Modern industrial and commercial practice revision notes

Modern Industrial and Commercial Practices

Scales of Production

1. One-off/Bespoke Production: This involves creating a single product tailored to a specific customer’s requirements. Examples include custom wedding dresses or handmade furniture.
2. Batch Production: In this method, a set number of identical products are made at once. For instance, a clothing line may produce a batch of 100 shirts in various sizes.
3. Mass/Line Production: This is the large-scale production of standardized products, often using assembly lines. Think of how cars are manufactured in factories.
4. Unit Production Systems (UPS): UPS focuses on the efficient movement of items through the production process, often using overhead transport systems to minimize handling.
5. Quick Response Manufacturing (QRM): This approach aims to reduce lead times and respond swiftly to market changes, often seen in fashion where trends can change rapidly.
6. Section Production: This involves dividing the production process into sections, allowing for specialization and efficiency.
7. Vertical In-house Production: This refers to a company controlling all stages of production, from raw materials to finished goods, enhancing quality control.

Role of Computer Systems

• Planning and Control: Computer systems are integral in scheduling production runs, managing inventory, and ensuring that resources are used efficiently.
• Reducing Waste: Technology helps in optimizing processes to minimize waste, both in materials and time.
• Responding to Consumer Demand: With real-time data, manufacturers can adjust production levels quickly based on market trends.

Computer-Controlled Systems

• These systems automate various aspects of production, distribution, and storage, enhancing precision and efficiency.

Standardised and Bought-in Components

• Many manufacturers use components made by specialists to streamline production. This includes sub-assembly, where certain parts are manufactured separately before being integrated into the final product.

Global Production Impacts

• Positive: Access to a wider market, cost reductions, and increased efficiency.
• Negative: Potential job losses in local markets, environmental concerns, and reliance on international supply chains.