Medical Equipment & Supplies Manufacturing
Description
Companies in this industry manufacture medical equipment and supplies, including surgical and medical instruments, dental equipment, ophthalmic goods, and surgical appliances. Major companies include Baxter International, Boston Scientific, Johnson & Johnson, and Stryker (all based in the US), as well as B Braun (Germany), EssilorLuxottica (France), Smith & Nephew (UK), and Terumo (Japan).
Global revenue for the medical equipment market is forecast to reach about $960 billion in 2032 at a 6.5% compound annual growth rate (CAGR), according to SkyQuest. Major markets include Germany, Spain, Japan, the UK, and the US, according to Statista.
The US medical equipment and supplies manufacturing industry includes more than 10,000 establishments (single-location companies and units of multi-location companies) with combined annual revenue of about $90 billion.
The industry does not include manufacturing of x-ray or electromedical equipment and devices, such as ultrasound equipment, pacemakers, and electrocardiographs, which is covered in a separate industry profile.
COMPETITIVE LANDSCAPE
As pressure to lower health care costs grows, companies are challenged to create more effective medical equipment while controlling price increases. Consolidation is widespread as larger companies look for economies of scale in manufacturing and R&D. Small companies can compete successfully by specializing in a particular market segment, or through technical innovation. The US industry is concentrated: the 50 largest companies account for about 60% of revenue.
Imports of medical equipment and supplies account for about 40% of the US market; exports represent almost 40% of US production. Leading sources of imports include Mexico, China, and Ireland. The largest export markets for medical equipment and supplies are the Netherlands, Canada, and Japan.
Competitive Advantages:
Automation - Medical equipment manufacturers increasingly are investing in automation to increase operational efficiencies. The trend will reduce hiring needs but will require workers with greater skillsets.
R&D - Companies must develop new technologies to stay relevant against competitor offerings and avoid losses from patent expirations. Innovations aim to keep up with consumer trends, such as demand for smaller, more portable products and for devices that address ailments related to aging populations.
Global Distribution - Medical device manufacturers depend on strong relationships with wholesalers to get products to end users efficiently. As the provision of health care improves in developing nations, companies have vast opportunities to grow sales to customers in new territories.
Companies to Watch:
Baxter International is a leading maker of intravenous supplies. The company sells indispensable IV fluid systems, injectable supplies, infusion pumps, and other equipment in more than 100 countries, with a majority of sales coming from outside the US. Baxter is repositioning its operations to focus on high-margin growth offerings.
Johnson & Johnson is continuously rearranging its vast portfolio of global operations to maximize value, innovation, and international reach. The company's medical devices division includes Ethicon (surgical supplies), DePuy (orthopedics), and Vision Care (contact lenses).
Stryker offers a wide range of products for orthopedic surgeries and other medical procedures. The company's joint and spinal implant systems and related devices are sold worldwide; the US makes up about three-fourths of sales. Stryker has seen steady growth through R&D, partnership, and acquisition activities.
PRODUCTS, OPERATIONS & TECHNOLOGY
Major products include surgical appliances and supplies, accounting for about 15% of the industry's revenue. This is followed by orthopedic instruments (about 15%), medical apparatus and instruments (about 10%), and medical catheters (about 5%).
Syringes are typically produced in assembly lines. The basic stages include needle formulation, plastic component molding, piece assembly, packaging, labeling, and shipping. Needles are produced from molten steel drawn through a die. The steel is rolled into a continuous, hollow wire and cut to form the needle. Plastic barrels and plungers can be made through extrusion or injection molding. The barrel moves down a conveyor and is held in place to receive the plunger, needle, and safety cap. The completed syringes are packed into boxes, stacked on pallets, and sent to distributors.
Sterility and safety are key in manufacturing. Steel is often coated with nickel to prevent corrosion, and the production plant must be free of disease-causing agents. Workers wear masks and sterile garments to prevent the spread of germs. Quality control agents use precise instrumentation like calipers, micrometers, or microscopes to ensure that products are the appropriate thickness, length, and width.
For many technically advanced products, manufacturing is labor-intensive. Large companies typically acquire components and materials from a variety of global suppliers. Many small manufacturers outsource manufacturing to facilities operated by contract manufacturers. Manufacturers of low-tech product like latex gloves, tape, syringes, and gauze are most concerned with maintaining a highly efficient, low-cost manufacturing environment. Companies that specialize in diagnostic and therapeutic devices generally emphasize technological innovation and precision.
Major inputs include stainless steel, silicone or latex rubber, plastic, aluminum, polymers, glass, paper, and natural fabrics. Companies may also purchase electronic or mechanical sub-assemblies, biological substances, or chemical and petrochemical products.
