Low-volume manufacturing is a quantity-specific type of manufacturing involving the production of end-use parts, components, or prototypes within 100 to 10,000 units. Low-volume production is often carried out to bridge the gap between successful prototypes and full volume manufacturing. It is also employed to stimulate market entry with the first couple of units before a product fully accepts and demands higher production.
The manufacturing cost associated with low-volume CNC machining hinges on many factors. Although these factors are the same that will generally affect any form of manufacturing, we shall be considering how specific factors can alter your production cost when low-volume manufacturing is involved.
1. Quantity
It&#;s no secret that production volume and total production cost are directly proportional. We understand that every cost unit has a fixed and variable factor from economics. The fixed costs are the costs that will remain constant irrespective of the quantity produced. Examples of fixed costs include building rental, taxes, salaries, depreciation, insurance, and maintenance costs. On the other hand, variable costs will increase or decrease based on the quantity being produced. These include labor, raw materials, shipping, freight, and utility costs.
When dealing with low-volume manufacturing, there is a higher chance that your production cost will be driven upwards by the fixed costs that won&#;t be spread over too many parts.
Another angle to consider is how low-volume manufacturing will generally increase the operational time. This is because of the numerous stops and starts when making only a few units of a part. Unlike full-scale manufacturing, where tens of thousands of products are being run. You may simply need units of product A and 500 of product B. A lot of time is lost between programming, adjustment, test runs, and operators getting used to your part.
2. Raw materials
Raw material cost is a crucial example of the variable costs summarized above. The quantity of raw material required to run a specific job depends on the number of parts to manufacture with the material. Furthermore, the nature of the end part and the type of raw material go hand in hand. This will also affect the landing cost of your low-volume project. While manufacturing lesser units will mean lower raw material volume, choosing the wrong material for your part can shoot up your cost.
Factor in the ease of machining the material, the ratio of waste, and the need for post-machining operations. As low-volume manufacturing is often a bridge for full-scale manufacturing and product prototyping, you may consider using viable alternatives for the intended initially raw materials to save cost or aid turnaround.
3. Manufacturing Cycle Time
The manufacturing cycle time refers to the total time taken to produce a batch of parts. Depending on the total quantity to be manufactured and the machine capacity, a batch may run 500 to + units at a time. The longer it takes to make a single unit of your part, the more that unit will likely cost. This cost will also be scaled to accommodate the total units you desire to make, although, at some volumes, the cost per part begins to reduce.
Factors like unit production time and power costs are the biggest drivers in the manufacturing cycle time. Following DFM guides can help you identify many cost-saving approaches and increase the overall quality when producing your part.
4. Labor cost
In almost every workshop, labor cost will be one of the heavy hitters in manufacturing low-volume projects. Depending on the complexity of parts and the need for assembly or post-machining, the labor cost may be affordable or pricey. Therefore, many product developers are advised to do away as much as possible with purely aesthetic features as this will take significant effort on the labor to execute the design. DFM guides also advise that parts should be designed as composites without the need for assembly or post-production fitting when doable.
Labor cost is also impacted by the country of manufacture, the skill level required, the hourly rate, and the minimum wage in the area. This is particularly important if one of the unique selling points (USP) of your product is themed around hand-made inputs (for instance, car dashboards like the Mercedes Benz or BMW). Low-volume projects in China should be relatively less expensive than production batches run in the US or Europe.
5. Country of manufacture
Where your part manufacturing also plays a critical role in the landing cost of your low-volume projects. It also hinges on the total quantity to be manufactured. While China remains the world&#;s capital for manufacturing, consider if the shipping and logistic costs will take over the labor cost if you choose to manufacture somewhere closer to your home country.
Next, ponder the nearness of the raw material and raw material costs in each location. Irrespective of the volume, many entrepreneurs and companies have found that China remains the optimal location due to the region&#;s rates and taxes, power costs, experience, versatility, availability, and labor cost.
6. The production lead times
Leadtimes refer to your production delivery schedule. The extent of flexibility of your project deadline may help you drive up or down your low-volume production costs. Quite understandably, if you need only a few volumes of items on a tight deadline, you must be ready to pay top dollar. This is because the manufacturer will logically prioritize mass production demands at profitable rates over your order.
If you want a factory rush order, this will likely mean that the workshop will have to suspend its other jobs and dedicate resources (machines and labor) to it. Overtime payments may even arise.
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The longer your order can go, the lesser the cost of production for you. This is why it is imperative to time and plan your demand and supply and contact your supplier weeks ahead before the due date.
7. Demand and Supply
As we all know, there is no business without economics.
Planning around your supplier&#;s peak period can drive the cost of your project significantly because of the strain on the resources available in the workshop at that period. When demand is high, your manufacturer is likely to charge you higher because the higher the demand, the higher the price. However, placing your order at their less active and quieter periods will be the opposite &#; lower rates.
An example can be made for seasonal stock, such as sweaters and knitwear. You can either place your order in the ember months, where you have to pay more or plan your resources and have your stock made in January for lower&#;assuming that the cost of storing your inventory till winter is still lesser than manufacturing in the peak period.
All manufacturers have highs and lows in their demand. Talk to your supplier on best to manufacture your low-volume production and negotiate better prices.
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Unlike mass production, low-volume production requires minimal upfront investment in tooling, which significantly reduces setup costs. Manufacturing smaller quantities also allows businesses to avoid large inventory costs.
With shorter lead times and rapid tooling techniques like injection molding, vacuum casting, and additive manufacturing, products can be launched to the market quickly. This advantage is particularly useful when responding to market shifts or customer demand.
Low-volume manufacturing enables the production of complex designs and precision engineering. Processes like CNC machining, sheet metal fabrication, and rapid prototyping can create tight tolerances and complex shapes, often with high-quality components.
This manufacturing strategy allows for gathering customer feedback early in the process, enabling quicker design iterations and adjustments before transitioning to mass production.
Low-volume production supports a variety of processes, including contract manufacturing, layered manufacturing, and manual labor for intricate assembly. This versatility ensures adaptability across industries like healthcare devices, automotive, and consumer electronics.
Many companies outsource to Custom Cable Manufacturing in India to take advantage of its competitive pricing, skilled workforce, and efficient high-volume production processes.
Low-volume manufacturing encompasses several methods tailored for producing small quantities of products. Each method offers distinct benefits and is tailored to various types of projects.
Outsourcing production to specialized contract manufacturers in India can be a cost-effective option for low-volume manufacturing. These manufacturers have the expertise and equipment to handle various production processes.
While often associated with high-volume production, injection molding can be adapted for low-volume manufacturing using smaller molds and specialized techniques.
This technology is ideal for low-volume production, as it facilitates the direct creation of complex parts without the need for tooling. Additive layer manufacturing is particularly suitable for prototyping and producing smaller quantities.
Computer numerical control (CNC) machining is a versatile process for low-volume production of various materials, including metals, plastics, and composites.
Involves cutting, shaping, and bending sheet metal to create components. It can be used for low-volume production of products such as enclosures, brackets, and panels.
Vacuum casting is a technique suitable for producing small quantities of complex parts with high precision and detail. It is often used for prototyping and low-volume production of products like healthcare devices and consumer electronics. By choosing the appropriate method for their specific needs, manufacturers can effectively manage costs, reduce lead times, and produce high-quality products in low volumes.
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