Electronics Manufacturing Services (EMS). Definition and Industry Overview | Assel (2024)

Electronics manufacturing companies are critical partners for Original Equipment Manufacturers (OEMs), who need expert assistance with assembly and supply chain management. The services of electronics manufacturers include the assembly of printed circuit boards (PCBA), the production of electronic modules, as well as the entire devices . Behind the success of many products introduced to the market is a professional and reliable supplier – an EMS company. Before we go further, let’s stop for a second to cover the definition of electronics manufacturing services, and what does it refer to.

Electronics Manufacturing Services (EMS) - Definition


Electronics Manufacturing Services (EMS) applies to the entire industry as well as to a specific class of subcontractors or companies. It is often used interchangeably with the term Contract Manufacturing Services (CMS) or Contract Electronics Manufacturing (CEM). Electronics Manufacturing companies provide a very broad range of manufacturing and accompanying services, such as supply chain management, engineering and product management support, as well as after sales support. Designed especially for OEMs, the services of EMS providers allow manufacturers to focus on their core business, i.e., product research and development, as well as sales and marketing of their devices.


Electronic Manufacturing Services Industry Overview

The electronic manufacturing services market has been constantly growing for years. In addition to the production side, EMS companies also often offer support OEM’s in logistics management, purchasing assistance, and managing the entire supply chain. The industry is expected to grow on average at the rate 7.5% per annum in the 2018-2024 period.

The electronics industry is very wide-spread and refers to a variety of industries, including governmental (eg. security and access control applications), industrial (eg. automation, IoT), consumer (smartphones, PCs, laptops etc.), healthcare (medical devices) or automotive. The growth of the EMS industry is mainly driven by the rising demand for automotive and consumer electronics, as well that is electronics becomes more present in each and every product that we face in daily lives. This rising need for electronics and innovative technological solutions, combined with growing customer requirements, the need to control costs and trend for automation, mean that OEMs increasingly need to choose to cooperate with partners offering industry knowledge and experience in the area of manufacturing.

To better understand the “jargon” used in the electronics manufacturing industry, please find the list of EMS acronyms typically used regularly used in the industry.


Electronic Manufacturing Industry - Tiers

The electronic manufacturing industry is commonly divided into tiers, which is mainly size-related. These tiers are predominantly based on revenue. The most important is that both the OEM and the EMS provider find a partner that is “best” fit for each other and match each other strategies.

On the end of the day, the reality is that electronics manufacturing companies representing Tier 3 or 4 can have exactly the same experience and competences as these from Tier 1 or 2. But it does not mean that both will provide the same quality customer service for different type of OEMs, that are also segmented into tiers. Threes and fours are simply smaller companies. But on the other hand, smaller companies frequently present more partnership approach and are more committed. It is extremely important, that a good fit is obtained and if it is – it is only when such two companies can build a beneficial partnership between each other and gain an abnormal commitment from an EMS provider.


Electronics Manufacturing Applications

From various industrial sectors up to the medical industry, more and more OEM’s are increasingly searching for electronic manufacturing services. Gone are the days when OEMs decided to work with a contractor for purely operational and strictly assembly-only reasons. Today, it is part of a well-thought-out overall business strategy.

Indeed, manufacturers have discovered that with a collaborative approach, they can achieve significant benefits that improve their customer service and quality of their products, as well as enable them to react faster to dynamic market changes. Thus, the total costs are reduced and OEMs achieve a value they would have a hard time to build on their own.

A few critical applications and their specifics that are worth having a glance at, are:

Medical devices: OEMs from the healthcare industry look at adequate certifications (ISO 13485), as well as tight process control and above average quality standards at the electronic manufacturing provider.

Industrial automation devices: a broad segment of devices that relate to industry-related devices, mainly used for control and automation of various processes. EMS providers supporting industrial electronics are required to be able to adequately manage high-mix low-volume production and support a variety of processes for OEMs (printed circuit board assembly, conformal coating, final assembly, electro-mechanical integration, testing).


What is High-mix low-volume (HMLV) electronicmanufacturing?

A high-mix low-volume production environment refers to the setting, where assembled devices vary in the size of the production batch, production processes applied and its final application. EMS providers that offer high-mix low-volume (HMLV) electronics manufacturing services, have the capability to adapt to the conditions, where product changeovers are common and thus the EMS needs to reconfigure the assembly lines in a matter of minutes. HMLV providers can much more easily adapt to changes in requirements and are capable to react to increased demand of the Customers.

