smartphone with a damaged screen, record its condition, assign a technician, obtain approval, add the screen and labor, complete verification, and let the customer see the current status.

Prepare the Data

UltimatePOS should already contain a customer or allow one to be created quickly, an active location, a technician employee, a product called "Screen for Model X," and a service called "Screen Replacement." Disable inventory management for the service if it is configured as an intangible item. Keep inventory tracking enabled for the physical screen according to your normal process.

In Repair settings, configure the initial status "Received," a repair-order number prefix, a general intake checklist, and repair terms. In the catalog, create the device type "Smartphone," the model "Model X," and a model checklist containing: display image, touch response, cameras, speaker, microphone, and charging port. Prepare the workflow statuses and a notification template for "Ready for Pickup."

Step 1. Intake

Create a new job sheet. Select the location and test customer, then choose Carry-in if the device was brought to the repair shop. Enter the brand, type, and model, then wait for the checklist to appear. Enter the IMEI or serial number if available and permitted by business policy.

In the customer's complaint, enter: "No image after a drop, but calls can be heard." In product condition, enter: "Cracks across the entire surface, dent on the right corner, back panel has no cracks." Do not mark cameras or touch response as working in the checklist if this cannot be confirmed without an image. Select "not tested" or a clear internal state instead.

Assign a technician and due date. Leave the initial status as "Received." Before saving, match the physical device to the record using the IMEI and visible characteristics. Print the document or label if it is part of your storage process.

Step 2. Diagnostics and Approval

The technician moves the repair order to "Diagnostics" only when they begin testing. After safe diagnostics, they record the confirmed cause separately from the customer's complaint. If the issue is truly in the display assembly, they add the expected part and service according to the operating procedure.

Move the record to "Awaiting Approval." The status template should state that a decision is needed, not claim that the repair has already been completed. Record received approval according to your internal procedure. The module documentation does not confirm a separate electronic approval-signature mechanism, so do not describe an ordinary status change as legal proof.

Step 3. Repair Work and Final Verification

After approval, move the repair order to "In Progress." Add the part and service that were actually used. If the screen did not fit or was not installed, do not leave it in the final list merely because it was added for an estimate. Repair-order data and inventory tracking should reflect the action that actually occurred.

After replacement, repeat the model checklist: display image, touch response across the full surface, cameras, sound, microphone, and charging. Compare the outcome with the initial condition. Separately confirm that the housing is assembled without new gaps and that the device identifier matches. Only then set the status to "Ready for Pickup."

Step 4. Notification and Device Release

Confirm that the notification channel is enabled for the repair order and that the status template is filled in. After changing the status, check delivery to the test contact. The customer can use the Repair Status form on the login page: the official demo interface allows searches by repair-order number, invoice number, or phone number, with the serial number entered as an additional parameter.

At pickup, match the IMEI or serial number and external condition again. Show the outcome, complete payment according to the UltimatePOS process, and move the record to the final status if release is what your business defines as completion. Do not mark an order as "Released" early just to improve a report.

What Counts as a Successful Outcome for This Example

• The repair order can be reopened and contains the correct customer, device, identifier, issue, condition, and assignee.
• The model-specific and general checklists are distinct and reflect the checks actually performed.
• The spare part is tracked as a physical item, while the labor is tracked as a service without a fictitious inventory balance.
• The status history matches real events, and the completion flag is enabled only for final states.
• The notification arrives at the test contact, and the public form shows the expected status based on repair-order data.
• A user from another location does not receive unnecessary access to the record.

Public Status Lookup, Documents, and Data Protection

The module can display a status-lookup form directly on the login page without authorization. This is a convenient way to reduce "Is my device ready?" calls, but a public feature requires deliberate configuration. It should not become a way to enumerate records or expose unnecessary information.

How the Lookup Works

The official documentation instructs users to click Repair Status on the login page, enter the repair-order number, and provide a serial number if necessary. The current public demo form also offers search options by repair-order number, invoice number, or phone number, plus a separate serial-number field. Check the exact fields in your own installation because the interface may depend on the release.

Test four cases: a correct number, a correct number with a serial number, a nonexistent number, and a number belonging to another test customer. A successful response should provide enough information to understand the status, but it should not reveal the device password, internal technician notes, or another customer's contact details. Do not enter real sensitive data until this test is complete.

When to Disable the Public Form

If organizational policy prohibits external status lookup, if you cannot ensure sufficiently unpredictable identifiers, or if the displayed response reveals more information than permitted, it is better to disable the feature. The official documentation specifies the following environment variable:

SHOW_REPAIR_STATUS_LOGIN_SCREEN=false

An administrator should change .env only after backing up the file. After the change, clear the applicable configuration cache according to the procedure used in your installation and open the login page in a private window. The expected outcome is that the repair-status button is absent. To roll back, restore the saved value and repeat the check. Do not change other environment lines at the same time.

