Lasers cutting
Medical devices

Laser cutting has become the latest trend in different sectors, including the medical product manufacturing industry. Surgeons are capable of making highly precise cuts using laser technology. Moreover, laser-cut parts are very useful for creating high-end medical devices for a better quality of life. For instance, valve frames, stents, bone reamers, and vascular clips are made from laser-cut parts.
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Why is laser cutting popular in the medical industry?

The medical device manufacturing industry has witnessed several positive transformations in recent years. Companies in this sector know the importance of providing low-cost healthcare. It has resulted in the need for using affordable and reliable medical equipment. Due to the growth of MedTech, manufacturers have found the value of innovative laser cutting machines. Medical device laser cutting projects can be accomplished within the shortest time by using innovative machines. In fact, high-power output and ease of use are some common reasons for choosing medical device laser cutting technology.
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Laser Cuttig
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Applications of laser technology in the medical industry

Lasers are the most commonly used option for seam welding, hermetic sealing, and spot welding of small medical devices. A machine used for medical device laser cutting projects can also be chosen for engraving purposes.
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  • Pacemakers
  • Endoscopic instruments
  • Batteries
  • Surgical blades

Laser machines

for medical industry
Cutting Machines
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frequently asked questions

About Laser Cutting Machines
Laser cutting machines are available in single-head and double-head models. However, some other factors are relevant to you for buying the best machine.

• The power output is one of the major aspects of laser cutting medical devices. A laser cutter of higher power cuts thicker materials.
• Quality is another vital factor in buying the best laser cutters for medical devices.
• Bed is the part where you place the material to be cut. Thus, the dimension of the bed is highly important for laser cutters.
• Floor space- How much space is covered by the laser cutter? You must not overlook it while buying the laser cutter.
• Software compatible- Modern laser cutting machines work with special software. Learn about this software before investing in the machine.
Yes. We offer a 1-year warranty with every product you buy from our store. Our team will also provide you with technical help.
Yes. Our skilled technicians will go to your workshop to serve you.
Medical equipment may be made of different materials like aluminum and stainless steel. However, you need a higher-powered laser to cut durable metals, nitinol, and other similar materials. However, you must learn how to operate the machine efficiently to ensure the best result.
Like other cutting technologies, laser cutting medical devices may have a few limitations. It can cut some definite angles in a number of orientations. It is also related to the cut quality, mechanical interference, and thickness of the part. For instance, some arthroscopic surgery blade designs need a cut angle of around 70 degrees.

The level wall thickness should not be more than 0.015-inch. When you increase the angle, the target spot will have an ellipse shape. The laser power concentration should be reduced.

The minimal power density reduction and the need to cut thicker parts can result in the process breakdown. The cutting nozzle can also affect the tube for higher angle cuts.
Our medical device laser cutting machine can cut materials of almost any level of thickness. While dealing with medical cutting applications, you can operate the laser machine in pulse mode. You can choose this mode as you need high-tolerance parts and fine features.

Based on the laser power size, the overall duration of the pulses can affect the thickness and speed of the cut.
A 100W laser technology can effectively cut stainless steel pieces with a thickness of about 0.03 inches. The thinner material ensures the shorter duration of the pulse.
Laser cutting plays an important role in the present medical industry. Tight dimensional tolerances and high precision are essential for manufacturing medical devices. As a higher volume of products is needed for the medical industry, laser technology serves the purpose.

Different types of medical devices have undergone the laser cutting process. For instance, orthopedic and cardiovascular devices can be designed with a laser cutter. The new technology ensures a high rapidity of the process, and there is no need to maintain accuracy.
You know how the laser beam strikes a surface. However, it is important to learn the details of the cutting process. When you turn on the machine, the compressed gas enters the laser’s path. While the beam converges the lens, the fast-flowing gasses play a role. The gas comes out of the nozzle and treats the zone cut with the laser.
Oxygen is the right choice for soft steel. The gas will cause the burning steel to get disappeared. In the case of stainless steel and aluminum, the laser beam results in the melting of the metal while you use the nitrogen gas. Due to the melted metal, a stream of gas will start blowing down. It also removes the molten part and makes the cutting process successful.
Yes. We have a professional team to help you in every way. Our field service technicians can also reach your worksite to provide you with the desired help. However, we can train you on the way to operate the machine properly. Thus, you will have no concern about the installation and operation of the machine.
The laser is best for tube cutting, and thus, you can make slots and holes with this technology. Using an integrated laser control system, you will find better cutting profiles. The cut width can range from 20 to 30 microns. The accuracy level can be up to ± 0.001-inch.
You can rely on the CO2 laser that is produced in a gas mixture consisting of nitrogen, helium, and carbon dioxide. It is an electrically pumped laser using electric discharge.

Fiber lasers, known as solid-state lasers, are also useful for cutting metal. There are laser diodes producing fiber laser beam passed through an optical fiber.

You can choose between these options for medical device laser cutting projects.

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