High-mix low-volume electronics manufacturing providers require very precise controls and experienced indirect resources, since various challenges they experience bring additional threats of mistakes. That is why automation, lean approach (incl. SMED), yet strong software control and organized, smart factory is a key element for supporting high-mix low-volume electronics manufacturing projects.

Electronics Manufacturing Services (EMS). Definition and Industry Overview | Assel (1)Electronics Manufacturing Services (EMS). Definition and Industry Overview | Assel (2)

What are the capabilities of Electronics Manufacturing Services providers?

One of the main services offered by the electronics manufacturing services providers is the Printed Circuit Board Assembly (PCBA) capabilities. Currently, the technological advancements allows a very fast and high-quality assembly, due to precise components placement capabilities. A sophisticated SMT assembly line is priced even on the level of millions of dollars, thus it may be an extremely high investment for an OEM. However, if they leverage the fact that the electronics manufacturers produce for a variety of Customers, they can gain access to a modern, fast, and flexible production lines for assembling complex electronic boards at a reasonable price.

Furthermore, many EMS companies provide assembly processes for combining printed circuit board assembly, together with cable harnesses assembly, box build or electro-mechanical assemblies along with the testing procedures. This provides the complete assembly services, where the OEM gets a complete offer and does not have to at all be involved in the production process at all.

The scope of services that electronic manufacturing services companies provide will vary one from another, depending on their strategy and capabilities. In summary, you can expect the following assembly services:


• PCB assembly (inc. SMT Assembly, THT Assembly and Conformal Coating)
• Box Build (including Potting)
• Electromechanical assembly (including Cabinet Assembly)
• After-Sales Services (such as refurbishments, repairs, upgrades etc.)

Working with a partner that offers wide-scope electronics manufacturing services means that the OEM gets all required services under one roof and within a one process flow, keeping every aspect of the entire process under control.

The EMS providers also offer assistance with a variety of associated services, in particular:


Engineering Support

Electronics manufacturing service providers retain professional technicians and engineers experienced in product management, production processes and testing. Thanks to this, the EMS can provide Customer’s product management support within the whole production life cycle. This includes BOM and revision management, component engineering, as well as ECO management and other associated capabilities, such as support with working with product certification entities, such as ETL, TUV or UL. Furthermore, the broad knowledge of the production process and material structure, allows a good electronics manufacturer to offer design for manufacturability (DfM) or design for test (DfT) services.


New Product Introduction

One of the most critical processes in electronic manufacturing is the New Product Introduction process, also known as NPI. A qualified EMS provider will conduct an in-depth evaluation of the new product before its implementation to the serial production. This will include a very complex study of the potential risks during the production (P-FMEA evaluation), all programs preparation, as well as trial production and material verification (eg. RLCD measurements). Such procedure also takes into account the design, build and preparation of all necessary product-specific tooling (eg. stencils, soldering frames) or jigs (poka-yoke).

Electronics Manufacturing Services (EMS). Definition and Industry Overview | Assel (3)Electronics Manufacturing Services (EMS). Definition and Industry Overview | Assel (4)


Supply Chain Management and Procurement

Guided by the product specification and bill of materials (BOMs), the electronics manufacturing supplier conducts complete procurement and sourcing operations, where most importantly he finances the material on behalf of the OEM resulting in a positive cash flow for the Customer.

Professional electronic manufacturing services companies strive to optimize service costs through the most optimal supply chain management, which in most cases represent the circa 80% of the product value. As a result, good EMS partners place an enormous role in supporting OEMs in achieving their business goals.


Testing

An electronics manufacturing supplier, may perform functional tests with the use of equipment provided directly by the Customer, the EMS company can provide functional and ICT test development services, as well as related engineering support. Performing a functional test is a key process and ensures that only fully operational devices end up at the final customer.

Top 5 Benefits of working with an Electronics Manufacturing Services provider


There are at least four major benefits that be should considered, when working with an electronic manufacturing services provider. Below please find the TOP 5 benefits of working with an EMS provider.


Reduced Investment in Technology, Equipment and Property

Cooperation with an EMS provider for OEM manufacturers, who do not possess their own production lines, adequately equipped premises, as well as a qualified production and engineering human resources, is sometimes the only opportunity to introduce a new product to the market. In fact, electronics manufacturing service providers tend to hugely invest huge investments in buildings, technologies, and workforce, but they can spread these costs upon a variety of customers – meaning that their fixed costs are spread. For OEMs that cannot expect regular demand and struggle with volatility in supply, cooperation with an EMS provider is the only logical and economically reasonable decision. Outsourcing allows you to save money, time, and turn fixed (typically very high) costs into variable costs – the less you order, the less you pay.