Repair-Order PDFs and Customer Information

In Job Sheet - Settings - Jobsheet PDF & Label, you can enable Show Customer information, set a signature, and select the specific customer data to display. Do not automatically enable every field. A customer's address may not be needed on a technician's copy when work is performed in the shop. For an on-site visit, however, the address is operationally necessary.

Create a test PDF and check line wrapping, signatures, contact details, repair-order number, and checklist. The document should be readable both on screen and in print. If fields are cut off, do not shorten important information until it becomes unrecognizable. First review the selected output fields and the length of custom signatures.

Labels and Physical Storage

A label is printed from the repair-order list through the record view and Print Label. Its role is to connect the physical device to its record, not to replace the full repair order. A label needs only the number, a short device identifier, and operational information required for storage. Putting a password, detailed diagnosis, or complete contact information on the device itself is risky.

After printing, check readability by scanning or visually matching it. Then place two similar test devices next to each other and ask another employee to find the correct repair order. If they have to guess based on housing color, the label is not doing its job.

Daily Operations and Data-Quality Control

After launch, system quality is determined not by administrator settings but by daily discipline. The module cannot determine on its own whether a technician truly started work, used the listed part, or tested the device. It creates points where information can be recorded. The team must connect those points to real events.

The Morning Queue

The responsible employee opens the repair-order list and groups records by status, due date, technician, and location. First, identify overdue records and those without an assignee. Then review orders awaiting a customer decision or a part. If an order in an active status has no next action, it is stalled regardless of its color.

A useful short question for every record is: "Who needs to do what next?" The answer should follow from the status and assignment. If half the queue requires reading long comments, the statuses are too broad or are being used inconsistently.

Handoffs Between Employees

The intake employee completes their part only after checking the identifier, condition, and checklist. The technician begins by matching the physical device with the number. When transferring the order for pickup, the employee compares the final verification, labor and parts, and actual status. These three checkpoints prevent the most expensive errors: a mixed-up device, a dispute over pre-existing damage, and release of unfinished work.

Weekly Catalog Cleanup

Review new "Other" models, duplicate brands, nearly identical services, and statuses nobody uses. Do not delete catalog records from a production system without understanding their relationships. First standardize entry rules and stop duplicates from being created. If historical data must be changed, do it in a copy and coordinate with the developer or administrator.

Review checklists separately. An item employees always mark the same way without a real test provides no evidence. It should be rewritten as an observable action or removed. Conversely, an item that is repeatedly added manually is a candidate for inclusion in the model checklist.

Notification Monitoring

Do not treat a green status as proof of delivery. Periodically run a test using a controlled customer, especially after changing SMTP, the SMS provider, domain, or server configuration. Confirm that templates do not contain outdated instructions and that employees know the fallback communication channel.

If message delivery is connected to saving an operation, a transport error can affect the operational workflow. Official UltimatePOS documentation warns about the risk of incorrectly configured notifications for some automated events. A new channel should therefore be tested separately first, then with one test status, and only afterward added to the production flow.

Updating Without Losing the Workflow

Before an update, save a backup and repeat a reference workflow: open an old repair order, create a new one, view the checklist, change a status, generate a PDF, send a test notification, and check the public form. After the update, repeat the same actions in the same order. A before-and-after comparison detects regressions faster than randomly checking menus.

If UltimatePOS includes custom modifications, do not edit the module's core files for a small cosmetic effect. The official base-system documentation recommends separate modules, custom views, or separate files for modifications. Every change should have an owner, a description, a test, and a way to reapply it after an update.

Common Advance Repair Module Problems and Precise Diagnosis

The issues below are organized along the chain from access and data to the final outcome. Do not change several settings at once. For each symptom, first reproduce it using a test record, then check the nearest connection before investigating further.

The Module Is Installed but the Repair Section Is Not Visible

Symptom: installation has completed, but the user cannot see the Repair item. Possible causes include that the user is not a super administrator for module management, the operational role has no access, a location is not assigned, or, in a SaaS setup, the module is not enabled in the business package.

What to check: the module's presence in the administrative list, the user's role, Repair and Service staff permissions, and available locations. For SaaS, check the package and whether the change has been applied to the existing subscription.

Fix: change one access layer at a time and sign in again. Do not reinstall the module while the administrative list confirms a correct installation. Roll back excessive permission if, after testing, the user gained access to other locations or settings.

