Laser Cutting Aramid
Professional and qualified Aramid fabric and fiber cutting machine
Characterized by relatively rigid polymer chains, aramid fibers have great mechanical properties and good resistance to abrasion. Traditional usage of knives is inefficient and the cutting tool wearing causes unstable product quality.
When it comes to aramid products, the large format industrial fabric cutting machine, fortunately, is the most suitable aramid cutting machine for delivering a high level of precision and repeatability accuracy. The contactless thermal processing through the laser beam ensures the sealed cut edges and saves reworking or cleaning procedures.
Due to the powerful laser cutting, aramid bulletproof vest, Kevlar military gear and other outdoor equipment have adopted industrial laser cutter to realize high-quality cutting whilst enhancing production.
Clean edge for any angles
Fine small holes with high repeataion
Benefits from Laser Cutting on Aramid & Kevlar
✔ Clean and sealed cutting edges
✔ High flexible cutting in all direction
✔ Precise cutting results with exquisite details
✔ Automatic processing of roll textiles and save labor
✔ No deformation after processing
✔ No tool wear and no need for tool replacement
Can Cordura be Laser Cut?
In our latest video, we conducted a meticulous exploration into the laser cutting of Cordura, specifically delving into the feasibility and outcomes of cutting 500D Cordura. Our testing procedures provide a comprehensive view of the results, shedding light on the intricacies of working with this material under laser-cutting conditions. Furthermore, we address common queries surrounding the laser cutting of Cordura, presenting an informative discussion that aims to enhance understanding and proficiency in this specialized field.
Stay tuned for an insightful examination of the laser-cutting process, particularly as it pertains to a Molle plate carrier, offering practical insights and valuable knowledge for enthusiasts and professionals alike.
How to Create Amazing Designs with Laser Cutting & Engraving
Our latest Auto-feeding laser cutting machine is here to unlock the gates of creativity! Picture this – effortlessly laser cutting and engraving a kaleidoscope of fabrics with precision and ease. Wondering how to cut long fabric straight or handle roll fabric like a pro? Look no further because the CO2 laser cutting machine (the amazing 1610 CO2 laser cutter) has got your back.
Whether you're a trendsetting fashion designer, a DIY aficionado ready to craft wonders, or a small business owner dreaming big, our CO2 laser cutter is poised to revolutionize the way you breathe life into your personalized designs. Get ready for a wave of innovation that's about to sweep you off your feet!
Recommended Aramid Cutting Machine
Why using MimoWork industrial fabric cutter machine for Cutting Aramid
• Improving the utilization rate of materials by adapting our Nesting Software
• Large selection of machine working table size with customization available
• Fume extraction system realizes indoor gas emission requirements
• Upgrade to multiple laser heads to improve your production capacity
• Different mechanical structures are designed to meet different budget requirements
• Fully enclosure design option to meet Class 4(IV) laser safety requirement
Typical applications for Laser Cutting Kevlar and Aramid
• Personal Protective Equipment (PPE)
• Ballistic protective uniforms such as bullet proof vests
• Protective apparel such as gloves, motorcycle protective clothing and hunting gaiters
• Large format sails for sailboats and yachts
• Gaskets for high temperature and pressure applications
• Hot air filtration fabrics
Material information of Laser Cutting Aramid
Founded in the 60s, Aramid was the first organic fiber with sufficient tensile strength and modulus and was developed as a replacement for steel. Due to its good thermal (high melting point of >500℃) and electrical insulations properties, Aramid Fibers are widely used in aerospace, automotive, industrial settings, buildings, and the military. Personal Protective Equipment (PPE) manufacturers will heavily weave the aramid fibers into the fabric to improve the safety and comfort of workers at all extremes. Originally, aramid, as a hard-wearing fabric, was heavily used in the denim markets that claimed to be as protective in wear and comfort compared to leather. Then it has been used in the manufacture of motorbike riding protective clothing rather than its original uses.
Common Aramid brand names:
Kevlar®, Nomex®, Twaron, and Technora.
Aramid vs Kevlar: Some people may ask what's the difference between aramid and kevlar. The answer is pretty straightforward. Kevlar is the famous trademarked name owned by DuPont and Aramid is the strong synthetic fiber.
FAQ of laser cutting Aramid (Kevlar)
# how to set laser cutting fabric?
To achieve the perfect results with laser cutting, it is crucial to have the right settings and techniques in place. Many laser parameters are relevant to fabric-cutting effects like laser speed, laser power, air blowing, exhaust setting, and so on. In general, for thicker or denser material, you need higher power and suitable air blowing. But testing before is the best because slight differences can affect the cutting effect. For more information about setting check out the page: The Ultimate Guide to Laser Cutting Fabric Settings
# Can laser cut aramid fabric?
Yes, laser cutting is generally suitable for aramid fibers, including aramid fabrics like Kevlar. Aramid fibers are known for their high strength, heat resistance, and resistance to abrasion. Laser cutting can offer precise and clean cuts for aramid materials.
# How Does a CO2 Laser Work?
A CO2 laser for fabric works by generating a high-intensity laser beam through a gas-filled tube. This beam is directed and focused by mirrors and a lens onto the fabric surface, where it creates a localized heat source. Controlled by a computer system, the laser precisely cuts or engraves the fabric, producing clean and detailed results. The versatility of CO2 lasers makes them suitable for various fabric types, offering high precision and efficiency in applications such as fashion, textiles, and manufacturing. Effective ventilation is employed to manage any fumes produced during the process.