Skilled workforce

Changes in technological advancement, operational excellence and keeping up with the dynamics changes of Customer needs, requires the necessity of highly specialized workforce. This does not only need a good employee selection and ongoing training, but strong engineering expertise. That translates into a layer of substantial fixed costs that must be maintained to conduct assembly operations.

When working with a qualified electronic manufacturing provider, the OEM is freed from focusing on production and in-direct manufacturing competences (as engineering, maintenance or alike) and can strictly focus on development of the product and its sales/marketing operations. This does not only frees the OEM from reduced fixed costs, headcounts, personal and recruitment expenses, but also minimises “the headache” related to managing the production environment on a daily basis.


Supply Chain Expertise & Improved Inventory Management

Reliable electronic manufacturing services providers possess strong expertise in managing the procurement processes and work with approved vendors worldwide. They also possess strong planning expertise, followed by complex and developed worldwide ERP systems, together with MES (Manufacturing Execution Systems) platforms that support strict execution of the assembly on the production floor. The two remain key elements of managing a cost-efficient production process, and require an expertise that is built throughout decades of best practices and experience.

Due to such developed tools and associated capabilities, good electronics manufacturing providers are able to respond to the needs of the original electronics manufacturer in a flexible and reliable manner – not only on paper, but in a real production environment. When we add the know - how in selection of approved vendors, sourcing individual items (including the audit process), and efficient execution of the procurement process – we get the total picture of a well-managed supply chain management.

Working with an electronics manufacturing provider (EMS), allows the OEM not to invest in complex IT systems, as well as no need to build a supply chain management expertise that required qualified staff and long-term expertise. Professional EMS providers not only manage the supply chain but also help in building effective planning solutions, while managing them. Based on Customer’s specification and business agreements, they work with material suppliers to keep the client’s excess material as low as possible and thus enable a stable course of the entire production.


Improved Productivity & Cost Structure

A delay in delivery can lead to business and reputation loss. Working with an well-organized EMS provider minimizes the risk that orders will not be delivered on time and, therefore, that the delivery of the final product will be delayed. Clearly, this must ensure good cooperation of both parties and take into account the lead-times for the material.

Cooperation with electronic manufacturing services companies, also provides the possibilities to leverage the purchasing power of the EMS, and utilize their position on the market, when negotiating material prices, as well as good and efficient utilization of the production equipment. Due to the economies of scale, it is possible to reduce the unit cost of the OEM’s products and gain further financial benefits, alongside efficiently-managed projects.

Electronics Manufacturing Services (EMS). Definition and Industry Overview | Assel (5)Electronics Manufacturing Services (EMS). Definition and Industry Overview | Assel (6)


Poland: an ultimate place for electronics manufacturing

As a result of the continuous growth of the electronics market and the use of electronic devices in various industries, OEMs more and more often decide to cooperate with polish electronics manufacturing providers. In the recent years, Poland became one of the key countries in Europe in this market segment. Polish companies not only provide a cost-efficient, due to lower labour costs, but can accommodate highly complex projects that require vast engineering capabilities. Based on the recent statistics, the average wage in Poland is still half lower than the EU average. This is an enormous chance for many OEM’s to lower their production costs, especially when it relates to an labour-intensive project.

If you are interested in cooperating with a Polish EMS company, we advise you to read this article.


Electronics manufacturing challenges Impact of COVID-19 on EMS in 2020 and 2021

The novel coronavirus (Covid-19) pandemic is also not indifferent to the EMS market. Disruptions in the supply chain and lack of local control over the supplier mean that companies often began to choose local EMS suppliers, resigning from cooperation with companies from the Far East.

This is both a great opportunity and a threat to the entire electronics contract manufacturing sector. EMS producers should focus on automation and digitization of the production process. At the same time, it is essential to introduce efficient material resource planning (MRP) investments to be able to fully control inventory and sourcing and manage the entire supply chain. Thanks to this, it will be possible to minimize the risk of component unavailability or delays in deliveries.

The EMS market is constantly growing. Until recently, mainly foreign companies were interested in outsourcing contract production to external partners. Polish EMS manufacturers have also been playing an increasingly important role on the market for many years, being at the same time a beneficial alternative for eastern subcontractors.

