Fiber Laser Cutting Service
The Perfect Blend of Speed, Accuracy & Quality
Precision Meets Speed and Superior Quality :
At Ahmad Tahmasbi Company, we believe every cut is a chance to create a masterpiece, and each order is an opportunity to deliver the best possible result. Using two advanced fiber laser machines and state-of-the-art design software, we can execute complex patterns—ranging from high precision industrial parts to delicate decorative structures—with maximum accuracy and zero defects. Our expert team, with vast experience across multiple industries, provides support from selecting optimal materials to refining designs to reduce sheet waste, ensuring compliance with international standards while significantly saving both time and cost. At Ahmad Tahmasbi, metal cutting is more than a service—it’s a guarantee of quality, innovation, and precision.
Consistent Quality, Fast Delivery, and Real Savings :
Our fiber laser technology offers up to twice the efficiency of traditional CO₂ systems, and thanks to smart design and modern equipment, we ensure consistent quality even in high-volume, repetitive cutting operations. Reduced material waste, lower production costs, and the elimination of post-cut finishing processes are just part of the benefits this technology brings. We go beyond being a service provider—the Ahmad Tahmasbi team is with you every step of the way—from consultation and design to execution and delivery—making sure your final product matches or exceeds your expectations. If you seek a partner delivering quality, speed, and savings simultaneously, collaboration with Ahmad Tahmasbi is your answer.
How It Works
1
Laser Beam Generation and Transmission
In fiber laser cutting, the beam is generated by optical fibers doped with rare earth elements such as ytterbium. Powered by high performance diodes, this system produces a short-wavelength beam (around 1.06 microns) with high absorption in metals. The beam is then transmitted via fiber optic cables to the cutting head without any loss in quality.
2
Focusing and Cutting Process
Inside the cutting head, lenses focus the beam to an extremely small spot, heating the metal to several thousand degrees Celsius so it melts or vaporizes. Simultaneously, an assist gas such as nitrogen or oxygen is blown at high pressure to expel molten material and create a smooth, precise edge.
3
Precision Control and Advantages
The entire process is governed by CNC control, enabling the execution of intricate and highly accurate designs. Fiber laser technology not only delivers higher cutting speed and lower energy consumption but also supports cutting reflective metals such as aluminum and copper, making it an efficient and economical solution for various industries.
Benefits of Fiber Laser Cutting
by Ahmad Tahmasbi
Precision execution of complex shapes and patterns
Smooth, polished edges that require no additional finishing
Dimension stability and minimal distortion during the process
High flexibility in cutting various sizes and shapes
No mechanical pressure or contact—ensuring parts remain intact
Removal of the need for extra auxiliary equipment
Accurate positioning and repeatability in cuts
Optimized material usage with reduced production waste