Global revenue for the medical equipment market is forecast to reach about $960 billion in 2032 at a 6.5% compound annual growth rate (CAGR), according to SkyQuest. Major markets include Germany, Spain, Japan, the UK, and the US, according to Statista.
The US medical equipment and supplies manufacturing industry includes more than 10,000 establishments (single-location companies and units of multi-location companies) with combined annual revenue of about $90 billion.
The industry does not include manufacturing of x-ray or electromedical equipment and devices, such as ultrasound equipment, pacemakers, and electrocardiographs, which is covered in a separate industry profile.
COMPETITIVE LANDSCAPE
As pressure to lower health care costs grows, companies are challenged to create more effective medical equipment while controlling price increases. Consolidation is widespread as larger companies look for economies of scale in manufacturing and R&D. Small companies can compete successfully by specializing in a particular market segment, or through technical innovation. The US industry is concentrated: the 50 largest companies account for about 60% of revenue.
Imports of medical equipment and supplies account for about 40% of the US market; exports represent almost 40% of US production. Leading sources of imports include Mexico, China, and Ireland. The largest export markets for medical equipment and supplies are the Netherlands, Canada, and Japan.
Competitive Advantages:
Automation - Medical equipment manufacturers increasingly are investing in automation to increase operational efficiencies. The trend will reduce hiring needs but will require workers with greater skillsets.
R&D - Companies must develop new technologies to stay relevant against competitor offerings and avoid losses from patent expirations. Innovations aim to keep up with consumer trends, such as demand for smaller, more portable products and for devices that address ailments related to aging populations.
Global Distribution - Medical device manufacturers depend on strong relationships with wholesalers to get products to end users efficiently. As the provision of health care improves in developing nations, companies have vast opportunities to grow sales to customers in new territories.
Companies to Watch:
Baxter International is a leading maker of intravenous supplies. The company sells indispensable IV fluid systems, injectable supplies, infusion pumps, and other equipment in more than 100 countries, with a majority of sales coming from outside the US. Baxter is repositioning its operations to focus on high-margin growth offerings.
Johnson & Johnson is continuously rearranging its vast portfolio of global operations to maximize value, innovation, and international reach. The company's medical devices division includes Ethicon (surgical supplies), DePuy (orthopedics), and Vision Care (contact lenses).
Stryker offers a wide range of products for orthopedic surgeries and other medical procedures. The company's joint and spinal implant systems and related devices are sold worldwide; the US makes up about three-fourths of sales. Stryker has seen steady growth through R&D, partnership, and acquisition activities.
PRODUCTS, OPERATIONS & TECHNOLOGY
Major products include surgical appliances and supplies, accounting for about 15% of the industry's revenue. This is followed by orthopedic instruments (about 15%), medical apparatus and instruments (about 10%), and medical catheters (about 5%).
Syringes are typically produced in assembly lines. The basic stages include needle formulation, plastic component molding, piece assembly, packaging, labeling, and shipping. Needles are produced from molten steel drawn through a die. The steel is rolled into a continuous, hollow wire and cut to form the needle. Plastic barrels and plungers can be made through extrusion or injection molding. The barrel moves down a conveyor and is held in place to receive the plunger, needle, and safety cap. The completed syringes are packed into boxes, stacked on pallets, and sent to distributors.
Sterility and safety are key in manufacturing. Steel is often coated with nickel to prevent corrosion, and the production plant must be free of disease-causing agents. Workers wear masks and sterile garments to prevent the spread of germs. Quality control agents use precise instrumentation like calipers, micrometers, or microscopes to ensure that products are the appropriate thickness, length, and width.
For many technically advanced products, manufacturing is labor-intensive. Large companies typically acquire components and materials from a variety of global suppliers. Many small manufacturers outsource manufacturing to facilities operated by contract manufacturers. Manufacturers of low-tech product like latex gloves, tape, syringes, and gauze are most concerned with maintaining a highly efficient, low-cost manufacturing environment. Companies that specialize in diagnostic and therapeutic devices generally emphasize technological innovation and precision.
Major inputs include stainless steel, silicone or latex rubber, plastic, aluminum, polymers, glass, paper, and natural fabrics. Companies may also purchase electronic or mechanical sub-assemblies, biological substances, or chemical and petrochemical products.
Table of Contents
- Industry Overview
- Quarterly Industry Update
- Business Challenges
- Business Trends
- Industry Opportunities
- Call Preparation Questions
- Financial Information
- Industry Forecast
- Web Links and Acronyms
Pricing
Currency Rates
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