When considering working with an EMS company, OEMs should be aware that a contractor can do what they can, but can do it better and more consistently because of their knowledge, experience, and technology. Moreover, cost-wise it’s also a profitable decision, because the contractor manages all of the financial aspects of the production process. Collaboration with a company providing the EMS services can, therefore, be a source of business benefits.

Electronics Manufacturing Services (EMS). Definition and Industry Overview | Assel (2024)

FAQs

What does EMS mean in electronics? ›

EMS - What does it mean

Electronics manufacturing services (EMS) is a term used for companies that design, manufacture, test, distribute, and provide return/repair services for electronic components and assemblies for original equipment manufacturers (OEMs).

What does EMS mean in manufacturing? ›

An EMS (Electronic Manufacturing Services) provider is the generally accepted term for a contract manufacturer in the electronics field that not only makes products for OEMs but also offers a wide array of value-added services.

What is the electronic industry? ›

The electronics industry is the economic sector that produces electronic devices. It emerged in the 20th century and is today one of the largest global industries. Contemporary society uses a vast array of electronic devices built-in automated or semi-automated factories operated by the industry.

What is the outlook for the electronics manufacturing services industry? ›

16, 2022 (GLOBE NEWSWIRE) -- The global market for electronic manufacturing services market size was valued at USD 476.88 billion in 2021. The market is projected to grow from USD 504.22 billion in 2022 to USD 797.94 billion by 2029, exhibiting a CAGR of 6.8% during the forecast period.

What is EMS in semiconductor industry? ›

EMS Group is a complete electronic, semiconductor and medical subcontracting group that offers technology and manufacturing solutions. Backed by the most credible industry experts, EMS group employs quality driven and innovative strategies in achieving the Quality, Cost and Productivity targets of the customer.

How are electronics equipment manufactured? ›

Electronics Manufacturing Workflow. The primary processes used today in the production of electronics include the design and assembly of printed circuit boards, or PCBs, cable assembly, packaging, prototyping, and testing.

What is manufacturing in simple words? ›

What Is Manufacturing? The term manufacturing refers to the processing of raw materials or parts into finished goods through the use of tools, human labor, machinery, and chemical processing. Manufacturing allows businesses to sell finished products at a higher cost than the value of the raw materials used.

Where are electronics manufactured? ›

However, China remains the top exporter of electronics to the US – 42% of US electronic exports are from China- It's understandable why some believe all we have are Chinese electronics. The more accurate question is, why are most electronics made in China?

What is the difference between contract manufacturer and EMS? ›

The acronyms represent the different services that specific manufacturers offer within a broader manufacturing environment. An EMS provides electronics manufacturing services; an OEM is an original equipment manufacturer. CEMs are contract electronics manufacturers and ECM is an electronic contract manufacturer.

What are examples of electronics industry? ›

Common items in the electronics sector include mobile devices, televisions, and circuit boards. Industries within the electronics sector include telecommunications, networking, electronic components, industrial electronics, and consumer electronics.

Why is electronics manufacturing important? ›

Electronic manufacturing services are essential to ensure and improve operational efficiency of any original equipment manufacturer. We are unable to envision our lives without electronic gadgets these days and that clearly tells how much in-demand these equipments are to bring ease of operations.

What are the key functions of electronics industry? ›

The Key Functions in the Electronics Industry are Product Development and Engineering, Manufacturing, Supply Chain and Operations, Sales, Marketing, Customer Service, Finance and Accounting, Human Resources, and Information Technology.

What are the current trends in electronics manufacturing? ›

The major electronics manufacturing trends include the use of advanced materials, organic electronics, and miniaturization. Besides, disruptive technologies like Artificial Intelligence (AI) and the Internet of Things (IoT) enables smart manufacturing practices and also are the growth drivers for the industry.

What is the impact of electronics in industry? ›

Advances in the field of electronics have also played a key role in the development of space technology and satellite communications; inaugurated a revolution in the computer industry that led to the introduction of the personal computer; resulted in the introduction of computer-guided robots in factories; produced ...

What are the latest trends in electronics manufacturing? ›

We can expect the use of ERP systems to be one of the main electronics manufacturing trends of 2022. The use of ERP systems allows a business to automate its processes using real-time information and make quicker, more accurate decisions.

What does EMS mean in supply chain? ›

EMS stands for Electronics Manufacturing Service.

An EMS makes products for OEMs and assists them with design, supply chain management, outbound logistics, configure-to-order, and repair elements. EMS companies are considered multi-billion-dollar businesses in the “Tier 1” environment.

