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Discrete manufacturers produce things, while process manufacturers produce stuff.

Discrete manufacturers produce quantifiable and itemized goods that frequently require assembly on a production line. These products are ordered, manufactured, assembled, and supplied following the customer's "quantity requirements." discrete manufacturing companies include the Ford Motor Company, which manufactures trucks and automobiles, Rawlings, which manufactures baseballs and gloves, Apple, which manufactures iPhones and computers, Nike, which manufactures shoes; and all the other companies that manufacture various widgets and gizmos.

Discrete manufacturers may have an extremely complicated bill of materials (BOM), including components or raw materials. Additionally, the majority of manufacturers employ a multi-step assembling procedure. When a single component or substance is missing, the entire production line or process may come to a grinding halt. Additionally, assembly demands a large amount of manufacturing floor area, many machines frequently grouped in cells, and typically requires more human input and work throughout the process. As a result, accessibility is critical. Without these items, creating a final project might not be easy.

Continuous-flow or process manufacturers create products that must be blended according to a formula or recipe. Pharmaceutical firms such as GlaxoSmithKline, chemical firms like Dow Dupont, and oil firms such as Exxon Mobil Corporation are also instances of continuous process manufacturing firms. Most food and beverage businesses also fall under this category, owing to the continuous manufacturing processes employed, even if the end product is a tangible, packaged food item or bottled beverage. Customers place orders with process manufacturers based on "how much" of a particular item they require.

Whether manufacturing shoes and automobiles or processing bleach or oil, manufacturing analytics, and productivity technologies are vital to maintaining production; regardless of their distinctions, many manufacturers include parts of both types of products in their manufacturing processes. While the two manufacturing styles appear opposed, they share supply chain features, demand for data, and a desire for control over variability.

Automation Enables "Continuous Flow"

Process manufacturing's intrinsic advantages, such as real-time monitoring, 24/7 production, decreased labor requirements, lower inventory, inventory management expenses, and a high-quality rate due to rigorous input/output controls, are enough to make discrete manufacturers green with envy. Automated equipment, such as robots or programmable machines, and the measurement of machine metrics are all being used to improve the continuous flow of an assembly line in many discrete manufacturing companies.

With an increasing number of assembly lines centered on robots or "cobots" (i.e., the symbiotic relationship between a robot and an operator), the promise of "lights-out" manufacturing, in which plants churn out discrete products 24/7 with little or no human oversight, is no longer a smart factory fantasy.

Even yet, assembling without human involvement is a difficult task. There are numerous procedures, components, and equipment involved, and the requirements for changeover and the intricacies of quality control make human operators especially suited.

Automation offers significant productivity increases, but any major retooling toward automation must be informed by the analytics obtained today, using the benchmarks established by existing machines and their operators.