Make to Order (MTO): Customized Manufacturing for Modern Demands

Discover how Make to Order (MTO) strategy empowers businesses to provide tailored products, reduce inventory waste, and meet specific customer demands efficiently.

Unlocking the Potential of Make to Order (MTO) Manufacturing Strategy

Make to order (MTO), or made to order, is a forward-thinking business production strategy that enables consumers to purchase products specifically crafted to their unique specifications. In this manufacturing process, production begins only after a confirmed customer order is received, presenting businesses with the opportunity to seamlessly integrate customization into their offerings.

Key Benefits of MTO

  • Customer Customization: MTO allows businesses to tailor products exactly to customer requirements, enhancing customer satisfaction.
  • Reduced Stock Obsolescence: By producing items only on order, businesses minimize the risk of unsold, outdated stock piling up in warehouses.
  • Inventory Efficiency: MTO reduces the need for large amounts of finished goods inventory, consequently lowering storage costs and waste.

Drawbacks of MTO

  • Longer Wait Times: Custom production requires a longer lead time, potentially making customers wait before they receive their tailor-made products.
  • Higher Costs: Customized production is often more expensive compared to mass-produced goods due to the specialized nature of the manufacturing process.

Understanding the Make to Order (MTO) Process

The MTO strategy means that a firm starts manufacturing the final product only after the customer places an order. This leads to extra wait time but offers unparalleled customization compared to purchasing products directly from retailers.

As a pull-type supply chain strategy, products are crafted solely based on confirmed customer demand. This approach is especially valuable in specialized industries such as aircraft, shipbuilding, bridge construction, and more. MTO is ideal for complex and highly configurable products like computer servers, automobiles, and bicycles, where maintaining extensive inventory isn’t feasible.

A notable example of an MTO strategy in action is Dell Computers, where customers can order fully customized computers online, which are assembled and delivered to them within a few weeks.

The biggest advantage of the MTO system lies in its ability to deliver products that meet exact customer specifications, reducing the need for sales discounts, and managing stock obsolescence effectively. However, the MTO system’s success relies on proactive demand management and isn’t suitable for every product type.

In contrast, [assemble to order (ATO)] is another production strategy where pre-manufactured parts are assembled once an order is received, allowing for quick fulfillment and a moderate level of customization.

Comparing Make to Order (MTO) and Make to Stock (MTS)

Traditional production methodologies like make to stock (MTS) produce and keep inventory ready for purchase. However, this method can lead to inventory wastage and obsolescence, particularly in fast-paced industries such as technology.

In MTS, production is driven by future demand forecasts, which can often be inaccurate, leading to excess inventory or stockouts. The MTS method works best when demand fluctuations are predictable, but that’s often not the case, which can result in financial losses due to either overstock or obsolete inventory.

While MTO offers impressive customization potential, it also comes with challenges related to timeliness and cost. Since MTS enables immediate purchasing, customers don’t face delays in receiving products, whereas MTO requires waiting until the product is made, assembled, and delivered as per their instructions. Moreover, the cost of producing unique, made-to-order products is typically higher compared to mass production benefits enjoyed through economies of scale.

Overall, while MTO offers significant benefits in terms of customization and inventory management, businesses must weigh these against the potential downsides to determine the best production approach for their offerings and customer expectations.

Related Terms: Make to Stock, Assemble to Order, Supply Chain, Inventory, Economies of Scale.

References

Get ready to put your knowledge to the test with this intriguing quiz!

--- primaryColor: 'rgb(121, 82, 179)' secondaryColor: '#DDDDDD' textColor: black shuffle_questions: true --- ## What does "Make to Order (MTO)" primarily imply in manufacturing? - [x] Production begins only after a confirmed customer order is received - [ ] Products are made in advance and stored in inventory - [ ] Raw materials are purchased without regard to customer demand - [ ] Standardized products are produced at a continuous rate ## Which of the following best describes a key advantage of Make to Order (MTO)? - [ ] High inventory carrying costs - [x] Reduced inventory levels - [ ] Long lead times for all customers - [ ] Uniform product offerings ## Which business scenario is most suitable for using a Make to Order (MTO) strategy? - [ ] A high-volume production of standardized goods - [x] Customized or highly variable demand products - [ ] Seasonal products with predictable demand - [ ] Low-margin, fast-moving consumer goods ## In Make to Order (MTO) manufacturing, what happens to production lead times? - [ ] Lead times are eliminated - [ ] Lead times are lengthened globally across all orders - [x] Lead times vary according to order specifications - [ ] Lead times are shortened significantly for all orders ## What is a primary challenge associated with a Make to Order (MTO) system? - [ ] Overstocking finished goods inventory - [ ] Minimizing variations in production - [ ] Reducing customer customizations - [x] Managing production to meet fluctuating demand ## Which industry might benefit most from adopting a Make to Order (MTO) approach? - [ ] Fast fashion retail - [ ] Packaged food production - [x] Custom machinery manufacturing - [ ] Commodity chemical production ## Make to Order (MTO) is generally adopted to improve flexibility in dealing with what type of orders? - [ ] Standardized orders - [x] Customized orders - [ ] High-volume inventory push - [ ] Continuous production scheduling ## How does Make to Order (MTO) differ from Make to Stock (MTS) in terms of inventory management? - [ ] MTO incurs high inventory costs while MTS does not - [x] MTO focuses on minimizing finished goods inventory, whereas MTS maintains high levels of inventory - [ ] Both are similar in requiring high levels of raw material inventory - [ ] Both are designed primarily for handling surplus production ## Why might a company choose Make to Order (MTO) over Make to Stock (MTS)? - [ ] To quickly respond to market surpluses - [ ] To ensure uniformity of products - [x] To tailor products specifically to customer needs - [ ] To avoid higher production costs ## In a Make to Order (MTO) environment, what initiates the start of production? - [ ] Market demand forecasts - [ ] Supply chain disruptions - [ ] Internal stock levels reaching a minimum threshold - [x] A confirmed customer order