How many companies are in EMS group? ›

One group, 5 companies, 200 years of history. Innovation, know-how, expertise, efficiency.

What is the full form of EMS in business? ›

An Environmental Management System (EMS) is a framework that helps an organization achieve its environmental goals through consistent review, evaluation, and improvement of its environmental performance.

Is electronics part of manufacturing industry? ›

The electronics manufacturing process is an important part of the global economy. It provides jobs for millions of people and creates products that we use every day. As consumers, we should be aware of how our devices are made and their impact on the environment.

What is the most important equipment in electronics? ›

Here is a basic list of the most essential tools that should be on every electronics laboratory equipment list:
  • Multimeter.
  • Oscilloscope.
  • Power supplies.
  • Function generator.
  • Soldering iron.
  • Precision mechanical tools.
Aug 23, 2022

Which material is used in electronics industry? ›

A variety of metals, plastics, raw materials and chemicals are used by the electronics industry. Some of the more common metals include copper, lithium, tin, silver, gold, nickel, and aluminum.

What is the overview of manufacturing process? ›

Manufacturing refers to the processes of converting the raw materials into useful products. This is normally accomplished by carrying out a set of activities such as product design, selection of raw material, and materials processing (Kalpakjian and Schmid 2001).

What is the description of manufacturing industry? ›

The Manufacturing sector comprises establishments engaged in the mechanical, physical, or chemical transformation of materials, substances, or components into new products.

What are some of the difficulties that the electronics industry is facing? ›

Economic volatility and cyclical demand altogether cause fluctuations in production. Due to ever changing trends in the electronics industry and fluctuating demands, it is incredibly difficult for electronics manufacturers to accurately predict and maintain production goals.

Who is the largest electronics manufacturing company in the world? ›

Apple Electronics

What are the two types of EMS? ›

These are usually classified as a Basic Life Support (BLS) level and Advanced Life Support (ALS) level. The typical "all-Advanced Life Support" system operates as a one type fleet of ambulances managing urgent and non-urgent care of patients.

What are the three forms of contract manufacturing? ›

This category includes private label manufacturing, contracts for manufacturing individual components or parts, labor or service subcontracting, and end-to-end service contracts.

What does EMS mean in contract? ›

The term “electronics manufacturing services” (EMS) refers to an overall industry and also to a specific class of subcontractor or company. EMS is also often used interchangeably with the more generic term “contract manufacturing (CM)”.

What industry does electronics fall under? ›

About the Computer and Electronic Product Manufacturing subsector. The computer and electronic product manufacturing subsector is part of the manufacturing sector.

What are the 3 examples electronic? ›

Examples of these devices include computers, mobile devices, and smart televisions. Some electrical devices can be powered using a battery that converts chemical energy from chemical reaction to electrical energy.

Which companies are in the electronic industry? ›

India
  • Amkette.
  • Beetel.
  • Bharat Electronics.
  • BPL.
  • Celkon.
  • Electronics Corporation of India.
  • Godrej.
  • HCL.

What is electronic manufacturing process? ›

The process starts with applying solder paste to the pads of surface-mount device (SMD) footprints. Then, the SMD components are fed into the pick-and-place machines where they are automatically placed onto the PCB. After all of the components are mounted, the PCB is placed into the reflow soldering machine.

What are the four pillars of electronics manufacturing? ›

Below, I'll dive deeper into the challenges and best practices involved with each of the 4 pillars — form factor, connectivity, cost, and time to market.

What is the importance of manufacturing industries explain three points? ›

Importance of Manufacturing

(i) Manufacturing industries helps in modernising agriculture. (ii) It reduce the heavy dependence of people on agriculture income by providing them jobs. (iii) Helps in eradication of unemployment & poverty. (iv) Helps in bringing down regional disparities.

What are the 4 basic types of electronic components? ›

Resistors: Components used to resist current. Switches: Components that may be made to either conduct (closed) or not (open). Capacitors: Components that store electrical charge in an electrical field. Magnetic or Inductive Components: These are Electrical components that use magnetism.

What are the three main structures of an electronic system? ›

Electrical systems, also named circuits or networks, are designed as combinations of mainly three fundamental components: resistor, capacitor, and inductor. They are correspondingly defined by resistance, capacitance, and inductance—generally considered to be lumped-parameter properties.

What are the 3 classification of electronic components? ›

The electronic components can be classified as active, passive, and electromechanical components.

What has been the greatest impact of electronics and IT industry? ›

The major contribution of the electronics industry to the country has been encouragement in employment. To promote job opportunities, which is estimated at 28 million, the Indian government has reduced the country's import bill from 65 percent to 50 percent.

