OEM stands for original equipment manufacturer and is a term that refers to the companies that produce parts, assemble them into finished products and sell those products to other manufacturers or distributors. This type of business is typically found in industries such as automotive, computer hardware and electronics.
Many oem parts digital manufacturing companies have extensive service departments that deal with repairing, upgrading or replacing products. They also use a large amount of spare parts for maintenance and support purposes. Digital spare part production can help companies to reduce their physical inventory costs and keep an up-to-date catalog of replacement parts.
Keeping an up-to-date inventory of spare parts is difficult because a complex supply chain leads to a large number of spare parts that have to be kept in stock, which can be difficult to manage with limited resources and storage capacity. This makes it important to find new ways to keep a robust and up-to-date inventory of spare parts to ensure that equipment remains operational and running efficiently.
Digital warehousing and digital fabrication of spare parts offer solutions to these challenges. They can be used to maintain a large inventory of spare parts that can be ordered on demand and shipped directly to the company that needs them. Know more about printing at http://www.ehow.com/how_4997261_install-printers-software.html.
Another benefit of using professional 3d printing service is that they enable the creation of new spare parts only when they are needed, avoiding stocking and disposal costs. This helps to avoid obsolescence, which can cause high production and inventory costs.
In addition, digital warehousing and digital fabrication can be used to create parts for older models that are no longer manufactured. This method can be used to resurrect older spare parts and make them more useful by adding functionality to the part and modifying the design for newer production processes.
Creating a network of digital spare parts is challenging and requires ICT capabilities as well as part documentation to be in place. This will require companies to invest in ICT infrastructure and the ability to store and transfer files in a variety of formats.
The implementation of digital spare parts could be beneficial to companies that have large amounts of existing equipment and a high demand for maintenance and repair services. It may also be an option for companies that have equipment with unique parts or are unable to easily find a vendor to reprint old or obsolete components.
This is especially true for companies that manufacture large industrial machinery and rely on their spare parts to keep the equipment running smoothly. This is because of the fact that these machines are designed to operate in harsh environments, which can make them susceptible to breakdowns.
Ultimately, companies must decide whether they want to keep their spare parts production in-house or allow other companies to manufacture the products that they need. Generally, the latter option is preferred since it allows companies to increase revenue and customer satisfaction with their existing fleet of equipment. Moreover, it provides companies with an opportunity to expand their market share by selling replacement parts to other manufacturers or distributors of equipment.
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