The Technician Does Not Appear in the Assignment List

Symptom: the employee can sign in to UltimatePOS but cannot be selected as an operator or technician. Most often, the user is not configured as service staff, is inactive, is associated with a different role, or does not have the required location.

What to check: the user's active status, role, Service staff permission, and the overlap between their location and the repair-order location. Create a new test repair order after saving the role to rule out stale form state.

Fix: grant the minimum necessary permission and the required location. Do not make the employee an administrator just to make them appear in the list. If they appear only after receiving full administrative access, restore the restricted role and send the exact test case to support.

The Model Checklist Does Not Appear

Symptom: after selecting the device and model, the expected items do not appear or disappear from the view. The cause may be an incorrect model relationship, an invalid list format, selection of a fallback model, an old record, or incompatible releases.

What to check: open the model and confirm that the correct brand and device are selected. Check that items are separated with vertical bars, save the model, and create a new record. Compare the edit form, view, and PDF.

Fix: remove duplicates, correct the separators, and repeat the test using one short list. If the form saves the items but the view does not display them, do not reenter the information in a free-text field. Check the changelog and compatibility, then roll back the latest update in a test copy if the defect appeared immediately afterward.

Email or SMS Is Not Sent When the Status Changes

Symptom: the status changed, but the customer received no message. The notification depends on the contact details, transport, template, and enabled delivery type in the repair order.

What to check: that the test customer has a phone number or email address, that the channel test succeeds in Business Settings, that the specific status has a non-empty SMS template or email subject/body, and that the required channel is selected in the repair order. For email, verify the SMTP host, port, and encryption with the server administrator. For SMS, verify the provider's URL, method, parameters, and requirements.

Fix: first achieve a successful transport test, then use a short template for one status. If saving an operational action begins to fail after automatic delivery is enabled, disable that channel and restore the core workflow, then diagnose the integration separately.

A Repair Order Is Marked Complete Too Early

Symptom: a record disappears from the active queue or is treated as finished while still waiting. The likely cause is that Mark this status as complete is enabled for an intermediate status.

What to check: all statuses and their completion flags. Compare them with your internal definition of completion: technical readiness or release to the customer. Review older records, but do not change them in bulk without a backup.

Fix: leave the flag enabled only for final states. If reporting must distinguish between "ready" and "released," use separate statuses and agree on which one is considered complete. When in doubt, it is safer not to complete an intermediate state.

Public Status Lookup Cannot Find the Repair Order

Symptom: the record exists in the admin panel, but the Repair Status form returns an empty response. Possible causes include the wrong search type, an error in the number, serial number, or phone number, stale data after an update, or a disabled feature.

What to check: copy the number from the saved repair order, first search using only the required value, then add the serial number. Try the invoice number or phone number only if those options are visible in your form. Check whether the button itself appears on the login page.

Fix: correct the test repair-order data or use a supported search mode. Do not weaken validation by randomly exposing internal information. If the feature was disabled through SHOW_REPAIR_STATUS_LOGIN_SCREEN=false, restore it only after evaluating security.

The PDF or Label Does Not Include the Required Information

Symptom: customer data, a checklist, or a signature is missing, or the document is overloaded. PDF and label settings control output separately from whether the data is stored.

What to check: Show Customer information, selected fields, customer signature, and the source repair-order content. Generate a new document after making changes. For labels, check the command from the repair-order view.

Fix: enable only the necessary fields and shorten custom signatures. If data appears in the form but does not reach the PDF after an update, compare behavior in a test copy and contact support with the release number, a screenshot of settings, and an anonymized example.

Part of the Workflow Behaves Differently After an Update

Symptom: the design, action sequence, search behavior, or display of old records has changed. First separate an expected interface change from data loss.

What to check: a reference old repair order, creation of a new one, the checklist, status list, PDF, notification, and public form. Review the application log and the module's exact changelog. Record the action, user, and location where the problem can be reproduced.

Fix: if a critical workflow is broken, stop new operations and restore the agreed backup in a separate environment. Do not replace files selectively on the production server without understanding database migrations. For support, prepare a reproducible case without secrets or personal data.

How to Evaluate the Implementation Outcome

Implementation is complete not when every catalog is filled in, but when another employee can continue a repair without verbal explanation. Run a control day using test orders or straightforward real orders and observe the handoffs. Do not coach every step; otherwise, you will be testing the administrator's memory rather than the clarity of the system.

Verification From Intake to Release

1. The intake employee creates a repair order and records observable condition.
2. The technician finds the assignment at their location and understands the required diagnostics.
3. After diagnostics, the record contains a confirmed cause rather than a retroactively edited customer complaint.
4. Labor and parts correspond to the actual repair and inventory rules.
5. The status changes after an event, and the template sends a clear message.
6. The final checklist proves the outcome, the document is readable, and the device matches its identifier.
7. Customer status lookup shows the permitted state without internal information.