What are the challenges for electronics manufacturing in 2022? ›

In 2022, the top three supply chain risks will be: Component price increases due to materials shortages and manufacturing disruptions as a result of climate change and the continuing pandemic; Longer lead times due to buffer inventory depletion; and. Geopolitical rivalries between China and North America.

How is the electronics industry doing? ›

According to a recent report, the global consumer electronics market is set to bring in $723.6 billion in revenue in 2023, marking a 31.9% annual increase.

What are the advantages of electronic industry? ›

Increased efficiency and productivity

For example, machines do not get distracted by environmental changes or work area distractions, and above all, they do not get tired. Hence, they can complete more work precisely and within the shortest time possible.

What are the applications of electronics in industry? ›

Some of its applications included office gadgets like computers, scanners, calculators, FAX machines, projectors etc. It also includes home appliances like washing machines, refrigerators, microwaves, TVs, vacuum cleaners, video games, loudspeakers etc. and some advanced storage devices such as HDD jukebox, DVDs etc.

What is the future of electronics industry? ›

The electronics sector has the potential to become one of the top exports of India in the next 3-5 years. Electronics exports may account for significant contributions to the Indian economy in terms of foreign exchange earnings and employment generation," said the document.

What is the target audience for electronics? ›

Electronics Shoppers

Consumers who are frequently seen in electronics stores. This audience segment has people who have been seen at electronic stores. It can be inferred that they are already planning on buying a new device or upgrade an old one.

What are the new technologies in electronics industry? ›

Electronics, IT, and communications
Emerging technologyStatus
Quantum computingExperiments, commercialization
Quantum cryptographyCommercialization
Quantum radarPrototypes
Radio-frequency identificationDiffusion of high cost
34 more rows

What did EMS stand for? ›

Emergency Medical Systems (EMS)

What is the difference between OEM and EMS? ›

An EMS provides electronics manufacturing services; an OEM is an original equipment manufacturer. CEMs are contract electronics manufacturers and ECM is an electronic contract manufacturer. A CM is a contract manufacturer and an ODM is an original design manufacturer.

What does EMS mean in light? ›

The Electromagnetic Spectrum. The electromagnetic (EM) spectrum is the range of all types of EM radiation. Radiation is energy that travels and spreads out as it goes – the visible light that comes from a lamp in your house and the radio waves that come from a radio station are two types of electromagnetic radiation.

What is the importance of EMS? ›

The EMS system reduced the patient's stay in hospital and mortality, and increased the speed of patient service, readiness of users to provide patient care and the number of discharged patients.

What are the components of EMS? ›

  • Top 10 Elements in a Successful. Environmental Management System.
  • Environmental Policy.
  • Environmental Requirements and Voluntary Initiatives.
  • Objectives/Targets.
  • Structure, Responsibility and Resources.
  • Operational Control.
  • Corrective and Preventive Action and Emergency Procedures.
  • Training, Awareness and Competence.

What is an example of an OEM? ›

In the hardware industry, the original equipment manufacturer (OEM) usually refers to a company that builds a product designed for end-users, like a PC, laptop, or printer. Apple, HP, Dell, Canon, and Brother are all examples of original equipment manufacturers.

What is OEM vs ODM electronics? ›

OEM stands for Original Equipment Manufacturer, and ODM stands for Original Design Manufacturer.

What is OEM industry? ›

An original equipment manufacturer (OEM) makes systems or components that are used in another company's end product. Computer manufacturers, for example, commonly bundle or integrate OEM parts – such as processors and software – into the solutions they sell. OEMs can save time and money.

What are the three levels of EMS? ›

The three levels are defined as the Supervising EMS Officer, the Managing EMS Officer and the Executive EMS Officer. We feel that the majority of EMS officers from across the United States can identify their position among these three categories.

What is the golden rule in EMS? ›

The recommended amount of time for emergency medical services is less than 10 minutes at the location of the trauma before transporting.

What are the 7 EMS? ›

Though the sciences generally classify EM waves into seven basic types, all are manifestations of the same phenomenon.
  • Radio Waves: Instant Communication. ...
  • Microwaves: Data and Heat. ...
  • Infrared Waves: Invisible Heat. ...
  • Visible Light Rays. ...
  • Ultraviolet Waves: Energetic Light. ...
  • X-rays: Penetrating Radiation. ...
  • Gamma Rays: Nuclear Energy.
Apr 30, 2018

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