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Sunday, June 16, 2024

What Makes Laser Tech the Hottest Trend in the Medical Device Industry

Innovation is all pervasive in the manufacturing segment, and the medical device industry is no exception. If you run a business in the domain, you will want to embrace the latest and the best technologies to enhance quality, efficiency, and safety. 

Laser processing should be on top of your checklist because it opens a whole new world of possibilities. According to MarketsandMarkets data, the global laser technology market is poised to touch the $25.6 billion mark by 2027. 

It is also likely to have an impressive compound annual growth rate (CAGR) of 8.9% from 2022 to 2027. That’s a good reason to join the laser bandwagon for manufacturing device manufacturers.

The American medical device market is competitive, with more than 6500 medtech players in the industry. You can imagine the effort you need to make to stand apart, but laser innovation can give your business a competitive advantage. However, it is easier said than done.

Like any other technology, embracing laser innovation requires a significant investment. But you shouldn’t think twice about going ahead with it because the benefits it serves are worthwhile. 

Let us explain why laser manufacturing makes a wise investment for medical device manufacturers. 

Understanding Laser Processing Technology

Before investing in laser processing solutions, you must understand what the technology is about. You also need to know how it can contribute to the manufacturing process. Laser machines and tools can cut, weld, and mark materials such as plastics, metals, and composites.

They use a high-energy laser beam to heat specific areas of materials and cut through them with the greatest precision and minimal damage. Laser processing solutions make an ideal investment for medical device manufacturing, where precision, quality, and waste minimization are priorities. 

According to Novanta Photonics, laser tools offer cutting edge to manufacturers. Laser processing solutions include solid-state, ultra-fast, and CO2 laser variants. When combined with advanced software, these solutions can serve the benefits of precision and performance. Further, they equip industries with innovative systems such as additive manufacturing. 

Applications of Laser Processing in Medical Device Manufacturing 

Laser technology can modernize medical device manufacturing in several ways. Let us explain how you can leverage it to improve your production processes:

Marking for Information and Traceability

Medical device manufacturing requires flawless precision to ensure that products meet specifications and FDA standards. Each product should have a mark showing it matches the essential standards and specifications. You can rely on laser marking to create high-quality, durable marking on the product surface for information and traceability.

You can integrate laser marking and coding technology into the assembly line process to put serial numbers on finished goods. The best part is that laser beams do not affect the corrosion resistance and quality of the device.  

Cutting for Implantable Devices

The laser beam-cutting process is another practical application of this technology for medical device manufacturing. It is helpful for the production of implantable devices such as stents, catheters, pacemakers, hip replacements, and dental implants.

Precision matters the most for these devices because it reduces potential damage in the long run. After all, implantables should be durable enough to last for decades despite exposure to internal fluids and surrounding tissue growth. Precision also ensures comfort, which is essential for a foreign object placed inside the human body. 

Welding for Joining Intricate Parts

Laser welding can be an effective way to join the tiny intricate parts of medical devices. The good thing is that the technique works even with dissimilar materials without damaging or melting them. It is fast, flawless, and cost-effective, making it better than the traditional soldering or brazing techniques.

Since a high-speed laser beam can travel at 100 miles per second, it can fuse parts within milliseconds. The process is clean and flawless because it does not generate toxic fumes and harmful particulates. It has a low cost because it does not need consumables like fluxes.  

Micromachining for Surface Modification 

Laser surface modification with micromachining is another viable laser processing solution for medical device manufacturing. The process can help create small features on the device surface by removing material with a laser beam. 

The laser micromachining technology helps with the production of parts and devices with complex geometries. Research shows its efficacy in creating a wide range of textures for hard and ultra-hard materials. These include diverse sizes, area rations, orientation, and geometrics. 


Laser processing solutions have emerged as game-changers for the medical device industry. Laser tools and machines can mark, cut, weld, and modify delicate parts with flawless precision. That makes them the best investment for manufacturers. If you still have second thoughts about embracing technology, you will miss out on a chance to grow and succeed.

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HBC Editors
HBC Editorshttp://www.healthcarebusinessclub.com
HBC editors are a group of healthcare business professionals from diversified backgrounds. At HBC, we present the latest business news, tips, trending topics, interviews in healthcare business field, HBC editors are expanding day by day to cover most of the topics in the middle east and Africa, and other international regions.

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