At Air-tronics, we specialize in providing microfluidic sensing devices that have exceptional dimensional accuracy and hole quality, thanks to our state-of-the-art laser drilling technology. Our laser equipment, which includes Flat Bed Cutting and Multi-Axis systems, can be programmed to meet the precise fabrication needs of this industry, demonstrating our expertise in cutting and welding. Additionally, our laser welding and cutting technology meets high-quality standards for clean surfaces with no material residue. You can trust us to provide you with the highest quality parts that meet your specific requirements.

APPLICATION ENGINEERING

Successful laser solutions

Using Air-tronics's fiber lasers for laser marking offers device manufacturers an efficient and corrosive-resistant process to uniquely identify stainless steel surgical instruments and composite-polymer catheters without the use of adhesives and primers. Laser welding using Air-tronics Fiber Lasers produces polymer bonds with consistent tensile strength, eliminating the need for adhesives and primers. Every device has different processes, but Air-tronics provides light sources and laser systems adaptable across many product lines and processes. Our light sources and laser systems are able to meet cost constraints while providing diversity in manufacturing for the medical device industry.

Laser Marking Medical Devices

With absolute confidence, it must be emphasized that precision is paramount when it comes to identifying and marking medical devices. As the medical field constantly innovates, producing smaller and more efficient devices such as implants and surgical instruments, laser marking systems have demonstrated their capacity to meet the highest quality standards, as well as to comply with government mandates on product tracability.

INSULIN PENS

Laser machines equipped with cost-effective fiber lasers provide precise cutting for temperature-sensitive materials, making them ideal for cutting insulin pens and other intricate devices that require precision. These machines offer the perfect solution for your precision cutting needs.

STENTS

Our laser machines are the perfect solution for creating any and all medical devices based on tubular blanks, including stents, hypotubes, and even intricate shapes like TAVR valve scaffolds. With our cutting-edge technology, you can trust that your medical devices will be produced with the utmost precision and accuracy.

Applications

The vast range of Laser Welding Applications includes: heart pacemakers, implantable devices, hermetic sealing, spot welding, titanium welding, endoscopic instruments, bellows, diaphragms, medical tube welding, batteries, nitinol welding, hypo tubes, surgical devices, dental tools. With laser welding, you can achieve precise, high-quality welds, making it a top choice for many medical and industrial applications.

Our laser marking and engraving services cover a wide range of medical applications, including: bone screws, pacemakers, implantable devices, medical tools and instruments, surgical devices, surgical blades, guide wires, marker bands, single use items, endoscopic instruments, dental tools, bar codes, 2D Data matrix codes, and permanent marking. Our team is confident in our ability to provide high-quality, precise markings that meet all industry standards.

The applications of laser cutting are diverse and include: medical tools and instruments, medical tubing, stents, surgical blades, guide wires, hypo tubes, shavers, catheters, dental tools, endoscopic instruments, medical probes, thin-film sensors, and sensor disposables. Laser cutting is an innovative technology that has revolutionized the medical industry and has enabled the creation of intricate and precise medical instruments and tools for various medical procedures.

The applications of Laser Drilling include: Microfluidic sensors, electrophoresis-patch clamps, thin-file sensors, and sensor disposables. Rest assured that these applications are proven and effective in their respective fields.