Medical manufacturing, such as catheter production, demands maximum precision and quality in every component. The processing of wires in medical devices requires advanced methods that prevent damage and errors.
The solutions from Laser Wire Solutions employ non-contact laser technology to remove coatings with extreme precision, improving efficiency and quality in the manufacturing of medical devices.
The wires used in catheters must be small enough to navigate the human body without causing damage. These wires can be made of special materials and are often coated with enamel or other insulators to ensure their functionality and safety.
The process of "Catheter Wiring" involves the precise handling, cutting, and stripping of these wires, which is why specialized tools are required, such as laser wire strippers, which stand out for their ability to handle fine medical wires and enameled wires down to $54\text{ AWG}$. This makes them an indispensable tool in the industry. Furthermore, they offer versatility when working with single, bifilar, and trifilar wires, adapting to a wide variety of needs.
Ideal Equipment for this Process:
Odyssey-8
Odyssey-4
Micro-coaxial wires are found in devices such as ultrasounds, sensors, and endoscopes, where space and weight are limited. These wires require a precise process to prevent damage to the conductors and coating residues.
To handle the multiple materials of these wires, different types of lasers are required. Mercury 4 and Odyssey 4 are ideal for processing the outer jacket and the internal dielectric of these wires.
Step 1: Mercury 4
It is used to vaporize the polymer jacket and the dielectric material of micro-coaxials.
Step 2: Odyssey-4
It is used to cut the shielding wires of micro-coaxials and clean the shielding and conductor residues.
MRI coils are essential components in magnetic resonance equipment. To ensure their performance, the wires used must have precise conductivity and be free of defects.
Previously, the enamel on these wires was removed using chemical baths, a slow and risky process.
Laser technology has revolutionized this task by allowing for faster, safer, and more consistent removal.
Viking-4
Gemini-4E
The medical device market has evolved towards increasingly small and complex products, such as cardiovascular and neurovascular catheters. Traditional testing can be slow and generate waste, which affects process efficiency.
Innovative solutions like the CT2500 from Cirris offer a modular testing system that ensures consistency in results, reduction of waste, and greater operational efficiency. This equipment allows for the quick detection of failures, optimizing the production cycle.
The Prestige microscope from Tagarno offers an innovative solution for the inspection of medical devices, raising quality standards and reducing the margin of error in the evaluation of parts and components. Its main advantages include:
In medical manufacturing, precision and reliability in fabrication processes are essential for complying with strict regulations. AMADA WELD TECH is a benchmark in the development of laser soldering and processing systems specifically designed for medical applications. Their technology allows for secure and traceable joints in a wide variety of devices, from pacemakers to high-precision surgical instruments.
Medical manufacturing demands manufacturing solutions that combine precision, efficiency, and reliability. Advanced technologies such as laser processing, automated quality testing, and digital inspection systems have revolutionized the fabrication of medical wires, ensuring higher standards and optimized production.
With specialized equipment such as that from Laser Wire Solutions, Cirris, Tagarno, and AMADA WELD TECH, manufacturers can guarantee error-free processes, complying with the sector's strict regulations. Innovation is key to continuing to drive the quality and development of safer and more efficient medical devices.