Ask each participant to identify the point where they hesitated. That is the best input for adjusting a status, label, or checklist. Do not add a new field for every uncertainty. Sometimes changing a status name or list order is enough.

Three Metrics Worth Tracking

The first is the share of repair orders without an assigned next action. The second is the number of records stuck in an intermediate status after their due date. The third is unexplained differences between the initial and final checklists. These metrics do not require complex reports promised by the module: you can use them as management questions when reviewing the queue.

Avoid the metric "number of status changes." A large number of transitions does not mean high-quality work. The system is useful when every transition corresponds to an event and reduces uncertainty for the next participant.

Connecting to Standard UltimatePOS Sales and Inventory

A confirmed and useful connection is UltimatePOS's own products and services. Create a repair service without inventory management and a physical spare part with stock tracking. Use each in the repair order for its intended purpose, then after completion verify the billing line items and the stock change for the part in the standard UltimatePOS area.

This is not a separate integration, but a strength of the module architecture. The repair shop does not maintain a repair list in one application and parts sales in another. Verification is still essential: if an employee adds a spare part only as text in the diagnosis, inventory will not know about it. If a service is set up as an inventory product, it will create a meaningless stock balance.

Video Demonstration of the Workflow

The official Ultimate Fosters video shows the Repair Module specifically for UltimatePOS and helps connect the guide's terminology with the interface. Use it as a visual introduction to the general repair-shop workflow, not as a replacement for current documentation: screen appearance can change over time, while the repair order, device, assignee, and status remain central.

Advance Repair Module Questions and Answers

Can I install the module in WordPress?

No. This is a PHP/Laravel add-on for UltimatePOS Advance, not a WordPress plugin. You need a working UltimatePOS base system, and installation is performed through its module-management area. The image publishing path on this page does not change the product's platform.

Does Advance Repair Module Work on Its Own?

No. CodeCanyon explicitly describes the product as an optional extension for UltimatePOS Advance. Without the base application, it has nowhere to connect customers, products, services, users, locations, and sales. If UltimatePOS is not right for the business, compare standalone systems for repair shops.

What Should I Configure First After Installation?

Start with roles and a test technician, then configure the initial status, general checklist, device types, and one model. After that, create a complete test repair order. Do not begin with a bulk model import: errors in status workflow and access are more important than catalog size.

Why Is a Notification Not Sent After a Status Change?

Check the entire chain: customer contact details, configured email or SMS in Business Settings, a non-empty template for the specific status, and the enabled notification type in the repair order. An empty template means no message will be sent. Test the transport separately first using a controlled contact.

How Can a Customer Check Repair Status?

If the feature is enabled, the login page provides a Repair Status button. According to the official documentation, the customer can enter the repair-order number and, if necessary, the serial number; the current demo form also offers searches by invoice number or phone number. Check the actual fields in your installation and the amount of information disclosed.

Can I Hide Public Status Lookup?

Yes. The official documentation specifies the SHOW_REPAIR_STATUS_LOGIN_SCREEN=false parameter in .env. The change should be made by a server administrator who has a backup of the file and verifies the login page afterward. Do not edit other parameters at the same time.

How Do I Add a Technician to a Repair Order?

Create or edit the user, assign their role and required locations, then grant the Service staff permission. If the employee is still not visible, create a new test repair order at their location and check whether the account is active.

How Do I Update the Module Without Losing Repairs?

Check compatibility with the base UltimatePOS system, create a restorable backup of the database, uploads, .env, and custom changes, pause new data entry, and repeat a reference workflow before and after the update. In the event of a critical failure, restore the agreed full backup rather than individual random files.

When CodeCanyon Advance Repair Module Is a Good Choice

The module is a good fit when UltimatePOS already serves as the center for sales, inventory, customers, and employees, but the repair business lacks a connected repair workflow. Its strongest features are the repair order with device and condition data, model checklists, service staff assignment, managed statuses, notification templates, document printing, and customer-accessible status lookup.

Before going live, confirm four things: compatibility with your base system, a restorable backup, minimal roles, and a complete test cycle. Then expand the catalog based on the actual order flow. Do not try to describe every model and every rare status in advance. A good configuration reduces uncertainty at the next step instead of simply adding more fields.

If the test workflow succeeds from intake through release, data is visible only to the right employees, notifications have been verified, and the public form does not disclose unnecessary information, you can download CodeCanyon Advance Repair Module and plan installation in a test copy of UltimatePOS. Keep the original category mismatch in mind: the downloadable archive is intended for the UltimatePOS system, not the WordPress dashboard.