# Discrete / Parallel Process Flows

YouTube: [Assemble Discrete Process Flows](https://youtu.be/-RFspVnPO-I?si=hBLyppNdA30M-luA)

#### 🔧 **How to Execute an Assembled Discrete Process & Complete the Pairing Production Entry**

This tutorial provides a step-by-step guide to executing an **Assembled Discrete Process** and completing the **Pairing Production Entry** in a manufacturing or production environment. This process is crucial for assembling components into a unified finished product and ensuring proper documentation at every stage.

***

### 🧩 What is an Assembled Discrete Process?

An **Assembled Discrete Process** is used when multiple separate items or components (e.g., left and right shoes👟, sleeves👕 and shirt bodies, or left/right speaker units🔊) are **paired or assembled** into a single finished product. This process ensures that inventory and production tracking remain accurate and aligned with actual output🎯.

***

### 🛠️ Step 1: Create Discreet Processes

Before starting the assembly:

1. ➕**Define individual processes** for each component part.
   * 📍Navigate to **Issue for processing-Assembled discrete processes** option under **Production Discrete** section. 
   * 🧾These are treated as standalone items until they are ready to be combined.
   * 📌**Example**: Left shoe production and right shoe production are managed separately.
2. ✔️Ensure each discreet process is recorded properly, with its own:
   * 🧾Job Order
   * 🔢Quantity
   * 👷Responsible worker
   * 📈Status updates

***

### 🔗 Step 2: Initiate the Assembled Discrete Process

Once the components are ready:

1. 📍Navigate to **Receipts Against Issues-Internal** option under **Production Discrete** section. 
2. 🧩Go to the **Assemble Discrete Process** form or module in your production system.
3. 🧠This form allows you to bring together all related discreet items to create a **single, assembled product**.

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### 📋 Step 3: Select the Job Order

1. 📂From the form, choose the **Job Order** under which this assembly is being performed.
2. 📊The system will automatically calculate how many complete sets can be made based on the **lowest quantity available** across all components.

> 🔎 **Example:**\
> If you have:
>
> * 100 left sleeves👕.
> * 85 right sleeves👕.
> * 90 main shirt👕 bodies.\
>   ✅Then only **85 full shirts** can be assembled.

🛑This prevents partial or incomplete product creation and ensures only viable, sellable units are processed.

***

### 🧵 Step 4: Confirm Assembly Based on Quantity

1. ✅Once you confirm the quantities:
   * 🛠️The system will **combine the discreet items** into complete finished goods.
   * 📦These items are now treated as **single products** in the system, not as individual components.
2. 🔁These assembled items will now proceed to the **Finishing and Packing** department.

***

### 👷 Step 5: Assign Worker & Save

1. ✍️In the assembly form, record the **name of the worker** responsible for the pairing or assembly.
2. 💾Click **Save** to confirm and finalize the process.
   * This logs🗂️ the action for audit purposes.
   * It also updates✅ inventory and process status in the system.

***

### ➕ Step 6: Add Production Entry – Pairing Process

This step confirms the transformation of components into a finished product.

1. 📍Go to the **Production Entry** module.
2. 🆕Create a new entry specifically for the **Pairing Process**.
3. 🔁This step:
   * ✅**Officially marks** the completion of the pairing.
   * 📦**Updates system** inventory to reflect finished goods.
   * 📤Signals readiness for the next department **(e.g., Finishing, Quality Check, or Packing)**.

***

### ✅ Final Review

After completing the above steps, you will have:

* ✔️Successfully assembled discreet items into a finished product.
* ✔️Documented the responsible personnel and quantities involved.
* ✔️Recorded the production activity for traceability and reporting.

***

### 📌 Best Practices

* 🔁**Double-check quantities** before assembly to avoid material wastage or imbalance.
* 📲Keep production **documents updated** in real-time to ensure smooth downstream operations.
* 👤Always assign a responsible worker for **accountability and performance tracking**.
* 📊Use system-generated reports to **monitor assembly efficiency** and yield.


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